Solar Now

Solar photovoltaics (PV) has long been heralded as a cornerstone of the global energy transition. With solar panels now a ubiquitous sight on rooftops and in open fields, it might seem that the technology has already reached maturity.
However, as noted by professor Rebecca Saive of the University of Twente in the Netherlands, the author of a recent paper on the future of PV research, this perception is far from accurate.
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In fact, as she and her co-authors argue, “fundamental” research in PV remains essential to address “unresolved” challenges in areas such materials science, device design, characterisation, reliability, recyclability and PV’s integration into the wider energy system. Without this continued focus, the industry risks stagnation at a time when its role in global sustainability and energy security has never been more critical.
The paper, ‘The need for fundamental photovoltaics research to ensure energy security’, published earlier this month in the journal Progress in Photovoltaics, grew out of a discussion among members of the international PV research community at the 53rd IEEE Photovoltaic Specialists Conference in Montreal last year. A key motivation for their thinking, Saive explains, was recognition of an apparently declining interest in fundamental PV research.
“We see that attendance and interest in PV conferences that address fundamental topics is declining (apart from the perovskite community),” she says to PV Tech Premium.
This trend is compounded by challenges in securing funding, as agencies often question the relevance of fundamental research when solar is already so commercially well established. “The feedback is often, ‘Well, but we have solar panels, how is your research making them better, and why does this matter?’” Saive explains.
This perception of PV as “old science” has also led to waning student interest, as they are increasingly drawn to emerging fields such as quantum technology. Yet, as Saive emphasises, this view is misguided. PV is far from a solved problem, the paper argues, and fundamental research is crucial to overcoming the bottlenecks that could hinder its future growth.
The paper highlights several areas where fundamental research is urgently needed to ensure the continued growth and sustainability of the PV industry. Among these, the issue of critical raw materials stands out as particularly pressing for Saive.
“We need to reduce our consumption and reliance on critical raw materials since this will be the ultimate bottleneck for a mainly solar-driven future and already causes supply chain risks at this point,” Saive says. This challenge requires a dual focus on increasing efficiency and yield while developing alternative materials to replace scarce or environmentally harmful materials.
Other unresolved challenges include improving device design and characterisation to enhance performance and reliability, as well as addressing recyclability and system integration. This might include, for example, efforts to reduce the mismatch between solar production and seasonal demand, hybridise generation with agriculture, connect PV to long-duration storage and improve the resilience of energy systems. 
In the paper, Saive and her fellow authors use the historical analogy of the early days of electrification and communication. Then, power and data transmission lines were visibly strung across streets, whereas today energy and communication systems are largely hidden or delivered wirelessly.
“In the same way, PV could evolve toward seamless, aesthetically integrated forms embedded into buildings, vehicles, and public infrastructure,” the paper says. “Realising this vision demands not only engineering progress, but also new scientific insights into materials, form factors, and system-level dynamics.”
Such ideas, the paper says, illustrate the significant scope for further foundational PV research and the field’s continued relevance in shaping resilient and secure energy systems.
One of the most promising avenues for innovation in PV research lies in interdisciplinary collaboration. “Technology leaps often come about from looking outside of your own research bubble and seeing if concepts from different fields can be married and create high-performance hybrid offspring,” Saive explains. She points to examples such as thermal photovoltaics, which are now being developed at an industrial level, as evidence of the potential for cross-disciplinary approaches to drive breakthroughs.
The paper discusses other areas where PV intersects with different disciplines, such as agriculture (agrivoltaics), water conservation (floating solar), the circular economy (recycling and reuse) and social sciences (public perception and adoption). “These cross-cutting domains require a foundational understanding to enable transformative, context-aware solutions,” it notes.
PV’s relevance to priorities beyond simply addressing climate change will also be a key message for its advocates to convey in today’s shifting landscape of funding and policy priorities, where the prevalence of stakeholders unconvinced of the climate emergency is growing. In some regions, government support for renewables research is being scaled back or re-prioritised, creating uncertainty for researchers and industry stakeholders alike.
To counter this, Saive argues that the narrative around PV must emphasise its critical role in energy security. “Had we fully committed to transitioning 40 years ago, then no country could take a trade route hostage and cause global chaos to the extent it’s happening now,” she observes, referencing the global energy shock caused by the US-Israeli war with Iran.
Highlighting the economic advantages of PV is another key strategy for securing sustained support. While fully depoliticising PV research may be impossible—given that energy security is inherently a political issue—framing it as an essential component of modern society can help ensure its prioritisation.
With this in mind, the paper stresses the need for continued strategic support from funding bodies, recognising the critical role “foundational inquiry” plays in driving PV innovation. It highlights observations from attendees at the IEEE conference that 20% of fundamental effort can yield 80% of the key insights needed to inform the remaining engineering and implementation work.
“This emphasises the absolute necessity for fundamental understanding to achieve progress. It is the same logic that drives the world’s most successful companies. Governments should adopt the same approach, recognising that sustained support for fundamental PV research is a strategic necessity rather than an optional expense,” the paper notes.
The stakes for PV research could not be higher. Without progress in the areas outlined in the paper, the consequences could be severe.
“The consequences are continuing to be at the mercy of energy prices and experiencing volatility and subsequent economic crises; to run out of materials or at least being exposed to severe supply chain risks; to suddenly create a society that does not possess the workforce to understand and operate existing technology … let alone advance technology to the next needed level,” Saive warns.
Moreover, the failure to advance PV technology would accelerate climate change, a reality that, while politically contentious, cannot be ignored. Conversely, if the research community rises to the challenge, the potential benefits are transformative.
“PV is globally the clean energy source with the biggest potential, followed by wind and, in some areas, hydro,” Saive notes. It’s spatially distributed nature makes it inherently resilient and equitable, offering a sustainable path to energy security for both developed and developing countries.
The future of PV depends on the willingness of researchers, policymakers and industry leaders to invest in fundamental research and ensure PV technology can meet the demands of a rapidly changing world. By addressing the unresolved challenges outlined in this paper, the PV community can secure its place at the forefront of the global energy transition, driving progress toward a more sustainable and equitable future.
As Saive concludes: “Basic research will ensure that we do this in a resource mindful way, that we diversify technologies to find the best match for each ecosystem, and probably most importantly: that we train the talent to understand, operate and advance our energy system.”

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Click here to see Canada’s most comprehensive listing of projects in conceptual and planning stages
Click here to see Canada’s most comprehensive listing of projects in conceptual and planning stages
HALIFAX – Energy-hungry companies in Nova Scotia are heading toward the light.
New statistics from the province’s private power utility show that commercial-scale players — which includes municipalities and First Nations — grew their capacity to generate solar energy by 82 per cent last year.
Energy consultant David Brushett says that’s partly because legislative changes a few years ago have allowed companies to install solar systems 10 times larger than before.
The “net-metering” system gives firms a credit on their power bills for the electricity they generate, offsetting their own usage.
Even with the new rules, they are not allowed to generate more power than their operations consume.
The program allows solar projects of up to one Megawatt for commercial customers. Brushett says that size makes more financial sense. “So that allowed much larger installations,” Brushett said in an interview.
“And then there’s also very good federal tax incentives now available to commercial customers. So that’s also causing a lot of growth.”
Another factor is a tax credit the federal government created in 2023 that helps corporations cover up to 30 per cent of a solar project’s capital cost.
The solar growth spurt comes as privately owned Nova Scotia Power, which dominates the province’s energy infrastructure, marches toward its target to have 80 per cent of its electricity come from renewable sources by 2030. Renewables generated about 42 per cent of the utility’s power in 2025, and it says solar currently makes up about one per cent of its overall energy mix.
The utility has traditionally relied on coal for the bulk of its electricity generation, and has plans to shutter several coal-burning plants in the coming years. It’s aiming to hit its 2030 renewables target mostly by a mix of onshore wind farms and imports from Labrador’s Muskrat Falls hydroelectric project, which ships power to Nova Scotia via subsea cables.
Long-term, Nova Scotia Premier Tim Houston is banking on offshore wind. He’s pitched a $60-billion project known as Wind West that could generate as much as 40 Gigawatts of energy by 2050 if all phases are built.
A call for companies interested in building the five-Gigawatt first phase is expected later this year. Prime Minister Mark Carney has said the federal government is prepared to help Nova Scotia with the development.
Roby Douglas, president of Dartmouth, N.S.-based installer Natural Forces Solar, says he wants to see solar become a bigger part of the province’s power generation in the coming years, hopefully around five per cent of the total. He says projects like Wind West are great, but notes it isn’t expected to come online until the 2030s.
In the meantime, solar is quick to install and the technology keeps getting better — and cheaper — all the time. He says solar is also great for workforce development with employees who gain expertise on solar projects able to transition into offshore wind later on. 
“There’s a pretty significant economies of scale,” Douglas said in an interview. 
“The bigger you make a project, the cheaper it gets because there’s a lot of fixed costs. So as the companies have gotten more sophisticated and been able to tackle bigger and bigger projects, the cost to generate power from solar keeps getting better and better.”
Douglas says solar and wind projects tend to compliment each other, as winds are typically stronger overnight and in the winter, while solar is obviously more productive during the day and in the summer. 
Natural Forces has built commercial-scale rooftop solar projects for organizations like the Sobeys grocery chain, Halifax Water and Cherubini Metal Works.
There were 99 new commercial solar installations completed during 2025, a 41 per cent increase from the end of 2024, according to Nova Scotia Power data.
There’s now at least 342 commercial solar installations in the province and Nova Scotia Power says that number may be bigger due to solar operations that aren’t connected to the provincial grid.
More residential customers have taken the solar plunge than commercial users. Brushett says that’s because the government has been offering incentives to residents for longer, so the residential market is more mature. Residential power rates are also higher than what commercial customers pay, meaning a greater potential for savings.
Residential customers have about 110 Megawatts of solar capacity, about six times the commercial amount. Nova Scotia Power says it now has 13,000 total customers participating in solar generation.
©2026 The Canadian Press
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AFRY Secures Owner’s Engineer Role for Solar-Plus-Storage Project at KLIA Aeropolis in Malaysia  SolarQuarter
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SHANGHAI and SCHORNDORF, Germany, April 10, 2026 /PRNewswire/ — Sigenergy, a leading energy innovator, is entering the market for utility-scale photovoltaic systems in Europe. Together with Baden-Württemberg/Germany based PV specialist Arausol, and the European distributor Memodo, it is building Germany’s largest PV plant with decentralized storage systems that operate on direct current (DC).

The project in Weissach im Tal is currently under construction and will have an installed peak PV capacity of 11.6 MWp and a battery capacity of 20 MWh. This capacity is distributed across 1,660 Sigenergy battery modules, each with a capacity of 12 kWh, which are securely installed in stackable SigenStacks. Unlike large-scale batteries, they are deployed in a decentralized manner.
Installing SigenStacks on Arausol mounting structure—similar to PV module racks—is quick, easy, and safe, requiring no complicated cabling or the use of cranes or other heavy equipment. The solution thus avoids soil sealing, which is common in projects involving large central batteries housed in containers.
DC Coupling and AI: more power, more renewable electricity and higher revenues
Compared to AC-coupled systems, the system eliminates the need for multiple conversions between DC and AC. Instead, excess photovoltaic DC power is fed directly into the batteries and converted to AC via the inverters only when it is time to feed power into the grid. DC coupling thus increases the overall system’s efficiency—by at least 4%. It also eliminates the need for duplicate inverter infrastructure.
The DC mode also allows Arausol to increase the output of the PV system, further enhancing the project’s economic viability.
Less Need for Grid Expansion
In comparison, AC-coupled systems have technical limitations. As a result, consistent use of DC coupling for large-scale PV projects would allow for a smaller-scale expansion of the power grids required for Germany’s energy transition. This would also help keep costs low for electricity customers.
In addition to storage systems and inverters, Sigenergy is supplying Arausol with other electrical components, such as medium-voltage transformer stations equipped with pre-installed low-voltage connections. Memodo ensures reliable procurement through its delivery capability and market expertise. Arausol is responsible for the construction and project management, in addition to providing the substructures from its own facilities. Grid connection is scheduled for July 2026.
Partnership for cutting-edge technology
“This project sends a clear message: DC coupling enables utility-scale energy systems to be built faster, smarter, more efficiently, and in a more environmentally friendly way,” explains Emanuel Spahrkäs, Senior Account Manager at Sigenergy. “By combining Sigenergy’s unique DC-coupled solution with a decentralized battery architecture and Arausol’s easy-to-install mounting system, we achieve faster commissioning, higher performance, and lower operating costs.”
Jaime Arau, CEO and founder of Arausol, said: “As a leading systems integrator and project developer for photovoltaic systems, we are committed to implementing the latest technology. Thanks to its innovative DC coupling, Sigenergy is an ideal partner for realizing this goal.”
Memodo emphasized its strategic role in the project, highlighting early-stage collaboration and technology alignment. The company worked closely with the customer to define the system architecture and position Sigenergy as a suitable partner. “Our strength lies in actively bringing innovations to the market and supporting projects across the entire value chain,” said Jonas Hollweg, Head of Sales at Memodo. “The project underlines the potential of close and strategic cooperation between manufacturers, project developers and distributors in delivering advanced energy solutions.”
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Nach der Inbetriebnahme seines 136.000 Quadratmeter großen Smart Energy Centers hat Sigenergy offiziell seinen ersten PV-Wechselrichter für…
Après la mise en service de son Smart Energy Center de 136 000 mètres carrés, Sigenergy a officiellement lancé son premier onduleur photovoltaïque….
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India has recently updated its carbon emissions goals. The latest policy plans to reduce the emissions intensity of its GDP as of 2005 by 47 percent by 2035. Its Nationally Determined Contribution — a figure every signatory to the 2015 Paris climate accords is expected to provide on a regular basis — now calls for 60 percent of its electric power capacity to come from non-fossil sources by 2035 and targets net-zero emissions by 2070. That is a far more ambitious target than a former world leader has set — or chosen to ignore entirely.
Targets are all well and good, but achieving them is where the heavy lifting begins. In its latest report, Ember says “solar and battery storage can meet as much as 90 percent of India’s electricity demand at lower LCOE than the average power purchase costs in most states.”
Kostantsa Rangelova. a global electricity analyst at Ember, said, “The dramatic improvement in battery economics over the past two years has delivered the missing piece that turns sunshine into reliable electricity day and night. For solar-rich countries like India, this makes the case for becoming a global solar superpower. The question is no longer whether solar can power India’s electricity system, but how quickly it can scale.”
According to its analysis, Ember claims that plunging costs for battery energy storage systems (BESS) mean India could meet 90 percent of India’s electricity needs with solar and storage “at a competitive INR 5.06/kWh ($56/MWh).”
Solar already plays a large and growing role in India’s power system, Ember says. It accounted for 9.4 percent of electricity generation in 2025, nearly double what it was in 2022. “Solar plays an important role during the day, meeting up to a quarter of demand during the sunniest hours of the day but none at night.
“Installed solar capacity reached 143 GW in FY2025-26, up from less than 5 GW in FY2014-15, contributing to India’s broader goal of 500 GW of non-fossil capacity by 2030. Solar could play an even larger role in India’s electricity system over the longer term — especially with the help of cheap batteries.”
In a report dated April 7, 2026, IEEFA said India’s target to reach 500 GW of renewable energy by 2030 and 60 percent non-fossil fuel in its energy mix by 2035…..will depend as much on structure of debt finance as on technology or policy.” The report finds that “India’s credit markets are already differentiating between clean and thermal energy assets, with consequences for company balance sheets that are hard to ignore.
“India’s dependence on imported fossil fuels — for crude oil and LNG for power — leaves its economy acutely exposed to geopolitical shocks and supply disruptions, reinforcing the urgent need to accelerate transition.
“The credit divergence between renewable and thermal assets is already visible across key financial metrics. Renewable-focused utilities enjoy stronger margins, thanks to zero fuel costs, broader access to offshore and international financing, and stronger interest from global institutional lenders.
“Meanwhile, thermal-linked credits are being progressively shut out of international capital markets. All outstanding USD-denominated bonds from Indian power utilities are linked to renewable or hydro assets.”
In a recent post on Substack entitled Night Into Day, Bill McKibben described the speed of the transition to battery storage technology. It begins with a chart by Nicholas Fulgham of Ember showing California’s source of electricity on March 29, 2026.
McKibben wrote,
“The huge yellow blob in the middle represents solar generation, the absolutely dominant source of supply from about 8 a.m. to 6:30 p.m. when it drops very quickly to zero. This is a phenomenon called sunset, which used to be the main argument against solar power.
“But now look at the purple blob to its right. That’s battery storage coming online as the sun goes down. Those batteries spent the afternoon soaking up [cheap] sunshine and now they are distributing it back to the grid.
“As Californians get home from work, turn on lights, cook dinner, start charging their EVs…..batteries are providing most of the power, outstripping imported power (much of which is renewable too), natural gas, and other sources like nuclear. You will notice wind picking up too, as the onshore breezes start to blow from the Pacific.
“This is entirely different from how this graph would have looked even a year or two ago. Here’s how Fulghum explained it on Linked In: At 7pm, batteries reached 12.3 GW of output, meeting 42.8% of grid demand!
“To put that kind of output during peak demand hours into perspective, it’s equivalent to the output from:
“And it’s not just a short peak anymore. Batteries stayed above 20 percent of grid demand from 5.50 pm to 9.35 pm, almost four hours, and above. And here’s the thing: this has all happened in the blink of an eye. More than 90% of California’s battery fleet was built in the last five years. Total deployment is now over 17 GW, up from just 1.3 GW in 2020,” McKibben said.
McKibben cites a report by Ben Payton of Reuters who says the race is on for “round-the-clock” solar power. He uses the example of a big project in the UAE, which is “combining the solar array with a massive amount of battery capacity. The aim is to store enough power generated during daylight hours so that a minimum of 1 GW of electricity is available 24 hours a day, 365 days a year. Sharp-eyed readers will note that the UAE is a petrostate, yet it is leaning heavily on renewables for the future.
Chile is also pursuing large scale battery storage. It has 9 GW of storage capacity in operation, construction or testing, with a further 27 GW in the development pipeline, according to the industry association ACERA.
“Chile is a very long country, ​so we rely very much on transmission to move energy from the north, where we have a lot of solar, and also from the very south, where we have a lot of wind,” said María Teresa Ruiz-Tagle, executive director of the Corporate Leaders Group for Climate Action (CLG) Chile. “So, to have battery storage projects in different ‌points of the country ⁠could also help the system.”
She added that storage is key to tackling the problem of the electricity grid being unable to absorb solar and wind power at times of peak generation. In 2024, 19 percent of all solar and wind electricity generated in the country had to be curtailed, which is a polite way of saying “wasted.”
McKibben ends by saying, “Battery storage gives us some hope of liberating ourselves from that old energy storage medium — the barrel of oil — before more people die in the ugly wars being fought over its ownership. But of course that would challenge the power of the richest people in America, which is why our current government will keep funneling money to [the defense industry] instead. We have to make a huge choice about where to point our intelligence, our technology, our hopes. November 3 can’t come fast enough.” Amen to that.
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Steve writes about the interface between technology and sustainability from his home in Florida or anywhere else The Force may lead him. He is proud to be “woke” and believes weak leaders push others down while strong leaders lift others up. You can follow him on Substack at https://stevehanley.substack.com/ but not on Fakebook or any social media platforms controlled by narcissistic yahoos.
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© 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.
Upgrading from a conventional electric or gas furnace can dramatically reduce your energy costs.
Photo Credit: Reddit
Making your home more energy-efficient by upgrading your appliances can be an exciting endeavor and can spark jealousy among other homeowners. 
That’s why one Reddit user took to the r/heatpump forum to share their latest bill-curbing renovation. In the post, the homeowner shared an image of a hydronic heat pump from IBC Boilers.
This unit utilizes heat pump technology to warm water, which is then fed into pipes that run throughout the original poster’s home to heat the floors. “I finally have in-floor heat, and it’s so nice,” the original poster noted. 
If you’re unfamiliar, heat pumps are extremely efficient and use technology similar to that found in refrigerators. Instead of generating heat using electricity or fuels such as natural gas or propane, heat pumps transfer ambient heat energy from the atmosphere into and out of spaces. 
Although this is a hydronic unit, homeowners typically opt for heat pump air-to-air models when looking for an HVAC upgrade. Air-to-air units operate similarly to air-to-water systems, but they instead rely on air movement through vent systems like a traditional AC or furnace. 
In fact, upgrading from a conventional electric or gas furnace to a highly efficient air-to-air heat pump can dramatically reduce your energy costs. If you’re curious about how much you can reduce your utility bills by upgrading, connect with EnergySage to find the best HVAC options for your situation. 
Since home heating and cooling can make up for almost half of your annual energy bill, upgrading to an efficient model can be a worthwhile investment. Here are a few tools to get you started: 
EnergySage can help you find efficient heating and cooling solutions for your home and connect you with trusted installers. 
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Want to go solar but not sure who to trust? EnergySage has your back with free and transparent quotes from fully vetted providers in your area.
To get started, just answer a few questions about your home — no phone number required. Within a day or two, EnergySage will email you the best options for your needs, and their expert advisers can help you compare quotes and pick a winner.
Solar panels can save you more than $50k over their 25-year lifespan, and EnergySage can help you save as much as $10k on installation. Which begs the question — isn’t that worth an email or two?
Not ready to spend up front? Palmetto’s $0-down HVAC leasing program can lower your energy costs by up to 50%. 
If leasing an HVAC is enticing to you, a Palmetto Comfort Plan starts from as low as $99 per month and includes over a decade of free maintenance. 
Pairing your new HVAC setup with solar power can further slash your energy costs. If you’re curious about how much you can save with solar panels, EnergySage can help you find the best system based on your home and budget and save you up to $10,000 on installation. 
Which of these savings plans for rooftop solar panels would be most appealing for you?
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Under the post, other users quickly shared their thoughts on the OP’s new setup: 
“Ooooh,” one wrote. “I’ve been looking at these.”
“One of the prettiest [installs] I’ve seen,” another added.
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Wicklow cafe and community rooms to be powered entirely by solar panels  The Irish Independent
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Solar Pv Balance Of System Components Market Analysis
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India achieves record solar capacity addition, PM Modi highlights milestone  DD News
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Greensol, the U.S. subsidiary of the Spanish firm Greening, has commenced building the Murch Solar project in Van Buren County, Michigan. According to a report from Solar Power World, the project has a capacity of 102 megawatts and is being developed by Heelstone Renewable Energy, a company under Qualitas Energy.
Greensol functions as the construction and execution division for Greening’s renewable energy initiatives in the United States. The company leverages its parent group’s international expertise while tailoring its technical approach for the North American market. This structure enables it to provide comprehensive engineering, procurement, and construction services for solar and energy storage installations, catering to utility-scale and industrial customers.
Company leadership stated that the United States represents a key strategic market. The objective is to meet demand in the industrial sector by acting as a specialized and dependable technical partner for complex solar and storage developments, emphasizing quality, efficiency, and adherence to regulations.
In addition to the Michigan project, Greensol is currently constructing an 82-megawatt solar facility in Indiana.
Interactive table based on the Store Companies dataset for this report.
This report provides a comprehensive view of the ac/dc motor industry in the United States, tracking demand, supply, and trade flows across the national value chain. It explains how demand across key channels and end-use segments shapes consumption patterns, while also mapping the role of input availability, production efficiency, and regulatory standards on supply.
Beyond headline metrics, the study benchmarks prices, margins, and trade routes so you can see where value is created and how it moves between domestic suppliers and international partners. The analysis is designed to support strategic planning, market entry, portfolio prioritization, and risk management in the ac/dc motor landscape in the United States.
The report combines market sizing with trade intelligence and price analytics for the United States. It covers both historical performance and the forward outlook to 2035, allowing you to compare cycles, structural shifts, and policy impacts.
This report provides a consistent view of market size, trade balance, prices, and per-capita indicators for the United States. The profile highlights demand structure and trade position, enabling benchmarking against regional and global peers.
The analysis is built on a multi-source framework that combines official statistics, trade records, company disclosures, and expert validation. Data are standardized, reconciled, and cross-checked to ensure consistency across time series.
All data are normalized to a common product definition and mapped to a consistent set of codes. This ensures that comparisons across time are aligned and actionable.
The forecast horizon extends to 2035 and is based on a structured model that links ac/dc motor demand and supply to macroeconomic indicators, trade patterns, and sector-specific drivers. The model captures both cyclical and structural factors and reflects known policy and technology shifts in the United States.
Each projection is built from national historical patterns and the broader regional context, allowing the report to show where growth is concentrated and where risks are elevated.
Prices are analyzed in detail, including export and import unit values, regional spreads, and changes in trade costs. The report highlights how seasonality, freight rates, exchange rates, and supply disruptions influence pricing and margins.
Key producers, exporters, and distributors are profiled with a focus on their operational scale, geographic footprint, product mix, and market positioning. This helps identify competitive pressure points, partnership opportunities, and routes to differentiation.
This report is designed for manufacturers, distributors, importers, wholesalers, investors, and advisors who need a clear, data-driven picture of ac/dc motor dynamics in the United States.
The market size aggregates consumption and trade data, presented in both value and volume terms.
The projections combine historical trends with macroeconomic indicators, trade dynamics, and sector-specific drivers.
Yes, it includes export and import unit values, regional spreads, and a pricing outlook to 2035.
The report benchmarks market size, trade balance, prices, and per-capita indicators for the United States.
Yes, it highlights demand hotspots, trade routes, pricing trends, and competitive context.
Report Scope and Analytical Framing
Concise View of Market Direction
Market Size, Growth and Scenario Framing
Commercial and Technical Scope
How the Market Splits Into Decision-Relevant Buckets
Where Demand Comes From and How It Behaves
Supply Footprint and Value Capture
Trade Flows and External Dependence
Price Formation and Revenue Logic
Who Wins and Why
How the Domestic Market Works
Commercial Entry and Scaling Priorities
Where the Best Expansion Logic Sits
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Broad industrial portfolio
US subsidiary of Swiss ABB
Subsidiary of Nidec (Japan)
US arm of Brazilian WEG
Part of ABB
Leading in backup generators
Major generator manufacturer
Diversified manufacturer
Diversified electronic manufacturer
Water & fuel systems focus
Acquired by Regal Rexnord
Part of Regal Rexnord
Part of Regal Rexnord
US operations of Doosan
Portable generators
Industrial motors
Motor & generator services
Generator manufacturer
Diesel generators
High precision systems
Broad automation focus
Aerospace focus
Part of Regal Rexnord
Portable power
Generator manufacturer
Power systems
Service and distribution
Distributor and service
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Distributor and integrator
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Study: EV charging offers 'lucrative opportunity' for commercial property owners
'The first thing I did was network – in person': How I shifted my career from tech startups to nature conservation

Global Briefing: India withdraws bid to host COP33
Unilever strikes deal to acquire plant-based supplement maker Grüns
Britain's fourth largest supermarket chain is planning to install solar panels at a further 62 of its UK stores this year
Britain's solar farms generated a record 14.4GW of electricity during one period this week, according to the National Energy System Operator (NESO)
DESNZ touts solar as 'one of the cheapest forms of power available' in the UK as it approves plans for Springwell Solar Farm
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A new report by JMK Research says India installed around 44.6 GW of solar power capacity in FY 2026, an 87.2% increase year-on-year.
NTPC REL’s Khavda project
NTPC REL
A new report by JMK Research says India installed around 44.6 GW of solar and 6 GW of wind capacity in FY 2026. Solar and wind installations increased by 87.2% and 45.6%, respectively, compared to the previous year.
With this, India’s total installed renewable energy (RE) capacity reached 275 GW as of March 31, 2026. Solar energy accounts for around 55% (150.26 GW) of the total RE capacity. Wind energy follows with a 20% share, while large hydro contributes 19%. Bio power and small hydro contribute 4% and 2% of the total, respectively.
From April 1, 2025 to March 31, 2026, India added around 34.8 GW of new ground-mounted solar capacity, marking a 106% increase compared to the previous year. The report attributes the significant increase in ground-mounted solar capacity primarily to the completion of projects initiated under the MNRE’s 50 GW annual bidding trajectory starting in 2023. The commercial & industrial (C&I) open-access segment (off-site C&I solar) made a substantial contribution to capacity additions during this period. The ISTS waiver deadline of 30 June 2025 also encouraged many developers to fast-track project execution in the first half of FY 2026.
In the rooftop solar segment, about 8.7 GW was installed, marking a 69% YoY increase, primarily driven by the PM Surya Ghar scheme boosting residential adoption. Under the scheme, more than 26 lakh households have been covered and nearly INR 14,771 crore disbursed in central financial assistance, significantly accelerating adoption across the country.
Rajasthan led the FY 2026 capacity addition with significant large-scale solar installations (12,140 MW, 35%), followed by Gujarat 8,952 MW (26%) and Maharashtra 6,177 MW (18%).
Maharashtra recorded the highest rooftop solar installations with 2,144 MW (25%), followed by Gujarat 1,777 MW (20%) and Tamil Nadu 600 MW (7%).
Maharashtra registered the highest off-grid solar capacity addition at 614 MW (58%), followed by Gujarat 77.9 MW (7%).
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Ultra-clear Photovoltaic Glass Market
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According to a report from pv magazine, polysilicon prices have fallen sharply in recent weeks, briefly reaching low-to-mid CNY 40 per kilogram levels before stabilizing slightly above CNY 50 per kilogram. This price point remains near historical lows and is below the production costs for most manufacturers. The decline is attributed to persistent oversupply and weakening demand in the market.
An analyst from OPIS notes that oversupply is a longstanding structural issue and the primary driver of recent price declines. Additional downward pressure came from a change in Chinese policy regarding an export tax rebate for downstream photovoltaic products, which led to front-loaded shipments earlier in the year and softer subsequent orders. Coordinated industry controls on pricing and production have been suspended, and expected replacement policies to manage excess capacity have not materialized.
Chinese regulatory bodies have issued notices calling for action against disorderly competition and promoting price recovery for products including polysilicon. However, these measures are described as policy guidance with unclear implementation and have not yet produced a tangible market impact. Meanwhile, some industry consolidation activity was reported in the first quarter, with leading manufacturers announcing plans to acquire smaller producers.
Production costs for polysilicon have fallen in recent years. Despite these cost reductions, current market prices are below the manufacturing cost for most producers, resulting in widespread financial losses. The price drops are characterized as a passive response to market pressure rather than a strategic move based on lower costs.
Potential future environmental regulations introducing stricter energy efficiency standards could reduce effective production capacity. However, this proposal is in a draft stage, and any meaningful market impact is not expected until the year after its official release.
Demand in the second quarter is expected to deteriorate further. Additionally, the upcoming wet season in key production provinces may lead to increased output in the third quarter as manufacturers take advantage of lower hydropower electricity costs. Industry participants believe any short-term market improvement will depend on the implementation of meaningful policy measures.
Current prices are approaching the historical low recorded in the middle of last year. In response, several specialized producers have cut output, and the average industry operating rate is expected to fall below 50%. The cancellation of the export tax rebate has contributed to a demand shortfall in the current quarter.
The decline in polysilicon prices has been more rapid and severe than the decrease in module prices. Data indicates the cost of polysilicon as a proportion of domestic module prices has fallen significantly since the beginning of the year.
Some polysilicon producers are halting production and limiting shipments, using vertically integrated capacity to convert inventory into modules. Market participants indicate that if significant policy measures do not materialize by May, they may implement substantial strategic adjustments. This could lead to discounted sales or inventory clearance as module inventories are likely to be high.
Interactive table based on the Store Companies dataset for this report.
This report provides a comprehensive view of the silicon industry in China, tracking demand, supply, and trade flows across the national value chain. It explains how demand across key channels and end-use segments shapes consumption patterns, while also mapping the role of input availability, production efficiency, and regulatory standards on supply.
Beyond headline metrics, the study benchmarks prices, margins, and trade routes so you can see where value is created and how it moves between domestic suppliers and international partners. The analysis is designed to support strategic planning, market entry, portfolio prioritization, and risk management in the silicon landscape in China.
The report combines market sizing with trade intelligence and price analytics for China. It covers both historical performance and the forward outlook to 2035, allowing you to compare cycles, structural shifts, and policy impacts.
This report provides a consistent view of market size, trade balance, prices, and per-capita indicators for China. The profile highlights demand structure and trade position, enabling benchmarking against regional and global peers.
The analysis is built on a multi-source framework that combines official statistics, trade records, company disclosures, and expert validation. Data are standardized, reconciled, and cross-checked to ensure consistency across time series.
All data are normalized to a common product definition and mapped to a consistent set of codes. This ensures that comparisons across time are aligned and actionable.
The forecast horizon extends to 2035 and is based on a structured model that links silicon demand and supply to macroeconomic indicators, trade patterns, and sector-specific drivers. The model captures both cyclical and structural factors and reflects known policy and technology shifts in China.
Each projection is built from national historical patterns and the broader regional context, allowing the report to show where growth is concentrated and where risks are elevated.
Prices are analyzed in detail, including export and import unit values, regional spreads, and changes in trade costs. The report highlights how seasonality, freight rates, exchange rates, and supply disruptions influence pricing and margins.
Key producers, exporters, and distributors are profiled with a focus on their operational scale, geographic footprint, product mix, and market positioning. This helps identify competitive pressure points, partnership opportunities, and routes to differentiation.
This report is designed for manufacturers, distributors, importers, wholesalers, investors, and advisors who need a clear, data-driven picture of silicon dynamics in China.
The market size aggregates consumption and trade data, presented in both value and volume terms.
The projections combine historical trends with macroeconomic indicators, trade dynamics, and sector-specific drivers.
Yes, it includes export and import unit values, regional spreads, and a pricing outlook to 2035.
The report benchmarks market size, trade balance, prices, and per-capita indicators for China.
Yes, it highlights demand hotspots, trade routes, pricing trends, and competitive context.
Report Scope and Analytical Framing
Concise View of Market Direction
Market Size, Growth and Scenario Framing
Commercial and Technical Scope
How the Market Splits Into Decision-Relevant Buckets
Where Demand Comes From and How It Behaves
Supply Footprint and Value Capture
Trade Flows and External Dependence
Price Formation and Revenue Logic
Who Wins and Why
How the Domestic Market Works
Commercial Entry and Scaling Priorities
Where the Best Expansion Logic Sits
Leading Players and Strategic Archetypes
How the Report Was Built
Major polysilicon and solar producer
Subsidiary of GCL Tech
Historic polysilicon volume leader
NYSE listed, high efficiency
Diversified industrial group
Integrated PV manufacturer
Major integrated PV player
World's largest wafer producer
Integrated PV manufacturer
Integrated PV producer
Rapidly expanded polysilicon
Diversified heavy electrical
Part of Tongwei supply chain
Specialized wafer producer
Core unit of Canadian Solar (China HQ)
Key upstream raw material supplier
Primary operating unit of Daqo
Polysilicon specialist
GCL Tech's core polysilicon unit
Formerly part of CSG Holding
Silicon wafer manufacturer
Silicon metal producer
Integrated energy group
State-owned energy group unit
Regional energy group expanding
GCL's key Xinjiang base
Tongwei affiliate, large capacity
Polysilicon producer in North China
PV manufacturer with wafer production
Key production subsidiary of Jinko
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The new solar farm marks the 25th nationally significant clean energy project approved by the UK since July 2024.
The UK government just signed off on a significant new energy project that will change how the large, predominantly rural county of Lincolnshire gets its power. The Springwell Solar Farm officially received approval this Wednesday, and it’s a major deal for the country’s energy goals. Once it’s up and running, it will be the largest power-producing solar farm in the UK.
To put its size into perspective, the developers say it could power over 180,000 homes every year. That is roughly half of all the homes in Lincolnshire. This project is the 25th major clean energy project approved by the government since July 2024. Combined, these projects represent enough electricity to power more than 12.5 million homes across the country.
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There’s a practical reason behind this push for solar power. Recent global instability has shown how risky it is to rely on fossil fuel markets that Britain doesn’t control. When international markets get contentious, energy bills usually go up.
Solar is currently one of the cheapest ways to generate electricity. By building more of it here, the goal is to create a more stable system that isn’t at the mercy of global price spikes. The government is also looking at other ways to get solar into the mix, like making panels a standard feature on new homes and speeding up auctions for future renewable projects.
“We are driving further and faster for clean homegrown power that we control to protect the British people and bring down bills for good,” Energy Minister Michael Shanks explained. “It is crucial we learn the lessons of the conflict in the Middle East – solar is one of the cheapest forms of power available and is how we get off the rollercoaster of international fossil fuel markets and secure our own energy independence.”
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Bailiwick Express News Guernsey
BE in the know – the latest news for Jersey and Guernsey
The States of Guernsey are prepared to align with the UK’s government on the introduction of ‘Plug-in Solar’ units.
The UK’s government recently announced that “plug-in” solar panels will be available in shops within months to help households reduce energy bills.
Retailers like Lidl and Iceland are working to bring easy-to-install, plug-and-play solar kits to the UK market for use on balconies and small outdoor spaces.
These systems connect directly to standard mains sockets, meaning there’s no need for any professional installation.
The UK’s government claims the measure will help bolster the country’s energy security, and lower costs by reducing reliance on global fossil fuel markets.
It’s a move which could be mirrored in Guernsey, with the Committee for the Environment & Infrastructure interested in the idea. But the committee President said it’s an idea which will have to wait for the UK Government to make the leap first. 
“In line with Guernsey’s Electricity Strategy, we’re supportive of any changes that can help increase the supply of electricity through solar PV and other renewables,” said Deputy Adrian Gabriel.
“Plug in solar panels represent a lower cost, albeit at lower capacity, alternative to fixed installations.  
“Currently, plug in solar panels are not compliant with UK regulation, which is why they can’t currently be installed locally. However, once they are permitted in the UK they will be permitted in Guernsey as well.”
The UK’s government is also pushing ahead with plans to introduce a mandate for most new-build homes in England to include solar panels and clean heating as standard.
They’re also introducing a trial in Scotland, and in the east of England there’ll be discounted electricity on offer on windy days to utilise excess renewable energy that would otherwise be wasted.
Locally, the President of the Development & Planning Authority says his team are actively removing barriers, recently eased rules for air source heat pumps, and are currently updating guidance to make solar installations even more straightforward.  
“As I mentioned in my recent update speech in the Assembly, we are working with other Committees and stakeholders on planning policy changes to encourage the provision of solar PV infrastructure and will be able to announce more on this shortly,” said Deputy Neil Inder.
“At the moment, there are planning exemptions in place which enable solar PV and other renewable energy infrastructure in specified circumstances without the need for planning permission. Our intention is to make the installation of solar PV a mandatory requirement in the future when carrying out certain forms of development. 
“The DPA will update its published guidance within the coming weeks to provide clarity. This aligns with previous States’ Resolutions and reflects the direction of government policy elsewhere.”
editor@bailiwickexpress.com
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A decrease in FII (Foreign Institutional Investor) shareholding typically indicates that foreign investors are reducing their exposure to a particular stock. This may suggest a lack of confidence in the stock’s future performance, concerns about market conditions, or a shift in investment strategy. Based on shareholding disclosures available so far for the March 2026 quarter, we have highlighted nine stocks in the Nifty 500 segment that recorded a quarter-on-quarter decline of over 100 basis points in FII shareholding in Q4, according to StockEdge’s shareholding scan.

FII shareholding declined to 32.61% in the March 2026 quarter from 36.24% in December 2025.

FII shareholding declined to 44.05% in the March 2026 quarter from 47.67% in December 2025.
FII shareholding declined to 13.38% in the March 2026 quarter from 15.1% in December 2025.
FII shareholding declined to 2.45% in the March 2026 quarter from 3.97% in December 2025.

FII shareholding declined to 13.54% in the March 2026 quarter from 14.81% in December 2025.
FII shareholding declined to 8.94% in the March 2026 quarter from 10.07% in December 2025.
FII shareholding declined to 8.6% in the March 2026 quarter from 9.61% in December 2025.

FII shareholding declined to 42.62% in the March 2026 quarter from 43.54% in December 2025.
FII shareholding declined to 7.31% in the March 2026 quarter from 8.19% in December 2025.

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Tokyu Corp. and partners will supply Tokyu Railway with newly built solar power under a corporate power purchase agreement (PPA), covering about 30% of traction electricity demand.
Image: Snowscat, Unsplash
Tokyu Corp. and partners have revealed plans to supply Tokyu Railway with solar power under a corporate PPA, in a move that underscores the shift toward new-build renewable procurement in Japan’s corporate power market.
Tokyu Railway will procure electricity from around 98 MW (DC) of newly built solar power plants under a corporate PPA structure, with supply set to begin in fiscal 2026 and continue for 25 years.
The transport and property group said the share of traction electricity Tokyu Railway expects to source from newly built solar plants under the procurement framework represents the highest adoption ratio among Japan’s major private railway operators, based on its own assessment as of March 2026.
The projects will be developed by multiple special purpose companies (SPCs) backed by Tokyu Corp. and other partners at sites across Japan. The electricity will be used to support train operations on several train lines in the Tokyo metropolitan area, including the Toyoko, Meguro, Tokyu Shin-Yokohama, Den-en-toshi, Oimachi, Ikegami, and Kodomonokuni lines.
The solar plants are scheduled to come online in phases from April 2026 through the end of fiscal 2027. By fiscal 2028, the company expects about 30% of its annual traction power consumption – approximately 110 million kWh of 370 million kWh – to be sourced from newly developed renewable energy assets under the PPA.
The company has operated all train lines on 100% renewable electricity since April 2022 through retail electricity products. It said the new initiative will further support the build-out of additional renewable energy capacity and strengthen its role in supporting power infrastructure.
Tohoku Electric Power Co. and Tokyu Power Supply Co. will jointly manage electricity procurement and supply under the arrangement.
Tokyu Group and Tohoku Electric said they plan to expand collaboration on offsite corporate PPAs, solar development, and battery storage to support the growth of additional renewable energy and contribute to decarbonization.
Japan’s railways are also testing perovskite solar on infrastructure. Central Japan Railway and Sekisui Chemical announced plans in January to pilot flexible perovskite solar panels on Tokaido Shinkansen noise barriers, signaling broader ambitions to integrate renewable generation across rail networks beyond procurement alone.
Japan’s corporate PPA market has rapidly moved from niche to mainstream in recent years, with more than 500 publicly disclosed deals and over 2.5 GW of capacity by 2025. High fossil-fuel import costs, decarbonization pressure, and Japan’s shift from feed-in tariff (FIT) subsidies toward market-based mechanisms – including the feed-in premium (FIP) scheme – are pushing companies toward long-term procurement. Recent deals spanning rail, telecoms, retail, and heavy industry signal that large-scale and hybrid structures are now the market’s center of gravity.
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Apr 10, 2026
The Renegade Solar Energy Center is seen in October 2025. The facility, built by Invenergy and owned by UMERC, is now operational. (Courtesy photo)
ST. NICHOLAS — A multi-year project to prepare land and install solar panels in rural part of the central Upper Peninsula is complete and now online, supplying a large amount of power to the electric grid.
The Renegade Solar Energy Center became active and “officially reached commercial operations last week,” a representative for Invenergy told the Daily Press on Wednesday.
Invenergy LLC, headquartered in Chicago, developed the project. The new facility belongs to Upper Michigan Energy Resources Corporation (UMERC), a subsidiary of WEC Energy Group that serves around 42,000 energy customers in Michigan’s Upper Peninsula.
Solar power is an emissions-free mode of generating electricity, one of the ways companies are producing “clean” energy. UMERC previously took steps toward harnessing cleaner energy sources by providing natural gas-fueled generating stations in Negaunee and Baraga in 2019.
“Having a mix of domestic power sources, including solar, helps keep costs stable and the lights on,” Invenergy said.
Plots in Maple Ridge, Baldwin and Ewing Townships were identified by Invenergy as suitable for a solar farm when the area was scouted a handful of years ago. After finding landowners in favor of the project and ensuring legislation to allow solar farming in the area, the Renegade project began, using spaces both leased and purchased from local farmers.
During development, Barton Malow was the primary solar construction contractor, MJ Electric worked on the substation, and Roy Ness Contracting & Sales worked on the operations and maintenance building.
“A majority of the construction crew were Michiganders, including a significant UP workforce,” Invenergy told the Press. “Construction leadership included hometown talent from Eben Junction and Spalding areas.”
In peak construction, Renegade aprovided 125 jobs. Now that the facility is operable, “the site will employ three full-time staff members and continue to serve as a long-term community partner,” a press release from Invenergy stated.
Two of the three now employed at the station were local hires, while one moved to the area for the job.
“Thanks to UMERC and our construction partners, we’re proud to have brought the Renegade Solar Energy Center online and ready to meet the ever-growing energy needs of Michigan communities,” said Sam Heagney, Invenergy developer. “Invenergy is excited to support American energy independence and we look forward to continued partnership in the Upper Peninsula.”
Ewing Township Supervisor Dave Hall said, “Invenergy has been an exemplary partner, and I appreciate their team’s responsiveness and willingness to work with our community to bring Renegade Solar to life. The project is already helping bring in revenue for local improvements that will better our quality of life, which is especially important for a small town that doesn’t always have new sources of funding. I have been honored to support this team effort and look forward to being a part of Michigan’s energy future.”
The three townships involved, as well as Delta County, received grants through the Michigan EGLE Renewable Ready Communities program totaling nearly $500,000 for a variety of community enhancements.
In 2025, In 2025, Invenergy contributed more than $10,000 to local organizations including the Tri-Township Fire Department (which serves Ewing, Maple Ridge, and Turin Township), Rock Lions Club, Mid-Peninsula Wolverine Circuit Breakers (FIRST Robotics Team 7782) and Gladstone Area Public Schools, Invenergy shared.
Renegade Solar Energy Center is a 100-megawatt facility that generates enough electricity to power more than 27,000 homes using American-made solar panels manufactured at Invenergy’s Illuminate facility in Ohio.
“Michigan, along with most of the Midwest, is facing growing electricity demand from new industries and electrification of transportation and daily life,” said an Invenergy spokesperson. “Renegade Solar will contribute affordable, domestic power that helps meet that demand with no fuel costs, little to no water use, and no emissions.”
Invenergy is also developing Superior Solar Energy Center in Marquette County.

Copyright © 2026 Ogden News Publishing of Michigan, Inc. | https://www.dailypress.net | 600 Ludington St., Escanaba, MI 49829 | 906-786-2021

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All Things Considered is the most listened-to, afternoon drive-time, news radio program in the country. Each show consists of the biggest stories of the day, thoughtful commentaries, and insightful features brought alive through sound.
From switching to LED light bulbs, to turning down your hot water heater, here are a few things you can do to save on your electricity bill.
A meter shows energy produced by a photovoltaic system on the roof of a home in West Philadelphia. (Sophia Schmidt/WHYY)
This story is part of the WHYY News Climate Desk, bringing you news and solutions for our changing region.
From the Poconos to the Jersey Shore to the mouth of the Delaware Bay, what do you want to know about climate change? What would you like us to cover? Get in touch.

Electricity rates are high and expected to keep rising. PECO just asked state regulators to increase rates by 12.5%. A recent settlement by PPL Electric would increase rates by almost 5% this summer if approved by the Pennsylvania Public Utility Commission.
A number of factors have combined to send electricity bills soaring in Pennsylvania, including the planned increase in data centers, rising supply costs as demand increases and infrastructure expansion. While ratepayers have little control over most of these factors, there are a few things consumers can do.

WHYY News’ senior climate reporter Susan Phillips joined WHYY’s Morning Edition host Jennifer Lynn to share quick tips to lower your bills.
Jennifer Lynn: I like this topic a lot. I’m the kind of person who puts the shades down tight in the summer to block out the summer heat. You know, let’s start with some of this easy stuff. Our bills are going up. What can we do?
Susan Phillips: First of all, if you still have incandescent light bulbs, it’s a good idea to switch to LED light bulbs. The Department of Energy says that this can save the average household $225 a year in electricity costs. Second, check the thermostat on your hot water heater. It should be set at 120 degrees Fahrenheit. So if it’s electric and set at 140 degrees, for example, the DOE says if you turn it down 20 degrees, that will save you up to $400 a year.
JL: Well, that’s pretty good. What about heat and air conditioning?
SP: So the DOE recommends a setting of 68 degrees Fahrenheit when you’re awake and 58 to 60 degrees when you’re asleep or not at home. Again, this is if you have electric heat.
Most Pennsylvanians actually use gas to heat their homes. For air conditioning, the recommendation is 74 to 76 degrees, and a way to make things cooler is to add a fan. A cheap box fan that can circulate the air and cool things down further.
JL: There are often the family wars, the temperature wars, right? We all know about that. So you got to navigate that too. What is the top user of electricity in my house?
SP: Your refrigerator, which you can’t do much about because it has to run. However, experts say if your appliances like your refrigerator, washer, dryer or dishwasher are at the end of their life, it may be worth it to get a new one that is high efficiency. They encourage you to get as high-efficiency of an appliance as you can afford. And to do that, of course you look for that Energy Star rating.
JL: It’s worth it if my appliance is really old and ready to just conk out.
SP: That’s right. There is one exception though. If you have a window air conditioning unit, those will last forever, but apparently they become really inefficient over time. So it may be worth looking for a higher efficiency window unit, even if the one you have is not about to die.
Your PECO bill could increase by $20 each month starting in 2027

The utility wants to raise its rates for electricity customers and suburban natural gas users. The CEO of PECO’s parent company, Exelon, made more than $15.6 million in 2025.
2 weeks ago
JL: Let’s talk about weatherization, making sure the heat and the air conditioning are not leaking from the house.
SP: Yes, very important. So you can hire a home energy auditor to assess your house, or Pennsylvania provides one for free if you are under a certain income level. Making sure there’s insulation in the crawl space below your roof is really important. And for the summer, especially in Philly, if you’ve got a row home, painting your rooftop white or silver helps a lot because those black tar roofs really absorb the sun’s heat.
JL: So I know I have two different parts of my bill, Susan. There’s distribution and there’s supply. Is there anything I can do about the cost of supply?
SP: Yes, Pennsylvania does allow customers to shop around for supply to try to get a better price than what you would get from your utility. Right now, the supply part of your bill, that supply cost, is also rising, and it’s simply supply and demand.

JL: OK, I’ve never shopped for supply. How does that work?
SP: So one thing to note is that public and consumer advocates don’t recommend shopping for a cheaper supplier, and that’s because it’s easy to get ripped off. Suppliers may have things in the fine print that you didn’t read. So they may offer you a cheaper rate than PECO or PPL, for example, but it could be a variable rate. Then the next month it might jump up, and they might charge you a fee if you try to switch.
I have spoken to people who do shop on the PA Powerswitch marketplace. They say the key is to use a calendar alert to make sure you go back to the online marketplace every month or so to check and see if what you signed up for is still a good deal.  They have saved money this way, but they caution not to accept a variable rate and not to choose a supplier that has cancellation fees.
JL: What’s another good thing to think about?
SP: The best way to get rid of high bills is rooftop solar, which can have a high upfront cost and so it is prohibitive to many of us. But over time, rooftop solar can save you lots of money on your bills, obviously.
Also, you can sign up for what is called time-of-use pricing as long as you have a smart meter. The way it works is you can save money by agreeing to run your high energy-use appliances like the dishwasher, the washer, the dryer during off-peak hours, and most utilities offer this.
JL: I like that since I’m usually all about off-peak hours. I do a lot of things earlier and later than some people because of these crazy hours in the morning.
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India has become the third-largest country by installed renewable energy capacity, reaching 274.68GW, with over 150GW of solar PV capacity, according to statistics from the Ministry of New and Renewable Energy (MNRE).
The country is now only behind China and the US in terms of cumulative total renewable energy capacity, and continues to expand. International Renewable Energy Agency (IRENA) statistics for 31 December 2025 said India had 250.62GW of total renewables generation capacity, while MNRE figures show a further 24.68GW added in the three months to 31 March.
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The MNRE said it is still aiming to achieve Prime Minister Modi’s pledge to reach 500GW of renewable energy and nuclear capacity on India’s grid by 2030.
Total solar capacity has increased by 53.28 times since 2014, the MNRE said, rising from 2.82GW in March 2014 to over 150GW in March 2026. It said that the current 150.26GW includes 110.43GW of utility-scale solar, 25.73GW of rooftop and 14.10GW of KUSUM & off-grid projects that support agricultural operations.
The financial year (FY) 2025-26 saw a number of landmarks, the ministry said. It marked the highest solar capacity addition of any single year (44.61GW), more than double the previous record in 2024-25; this included the highest capacity additions in a single month (6.6GW) and the biggest expansion of distributed and KUSUM-backed solar projects (16.31GW).
This expansion meant that non-fossil fuel sources produced 29.2% of India’s electricity over the course of FY 2025-26, with a peak of 51.5% in July 2025.
A report from energy thinktank Ember published this week showed that co-located solar and energy storage projects could theoretically meet 90% of India’s power demand by using around one third of the total possible capacity the country could deploy.
Last year also saw big expansions in India’s solar manufacturing sector. The MNRE said that around 98GW of solar module manufacturing capacity was added in FY 2025-26, bringing the cumulative total to 172GW.
Indeed, module production facility announcements have come thick and fast in recent months, with expansions from major players like Waaree and Premier Energies alongside less recognised names. Market research firm Mercom puts India’s module production capacity even higher than the MNRE, estimating around 210GW of total module manufacturing capability.
As a result, the MNRE said that Indian imports of solar modules have declined threefold between 2024-25 and 2025-26, from over US$2,152 million worth of products to around US$758 million.  
There is also growing upstream capacity. Mercom said cell production capacity reached 27GW in 2025, and efforts are planned to begin producing silicon wafers and ingots. Last month, Waaree began construction on a 10GW wafer and ingot plant in the state of Maharashtra, and the MNRE said it plans to begin an incentive scheme for ingot and wafer production under its Approved List of Models and Manufacturers (ALMM) programme in June 2026.

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A new 238-acre solar farm capable of generating 40 megawatts of clean energy is coming to the North Alabama community of Triana following a unanimous vote of approval from the Huntsville City Council. Upon completion, the solar farm is expected to be the largest of its kind in the state's northern region.
Huntsville's director of Urban and Economic Development, Shane Davis, provided detailed information on the property and solar farm during Thursday’s council meeting.
"What we would do in partnership with Madison County and Huntsville Utilities is enter into a ground lease, so we're not selling the property," explained Davis. "The public remains the owners of the property of 237 acres to generate a new 40 megawatt solar facility. The lease term would be for 35 years. At the end of that term, we would have two options. A future council and a future county commission could renew, extend and continue to generate power there. If we chose not to do so, all the solar facility that would be on the property would have to be removed, and the property returned to its natural state. So there is a revenue stream attached to that."
After the project's initial due diligence period is complete, it will enter its development phase.
"Once construction starts, they have 14 months to complete and begin generating power," noted Davis. "During that construction period, we have asked for a partial payment of the annual lease in the amount of $23,796, and then upon completion and it generating power, there is an annual lease payment of $237,690 per year. We will split those proceeds 50-50 with the county."
Chris Jones, Huntsville Utilities chief operating officer, spoke about the solar farm's projected positive impact on regional energy costs.
"Energy costs that we will purchase will be lower than what we purchased from TVA," Jones revealed. "We also experienced demand savings. So we expect this will have some capital investment to build a substation, but we expect to pay back to be probably two years or less, and then it will be money savings after that."
The Madison County Commission approved the solar farm project on Wednesday. The construction phase of the solar farm is expected to take under 14 months.
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A portion of the 12,000 solar panels at a solar farm at Susquehanna University in Selinsgrove sits in the sun on Thursday, April 9, 2026. Sheep from Owens Farm in Sunbury arrive each spring, with two to three dozen grazing the site until late fall when they return home. The practice keeps the grass trimmed without the need for mowers.
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Toyota Supplier JTEKT Installs Large Solar Carport In Japan Under 20-Year PPA To Boost Clean Energy Transition  SolarQuarter
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India-based solar cell and module manufacturer Premier Energies has secured new Q4 FY26 orders worth INR 2,577 crore for the supply of 1.6 GW. The report said the contracts were awarded by domestic independent power producers, module manufacturers, and EPC contractors in India, and execution has been scheduled over FY27 and FY28. The company said the fresh wins have been added to its existing order book as it continues expanding its manufacturing base. Premier Energies expects its solar cell capacity to climb to 10.6 GW by September 2026, while its module manufacturing capacity has recently reached 11.1 GW.

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Through its official eufy Amazon storefront, Anker is currently offering its more advanced SoloCam S340 Wireless Outdoor Solar Security Camera for $119.99 shipped, matching the price directly from the brand’s website. Normally fetching $200 at full price, with some multi-cam bundle kits available on the same page at higher rates, this single-cam package has been regularly dropping to $160 over the last year, with occasional falls further. With the deal here you’re getting an even better 40% markdown from the going rate that saves you $80 at the all-time lowest price we have tracked, making it a great option to add to existing setups or to cover a very specific section of your property for added peace of mind. Head below to learn more about it and some of the other solar security solutions we’ve spotted this week.
This Anker eufy SoloCam S340 security camera comes as a more advanced option from the popular SoloCam S220 cameras (currently down at $65), upgraded with an adjustable integrated solar panel that allows for greater sunlight absorption to constantly recharge its internal battery. It provides 3K to 4K video feeds alongside dual feed viewing, 360-degree pan/tilt, 8x zooming, and it can activate AI tracking when a HomeBase 3 is added to the mix. Installation is far less of a hassle, thanks to its small size and wireless design, only taking 7 minutes at most, according to Anker, as well as local feed storage without monthly fees or hidden costs.
We’ve also seen two solid multi-camera packages benefiting from discounts this week, starting with the Baseus S1 Pro Wireless Outdoor Solar Security 2-Cam Kit that comes with a 16GB hub and sun-tracking solar panels to follow it throughout the day – down at a new $100 low. We also spied Autel’s 4-cam Outdoor Wireless Solar Security Camera kit falling to a new $180 low right now, too.
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Kosol Energie has used air freight to sustain PV module production, as supply constraints pressure timelines across utility-scale and commercial and industrial (C&I) segments.
Image: Kosol Energie
From pv magazine India
Kosol Energie has airlifted around 100 metric tons of solar cells to India, using a chartered cargo aircraft to support module manufacturing and project delivery timelines.
The shipment arrived at Sardar Vallabhbhai Patel International Airport in Ahmedabad, Gujarat, as the company sought to avoid disruptions linked to global supply volatility and extended shipping timelines.
The company said it opted for air freight over conventional sea transport despite higher logistics costs, prioritizing delivery speed and project execution. It added that the move was intended to maintain production continuity and meet customer commitments across utility-scale and C&I segments.
Kosol Energie said the approach helped preserve commissioning schedules and reduce the risk of delays tied to supply chain uncertainty.
The manufacturer and engineering, procurement, and construction (EPC) provider has executed 2.5 GW of projects across utility-scale and C&I segments and installed more than 40,000 solar systems.
Kosol Energie is currently working on several projects, including a 250 MW solar installation for NLC India Ltd in Tamil Nadu, a 145 MW project for Coal India, and 109 MW under the PM-KUSUM program. It said it has supplied more than 3 GW of PV modules in India and international markets.
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A solar farm has been granted a 15-year extension despite concerns it will impact the look of the neighbouring countryside.
The site in Northamptonshire, located on a field to the south of the Eckland Lodge Business Park between Braybrooke and Desborough, was originally granted a 25-year limited lifespan.
Despite concerns about the visual impact, North Northamptonshire Council's planning committee approved the extension.
It means the site will run until 2057, instead of 2042, at which point it will be decommissioned.
The site was first approved in 2015 and became operational two years later.
Eckland Lodge Business Park submitted plans for the extension with conditions that the land be reinstated when the site is decommissioned, reports the Local Democracy Reporting Service.
The council's planning committee heard the original time limit was imposed as the operational life of the solar panels was incorrectly thought to have been around 25 years.
The applicant has now said that, with proper maintenance, the site could be operational for 40 years and that decommissioning it any earlier would be "wasteful".
However, Braybrooke Parish Council objected, saying that extending the life of the solar park would be a "material shift from temporary to long-term land use — prolonging a non-agricultural, industrialised visual character".
They also raised concerns that the extension could set an "unintended precedent" that long-term energy infrastructure is acceptable in rural locations.
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Dame Andrea Jenkyns is "deeply disappointed" the government approved Springwell Solar Farm.
The Springwell solar farm in North Kesteven would cover an area the size of 1,700 football pitches.
If approved, the solar panels will generate up to 735 kW of electricity, enough to power hundreds of homes.
The plan for Withington, near Hereford, includes solar panels, a substation and a weather station.
A States vote means the default position on solar farms on agricultural land will be to refuse them.
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South Africa’s Renewable Energy Sector Expands Strongly In 2025 With Rising Capacity And Socio-Economic Impact  SolarQuarter
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The US state of Maine has passed legislation that would make plug-in solar, also known as balcony solar, available for installation.
Signed into law by governor Janet Mills on 6 April 2026, LD 1730 allows the installation of plug-in systems of up to 1,200 watts.
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Solar panels certified under UL 3700—which is issued by UL Solutions—or a comparable standard from a nationally recognised testing laboratory will be eligible to be installed under the new legislation.
The plug-in systems will also require the use of inverters that are configured to shut off after 0.2 seconds if power is disrupted.
Moreover, plug-in solar panels with a capacity exceeding 420 watts must be notified to the transmission and distribution utility within 30 days of installation and installed by a licensed electrician.
The legislation prohibits utilities from requiring customers to get approval prior to the installation, submit an interconnection application—as is the case for rooftop solar installations—pay any fees related to the system or install additional controls or equipment “beyond what is integrated into the eligible system.”
The installation of any plug-in systems will also not be eligible for the state’s net energy billing.
Rebecca Schultz, senior advocate for climate and clean energy at non-profit organisation the Natural Resources Council of Maine, said: “As Mainers, we value self-reliance, and plug-in solar is one practical way we can help put affordable energy directly in the hands of more people across the state, allowing everyone from renters to lower-income households a simple way to take advantage of the cheapest energy on the planet.”
This comes only weeks after Virginia and California advanced similar bills that would allow the installation of plug-in solar within their borders.
In the case of Virginia, HB395 is in a more advanced stage, having passed a vote in the General Assembly earlier in March, and now awaits governor Abigail Spanberger’s signature by 13 April 2026 to become law.
Colorado is another state that is close to passing legislation regarding balcony solar. Earlier this month the House of Representatives voted in favour of HB 26-1007, which now goes to a vote in the Senate today (10 April 2026).
Similar to other states, only solar panels that have been labelled and listed by a nationally recognised testing laboratory are eligible for use and must include a feature that prevents the system from energising the grid during a power outage.
Currently, Utah is the only state to have passed legislation allowing the installation of small, portable solar systems. Since May 2025, residents in Utah can install a plug-in solar panel of up to 1,200 watts in their homes. Many other US states are following in the footsteps of Utah.
In its 2026 predictions, analyst Wood Mackenzie cited the rise of balcony solar in the US as one of the three trends shaping this year. The possibility to install plug-in solar without the need to request approval from the utility would open ways to quickly reduce energy bills, as electricity rates continue to rise across the US.
In Europe, meanwhile, Germany has long been the leading country in balcony solar with over one million panels installed so far, for a cumulative installed capacity of 1.14GW as of November 2025, according to data from German trade body BSW Solar. Other European countries, such as the Netherlands, France and Italy, have also shown interest in these plug-in systems.
The UK is the latest European country to allow households to buy and install plug-in solar systems. Unlike in the US, these systems’ capacity is currently capped at 800 watts and will soon be sold by major retailers such as Lidl and Amazon.

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Sun and clouds mixed. High 57F. Winds NNW at 5 to 10 mph..
A few passing clouds. Low 36F. Winds light and variable.
Updated: April 10, 2026 @ 1:46 pm

The global commercial solar PV market is estimated to be valued at USD 32.45 Bn in 2026 and is expected to reach USD 51.77 Bn by 2033.
BURLINGAME, CA, UNITED STATES, April 10, 2026 /EINPresswire.com/ — The Global Commercial Solar PV Market is estimated to be valued at USD 32.45 Bn in 2026 and is expected to reach USD 51.77 Bn by 2033, exhibiting a compound annual growth rate (CAGR) of 6.9% from 2026 to 2033. The increasing global focus on renewable energy adoption, coupled with the urgent need to reduce greenhouse gas emissions, is significantly driving the growth of the commercial solar PV market. As environmental concerns continue to rise, governments, businesses, and consumers are placing greater emphasis on sustainability initiatives, leading to increased investments in clean energy infrastructure.
Get the Sample Copy of the Report at: https://www.coherentmarketinsights.com/insight/request-sample/9148
Global Commercial Solar PV Market Key Takeaways
On-grid/grid-tied PV systems segment is expected to lead the market with a revenue share of 42.5% in 2026 because they are cost-effective and can feed surplus power back into the grid.
Based on component, solar modules (monocrystalline, polycrystalline, thin-film) segment is slated to account for 45.9% of the global commercial solar PV market share in 2026 as a result of their high efficiency, declining manufacturing costs, and increasing adoption in commercial installations.
Crystalline silicon PV (Mono-Si, Poly-Si) segment is likely to hold a market share of 38.8% in 2026 due to its high efficiency, durability, and widespread adoption in commercial solar installations.
Asia Pacific is projected to dominate the global commercial solar PV industry with a 42.6% share in 2026, mostly due to large-scale solar projects, favorable government policies, and high solar irradiation levels in the region.
Middle East, holding a 17.3% share in 2026, is anticipated to emerge as a highly lucrative market for commercial solar PV manufacturers during the forecast period, thanks to abundant solar resources, increasing government investments, and rising demand for sustainable energy solutions.
Renewable Energy Boom Fueling Commercial Solar PV Market Growth
Coherent Market Insights’ latest commercial solar PV market analysis highlights major factors driving the industry’s growth. These include rapid transition towards renewable energy sources, supportive government initiatives and policies, rising electricity prices, and declining cost of solar PV systems.
Increasing energy prices, rising carbon emissions, and concerns over fossil fuel availability are putting the renewable energy sector, especially solar energy, into the spotlight. According to the International Energy Agency (IEA), the world is set to add over 5,500 gigawatts (GW) of new renewable energy capacity between 2024 and 2030.
According to the IEA, solar PV alone is projected to account for approximately 80% of that increase in global renewable capacity. This remarkable surge in solar PV deployment will be fueled by construction of large-scale solar power plants by companies and governments. As a result, the commercial solar PV market is expected to experience rapid growth over the forecast period.
Purchase Now Up to 40% Discount on This Premium Report @ https://www.coherentmarketinsights.com/offernew/buy-now/9148
High Initial Costs and Intermittency Issues Hampering Market Growth
The global commercial solar PV market outlook remains optimistic due to rising demand for renewable energy sources and favorable government policies. However, high initial investment costs and intermittent nature of solar energy might slow down market growth to some extent during the forecast period.
Installing commercial-scale solar PV systems needs high upfront costs for panels, inverters, mounting structures, and installation. Many small- to medium-sized businesses find it difficult to get financing, which slows market penetration. In addition, solar energy generation depends on sunlight availability, so it is intermittent. Businesses often need backup systems or energy storage solutions, which adds complexity and cost.
Government Incentives and Policies Opening Revenue Streams
Governments worldwide are increasingly supporting the adoption of renewable energy sources like solar energy through favorable regulations and financial incentives, such as subsidies, tax credits, and feed-in tariffs. These measures improve the financial viability of solar installations, making commercial solar deployment more attractive and creating strong growth opportunities for the commercial solar PV market.
For instance, China recently connected large-scale multi-gigawatt solar power projects in Xinjiang to the grid, reflecting its strong push toward expanding renewable energy capacity. Such initiatives are expected to open revenue streams for manufacturers of commercial solar PVs during the forecast period.
Impact of AI on the Commercial Solar PV Market
Artificial Intelligence (AI) is playing an important role in improving the commercial solar PV market by making systems smarter as well as more efficient. AI helps in predicting energy generation, optimizing panel performance, and detecting faults early, which reduces maintenance costs and downtime.
AI also supports better energy management by analyzing data and improving power usage. As a result, businesses can save money, increase energy output, and use solar power more reliably. Solar module makers like LONGi Green Energy Technology are leading in using AI. The company recently used AI-based inspection systems in its factories to quickly detect small cracks and defects in solar panels.
Emerging Commercial Solar PV Market Trends
Integration of solar photovoltaic systems with energy storage solutions is a key growth-shaping trend in the commercial solar PV market. Businesses are increasingly adopting battery energy storage systems (BESS) to address intermittency issues, ensure energy reliability, and optimize electricity costs. This combination enables organizations to store excess solar power generated during the day and utilize it during peak demand periods or grid outages, enhancing overall energy efficiency and resilience.
Declining cost of solar PV systems is providing a strong impetus for market growth. Continuous reductions in solar module and inverter costs have made commercial installations more financially viable. Large-scale manufacturing and innovations (e.g., mono-PERC, TOPCon) are improving efficiency while lowering costs. This has shortened payback periods, making solar attractive for businesses.
Continuous technological advancements are expected to boost commercial solar PV market growth during the forthcoming period. Higher efficiency panels, energy storage integration, and smart inverters improve system performance. In addition, solutions like bifacial modules and tracking systems enhance energy yield, making installations more profitable.
Corporate sustainability and ESG initiatives are positively impacting sales of commercial solar PVs. Companies in the contemporary world are increasingly investing in solar PV to demonstrate commitment to sustainability. Green energy branding helps improve market image and customer loyalty.
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Analyst’s View
“The global commercial solar PV market is poised for strong growth during the forecast period, driven by rising demand for clean and cost-effective energy, supportive government policies and incentives, increasing corporate adoption of renewable power, and continuous advancements in solar technologies,” said a senior analyst at CMI.
Competitor Insights
Key companies in the commercial solar PV market report include:
◘ JinkoSolar Holding Co., Ltd.
◘ Trina Solar Limited
◘ Canadian Solar Inc.
◘ JA Solar Technology Co., Ltd.
◘ First Solar, Inc.
◘ LONGi Green Energy Technology Co., Ltd.
◘ SunPower Corporation (Maxeon Solar Technologies)
◘ REC Solar Holdings AS
◘ Q CELLS (Hanwha Solutions)
◘ SMA Solar Technology AG
◘ Enphase Energy, Inc.
◘ ABB Ltd.
◘ Sungrow Power Supply Co., Ltd.
◘ Adani Solar
◘ Tata Power Solar Systems Ltd.
Key Developments
In April 2026, LONGi unveiled its LONGi ONE integrated solar-plus-storage strategy. This marks a transition from traditional multi-vendor architectures to a fully unified system design.
In January 2026, SunPower Inc. introduced the Monolith solar panel which was the first product made with REC under a joint agreement. The panel gives better efficiency and works better than regular solar panels.
In October 2025, JinkoSolar launched its next-generation Tiger Neo 3.0 48-cell modules at All Energy Australia. These modules are specifically optimized for rooftop applications in the Australian market.
About Us:
Coherent Market Insights leads into data and analytics, audience measurement, consumer behaviors, and market trend analysis. From shorter dispatch to in-depth insights, CMI has exceled in offering research, analytics, and consumer-focused shifts for nearly a decade. With cutting-edge syndicated tools and custom-made research services, we empower businesses to move in the direction of growth. We are multifunctional in our work scope and have 450+ seasoned consultants, analysts, and researchers across 26+ industries spread out in 32+ countries.
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Coherent Market Insights Pvt. Ltd.
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Scaling energy storage will be critical to overcome the intermittency of renewables
April 10, 2026
Follow Mercom India on WhatsApp for exclusive updates on clean energy news and insights
In an exclusive interview with Mercom India, Santosh Kumar Sarangi, Secretary, Ministry of New and Renewable Energy (MNRE), shares his views on the government’s policies and programs related to renewable energy development, the strategies to achieve India’s 2030 clean energy target, and steps to overcome challenges in land acquisition and right-of-way for solar and wind projects.
India recently announced achieving nearly 50% of its power demand from renewable sources. What key policy, infrastructure, and technology interventions will be critical for India to achieve its 500 GW renewable energy target by 2030?
The government has implemented several policies and regulatory measures to accelerate the deployment of renewable energy and fulfill its commitment to achieving 500 GW of non-fossil-fuel-based capacity by 2030. These include the introduction of Standard Bidding Guidelines for tariff-based competitive procurement of power from solar, wind, wind-solar hybrid, and FDRE projects; notification of Renewable Purchase Obligation and Renewable Consumption Obligation trajectory up to 2029-30 with penalties for non-compliance; and the permission of 100 percent Foreign Direct Investment under the automatic route.
Several targeted programs have also been launched, including PM-KUSUM, PM Surya Ghar Muft Bijli Yojana, the National Program on High-Efficiency Solar PV Modules, and the National Green Hydrogen Mission. To support large-scale project development, Solar Parks and Ultra Mega Solar Power projects are being set up to provide developers with land and transmission access.
On the infrastructure and technology side, interstate transmission system charges have been waived for solar, wind, green hydrogen, and offshore wind projects. The Green Energy Corridor has funded the construction of new transmission lines and substations to evacuate renewable power. A comprehensive transmission plan through 2030 has been prepared to support the steep trajectory of renewable energy. Quality Control Orders for solar photovoltaic products and storage batteries have been notified, alongside Standards and Labeling programs for solar modules and grid-connected inverters. The government has also issued a National Framework for Energy Storage Systems, Guidelines for Resource Adequacy Planning, and the Electricity (Green Energy Open Access) Rules, 2022, enabling consumers with a contracted demand of 100 kW or above to access green power.
Policymaking, however, is an ongoing process, and additional interventions will be introduced based on the Ministry’s feedback and assessments to ensure we meet the 2030 and Net Zero targets.
The MNRE has been encouraging the expansion of domestic solar manufacturing through the Approved List of Models and Manufacturers (ALMM). Given the current gap between solar cell and module manufacturing capacities, do you foresee potential module supply constraints in the near- to medium-term?
The module manufacturing capacity under ALMM was around 161 GW in February 2026. The current solar cell manufacturing capacity in the country listed in ALMM is around 27 GW, and this capacity is expected to rise exponentially. Further, not all projects are mandated to use solar cells from the ALMM List-II. Projects wherein the last date of bid submission was prior to December 9, 2024, are already exempt from ALMM List-II for solar PV cells. Net-metering and open access projects commissioned until May 31, 2026, are also exempt from ALMM List-II.  Thus, MNRE does not see any supply constraints for solar cells or modules.
 Land acquisition and right-of-way issues continue to be major bottlenecks for renewable energy projects and transmission expansion. What steps can be taken to address these challenges and accelerate project development?
Land is a state subject, and state governments generally carry out land identification for the establishment of renewable energy projects. In consultation with the states, the Ministry has identified and declared around 333 GW of renewable energy potential zones in 5 states.
To streamline land identification and other related processes, the Ministry has been writing to all states to identify suitable land for projects and to ease land rules, such as exempting non-agriculture land conversion. States like Karnataka have already implemented deemed conversion for land identified for renewable projects.
Most of the projects are executed by private developers, and it is their responsibility to identify and acquire the required land. The Ministry has been requesting the respective state agencies to expedite the allocation of revenue land, based on the requests from the developers. Private land is generally acquired or leased by the respective project developers at prevailing market rates.
Maharashtra is implementing an innovative model by creating SPVs to acquire land and obtain all necessary clearances for implementing PM KUSUM (Component-C) projects. The SPVs are then transferred to the project developer for the project implementation.
Moreover, the Ministry of Power has issued guidelines providing for compensation to landowners affected by land acquisition for transmission projects. While these guidelines have no statutory force, many states have either adopted them or issued their own government orders.
Harmonization of such provisions across states requires wider consultations, as land is a state subject, and forest clearances also necessitate state involvement. Generally, major bottlenecks and hindrances in infrastructure projects of national importance are addressed in PMG meetings chaired by the Secretary (Coordination), Cabinet Secretariat. Solar and wind projects are exempted from the Environment Impact Assessment (EIA) Notification 2026.
To further ensure the reliable and stable integration of renewable energy into the national grid, the following initiatives have been undertaken:
Grid instability and curtailment remain key concerns for the sector. How can India better manage the intermittency of solar and wind generation within the constraints of existing grid infrastructure? Do you expect mandatory integration of battery energy storage systems with renewables to emerge in the coming years?
India’s grid has demonstrated increasing capability to handle high levels of Variable Renewable Energy (VRE) penetration, with curtailment of only 0.12% of total VRE generation in FY 2024-25.  Further to address curtailment issues, the government is implementing potential-based transmission planning, enabling temporary General Network Access (T-GNA), promoting thermal flexibility, and deploying energy storage systems to enhance grid balancing and minimize curtailments.
To further ensure the reliable and stable integration of renewable energy into the national grid, several key initiatives have been undertaken. These include:
The Government has introduced Energy Storage Obligations, waived ISTS charges for BESS, issued procurement guidelines for battery storage and pumped storage projects, expedited DPR concurrence, enabled budgetary support for PSP infrastructure, permitted ESS participation in ancillary services under CERC Regulations, and approved a ₹54 billion (~$583.21 million) VGF scheme to support the deployment of 30 GWh BESS capacity in India.
Energy Storage Systems help by storing excess renewable power and supplying it during periods of shortage, while also supporting grid stability through ancillary services. Currently, lithium-ion batteries (mainly LFP) dominate BESS, though sodium-ion and flow batteries show potential. Overall, intermittency can be managed through storage deployment, operational flexibility, and grid upgrades. The CEA has advised REIAs and state utilities to include co-located energy storage systems with solar power projects.
 BESS-integrated renewable energy projects are gaining momentum. What steps is India taking to reduce import dependence and build a domestic, backward-integrated supply chain for energy storage?
India recognizes that building a domestic BESS supply chain will reduce reliance on imports, strengthen supply resilience, create jobs, and enhance energy security. Here are the key steps being taken and emerging trends:
What major policy or regulatory changes do you expect from MNRE and the Ministry of Power that could shape the next phase of growth in India’s renewable energy sector?
Several policy and regulatory interventions will shape the next phase of growth in India’s renewable energy sector. Strengthening compliance mechanisms for Renewable Consumption Obligations will be essential to ensure that mandated targets translate into actual demand for green power. Alongside this, scaling up energy storage systems will be critical to addressing the intermittency of renewable sources and supporting a round-the-clock power supply. Significant expansion and modernization of transmission infrastructure will be required to facilitate the timely evacuation of renewable energy from generation centers to consumption hubs. This would also require the development and use of stabilizing technologies, such as advanced chemistry cells and grid-forming inverters.
In the future, a major share of renewable capacity would come through Round-the-clock (RTC) and Firm & Dispatchable RE routes. Therefore, strengthening storage supply chains is of enormous importance.
Resource Adequacy Planning by states needs to be conducted thoroughly, taking into account domestic energy sources, the government’s commitments at international forums, technological advancements, and demand patterns likely to unfold over the next 8-10 years.
There is also a need to strengthen green instruments in India’s power markets, as this would enhance market depth and flexibility in purchasing renewable power.
Melvin Mathew
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Adana-based WHS introduced a PV-powered water heating system that operates without an inverter, using 1.6 kW of direct DC solar input with integrated MPPT. The system supports hybrid operation with a 2 kW AC backup, runs at extra-low voltage of less than 50 V, delivers around 3 kWh/day of thermal energy, and heats water to 65–85 C for residential and small commercial use.
The DC Sunboil system
Image: pv magazine
Turkish heating solutions provider Water Heating Systems (WHS) has presented this week its DC Sunboil range of photovoltaic-powered water heating systems, targeting residential and small commercial applications at the SolarEX Istanbul trade show.
The product line is designed to operate without an inverter, directly converting solar power into heat via DC electricity. According to the company, this approach reduces both upfront investment and system complexity, while improving reliability in off-grid environments.
“The system works with four photovoltaic panels connected in parallel and runs on an extra-low voltage level, which enhances safety,” Ahmed Kılınç, R&D engineer at WHS, told pv magazine. “Typically, the system uses standard 400 W PV panels, resulting in a total installed capacity of around 1.6 kW. The system is flexible, allowing users to scale by adding more panels if needed. It is also compatible with conventional PV panels, provided they meet the required voltage level below 50 V for safe operation.”
The system connects directly to photovoltaic modules via plug-and-play connections. Each unit integrates maximum power point tracking (MPPT), enabling optimized solar energy harvesting without requiring external electronics. The system is also capable of hybrid operation, with an integrated electric heating element ensuring continuous hot water supply during low irradiance or nighttime conditions.
The DC Sunboil series is offered in five tank sizes ranging from 120 liters to 500 liters, designed to meet varying household and small commercial hot water demands. The smallest model in the range is the 120 L (WHS-120-HBB), designed for 2 to 4 users, while the largest is the 500 L (WHS-500-HBB), which can serve between 8 and 16 users. All variants operate at a maximum working pressure of 0.6 MPa and are equipped with two MPPT trackers.
In terms of electrical configuration, the systems support up to 1,200 W of PV DC input power and include an external AC backup heating element rated at up to 2,000 W. The recommended photovoltaic array size ranges from 1.6 kW to 2.4 kW, with each MPPT tracker handling between 800 W and 1,200 W. The maximum PV current per MPPT is 15.5 A, making the system compatible with typical low-voltage PV module setups.
“One of the key advantages of this system is its simplicity and efficiency,” said Kılınç. “Since it directly converts solar energy into heat, it avoids the energy losses associated with inverters and battery storage. In this sense, the water tank itself effectively acts as an energy storage unit.”
The device is primarily intended for domestic hot water production and is not used for electricity generation or grid feed-in. However, it does offer flexibility, as an AC backup option is available, allowing the system to operate during nighttime or cloudy conditions.
“The system can produce approximately 3 kWh of thermal energy per day on average, although actual performance depends on seasonal variations and sunlight availability. The water temperature is adjustable, typically ranging between 65 C and 85 C, which provides sufficient capacity for household needs,” Kılınç stated, noting that while the system itself does not incorporate battery storage, it is technically possible to integrate a battery through an external switching mechanism. However, this is not the primary design intention, as the system relies on thermal storage rather than electrical storage.
WHS is based in Adana and currently sells its products within the Turkish market. “However, we hope to expand our customer base outside Turkey,” Kılınç concluded.
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A rooftop solar PV system installed at ISOCINDU’s building envelope manufacturing plant in Silao, Guanajuato, is helping power operations while demonstrating how lightweight mounting technology can unlock solar deployment on insulated metal panel (IMP) roofs.
IMPs are widely used in industrial manufacturing facilities but can pose challenges for rooftop solar due to their lightweight structure. To address this, the project utilised a rail-less solar mounting system from S-5!, a global manufacturer specialising in attachment solutions for metal roofs.
ISOCINDU, a Mexican manufacturer of IMPs used in industrial and commercial construction, implemented the project as part of its ongoing sustainability and energy efficiency strategy, aimed at reducing carbon emissions and optimising energy consumption.
Engineered and installed by EPC contractor COREY ENERGY, the system comprises:
The system is expected to generate approximately 909,000 kWh annually, covering around 88% of the plant’s electricity demand, a significant contribution to on-site distributed generation.
The project reflects the increasing uptake of rooftop solar PV among industrial manufacturers in Mexico, as companies seek to manage electricity costs and decarbonise operations through renewable energy investments.
The solar array is mounted on the plant’s trapezoidal four-rib IMP roof using the PVKIT® rail-less system from S-5!, combined with the Protea™ Bracket. This configuration enables direct attachment to the roof panel ribs while minimising structural load.
By eliminating traditional rails, the solution reduces the overall weight of the system—an essential factor for buildings not originally designed to accommodate solar installations.
The ISOCINDU facility was initially designed to support only the roof’s structural load, with no provision for a future solar PV system. Upon evaluating the additional weight, the maintenance team determined that reinforcement would be required to ensure safe installation.
A structural engineer confirmed that a conventional rail-based PV system would exceed the roof’s load-bearing capacity. However, a rail-less mounting approach required only minimal reinforcement.
S-5!’s solution was ultimately selected for its:
According to the project team, the PVKIT rail-less system simplifies installation by reducing the number of components compared to conventional mounting structures, while maintaining secure attachment to the metal roof.
For ISOCINDU, the project demonstrates how industrial rooftop solar can be effectively integrated into existing facilities, reducing reliance on grid الكهرباء and supporting long-term decarbonisation goals.
“The ISOCINDU plant presented a unique challenge: finding a mounting system that would not add excessive weight and could adapt to the height of the ISOCOP panel profile,” said Frank Armas, Project Manager at ISOCINDU.
“After testing several mounting options, including traditional rails, the flexibility and versatility of S-5!’s system proved निर्णitive.”
Founded in 1992 by a recognised expert in metal roofing, S-5! is a leading authority in attachment solutions for metal roofs. Its non-penetrating clamps and lifetime brackets enable the installation of a wide range of rooftop applications while preserving roof integrity and warranties.
Manufactured in the United States, S-5!’s systems are deployed on more than 3 million metal roofs worldwide, including over 10 GW of installed rooftop solar capacity, offering high levels of durability and performance.
For more information, visit: es.s-5.com
by info strategicenergycorp Keep reading
The European Union has designated 235 cross-border energy projects for accelerated permitting and funding access, prioritizing power grids, offshore wind, green hydrogen, and CO₂ transport to strengthen integration and decarbonization.
by Lucia Colaluce Keep reading
Future Energy Summit Caribbean will gather leading market players as bids triple the planned 600 MW with storage, while new BESS rules emerge and the grid faces pressure following blackouts.
by Lucia Colaluce Keep reading
Preliminary results from the EDES-LP-NGR-01-2025 tender reveal the ranking of awardable projects, with bids starting at USD 0.106/kWh and a strong dominance of solar PV. However, these have yet to be formalised amid the evaluation of a potential expansion to 605 MW, which would exceed the initially planned threshold.
by info strategicenergycorp Keep reading
The European Union has designated 235 cross-border energy projects for accelerated permitting and funding access, prioritizing power grids, offshore wind, green hydrogen, and CO₂ transport to strengthen integration and decarbonization.
by Lucia Colaluce Keep reading
Future Energy Summit Caribbean will gather leading market players as bids triple the planned 600 MW with storage, while new BESS rules emerge and the grid faces pressure following blackouts.
by Lucia Colaluce Keep reading
Preliminary results from the EDES-LP-NGR-01-2025 tender reveal the ranking of awardable projects, with bids starting at USD 0.106/kWh and a strong dominance of solar PV. However, these have yet to be formalised amid the evaluation of a potential expansion to 605 MW, which would exceed the initially planned threshold.
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“It doesn’t seem that bad in this case.”
Photo Credit: iStock
Despite the major benefits of rooftop solar panels, there remains some online confusion about whether buying a home with the technology already installed is a worthwhile investment. One person turned to Reddit for advice about a house of interest that had a solar panel lease attached to it.
The California-based prospective buyer explained that they lived in an area with some of the most expensive electricity rates in the country. The user broke down that the home they were interested in had a solar lease with a $100-per-month payment. 
The contract had 20 years remaining with a 2.9% escalator and included 14 panels. According to the buyer’s calculations, even in the 20th year of the contract, the rate for the solar lease would still be cheaper than their utility company’s electricity prices. 
However, despite the quick math, the buyer still had questions. “I’m very new with solar but am interested in the home,” the original poster wrote. “How much do I push the seller to buy out?” 
Investing in solar panels is one of the best ways to reduce your energy bills while taking control of your own power. However, it is vital to understand the difference between buying panels outright versus leasing a solar panel system to ensure you’re getting the best deal for your situation. 
For accurate information on solar panel deals in your area, consider connecting with TCD partner EnergySage. It has free tools that can help you save up to $10,000 on installation costs. 
When it comes to savings, homeowners who buy solar panels outright tend to see the biggest return on their investment, but leasing solar panels is not without its own benefits. 
When leasing, homeowners avoid the steep upfront installation costs and opt for a monthly rate instead. 
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Whatever your solar budget, Palmetto can help you save.
If you want to buy your own panels, Palmetto’s advisors can help you save up to $10,000 on installation through a network of preferred installers. And if you’d rather get solar savings without upfront costs, Palmetto’s revolutionary LightReach subscription program can deliver — including an exclusive $1,000 cashback offer for TCD readers.
LightReach lets you lease solar panels with no money down, making it painless to lock in long-term savings of up to 33% off your current power bill. Palmetto covers a 25-year warranty for the panels, which means you’ll get reliable performance without unforeseen costs.
To get started, just book a short meeting with Palmetto’s experts to explore your options and find the solution that’s right for you.
In turn, the panels themselves are owned by the third-party leasing company, but the power generated by the system goes directly toward the homeowner’s energy needs and can help reduce expensive utility costs. 
Although there was some debate in the comments about the best path forward, most users agreed that the solar panel system should not dissuade this buyer from the home. 
“If you really want the house, take the lease,” one user noted. 
Which of these savings plans for rooftop solar panels would be most appealing for you?
Save $1,000 this year 💸
Save less this year but $20k in 10 years 💰
Save less in 10 years but $80k in 20 years 🤑
Couldn’t pay me to go solar 😒
Click your choice to see results and earn rewards to spend on home upgrades.

“Normally, I’m quick to attack the idea of taking on a lease … [but] it doesn’t seem that bad in this case,” another said. 
This post stressed a few key considerations about buying a home with solar. But whether you’re entering the housing market or looking for panels for your home, upgrading to clean energy doesn’t have to be complicated. 
EnergySage can help you save up to $10,000 on installations by curating competitive bids from local installers. If you’re not ready to spend up front, Palmetto’s $0-down LightReach solar leasing program can lower your utility rate by up to 20%. 
To save even more on your monthly bills, consider pairing solar panels with highly efficient electric appliances like a heat pump HVAC. TCD partner EnergySage can help you upgrade the way you heat and cool your home with a new HVAC that fits your home and budget. 
Get TCD’s free newsletters for easy tips, smart advice, and a chance to earn $5,000 toward home upgrades. To see more stories like this one, change your Google preferences here.
© 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.

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Senator filibusters against solar framework bill  waynecojournalbanner.com
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Goldman Sachs: Three Key Insights from the Middle East Energy Shock – Structural Bullish Outlook for Photovoltaics, Strengthened Coal Demand, and Pressure on Developing Countries  富途牛牛
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$118 million financing fuels new solar and battery storage project  The Business Journals
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Singapore-based renewables firm Levanta Renewables has signed an engineering, procurement and construction (EPC) contract with China Energy Engineering Group (CEEC) for a solar-plus-storage project in the Philippines.
The contract covers the entirety of the 166MWp/80MWh Barotac solar and battery energy storage system (BESS) project in the Visayas archipelago of the Philippines. Levanta first announced the project in October 2025, alongside plans to invest around US$85 million into the facility.
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Pramod Singh, CEO of Levanta Renewables, said the project “marks an important step in advancing our greenfield portfolio in the Philippines, reflecting Levanta’s end-to-end capabilities across development, financing, construction and operations.”
Guo Jizhong, chairman of CEEC, added: “Leveraging our global EPC experience and commitment to quality and safety, we will ensure the successful delivery of this project to the highest standards.”
The Philippines is aiming to generate 35% of its electricity from renewables by 2030. Last month, president Ferdinand Marcos Jr and the Department of Energy (DOE) announced plans to fast-track 1.4GW of new renewable energy projects in the country as a response to the energy price shocks of the Iran war. The DOE said it would work with the Philippines’ grid operator, electricity market operator and energy regulator to “address outstanding transmission, interconnection, inspection, registration and metering requirements”.
The government said it would plan to auction 25GW of renewable energy capacity every year until 2035, led by solar and solar-plus-storage projects.
Levanta Renewables is wholly owned by Actis, a sustainable infrastructure investment firm. In 2024, it acquired a 140MW operational solar PV portfolio in Thailand.

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Saatvik Green Energy, an Indian-based solar panel manufacturer, said that its material subsidiary, Saatvik Solar Industries Private Ltd, has received and accepted PV module supply orders worth INR 108.75 crore ($11.96 million) from leading domestic independent power producers and EPC players. The company said these contracts are commercial in nature, were awarded by domestic entities, and do not fall under related party transactions. It added that execution of the PV module supply orders is scheduled by September 2026. The report also said that Saatvik’s Odisha project is progressing as planned and is expected to increase manufacturing capacity from 4.8 GW to 8.8 GW.

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The selling prices of solar PV module technology types in Europe have continued to increase in March 2026, according to the latest report from online solar marketplace sun.store.
Its latest pv.index report highlighted a month-on-month increase of 4-6% for most module technologies monitored, with back contact (BC) even rising by 10%, the largest increase across all technologies.
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Premium-design modules and higher efficiency have led to price increases across all technologies, with tunnel oxide passivated contact (TOPCon) modules trading well above mid-2025 levels, which reflects both the growing market acceptance and ongoing technological transformation, added sun.store.
Overall, TOPCon bifacial modules have increased from €0.103/Wp (US$0.121) to €0.107/Wp, while both monofacial TOPCon and full black modules have increased to €0.114W/p. Back contact modules saw the highest growth across all technologies from €0.114/Wp to €0.118/Wp. This highlights the continued willingness from buyers to pay more for “high-performance products with attractive design”.
The only technology that has not changed prices are monofacial passivated emitter rear contact (PERC) modules, which have been stable at €0.077/Wp since September 2025, as shown in the chart below.
“The broader conclusion remains the same: PERC prices are no longer the primary driver of market direction, as demand and pricing attention continue to shift toward newer technologies,” explained sun.store.
Despite the price increase in February and March, the trend might only be temporary, according to Krzysztof Rejek, VP of sales at sun.store. Rejek added that module prices might remain around 20% above end-2025 levels in the short term, but there are growing signs that the upward trend could change starting in the second quarter of 2026.
“In Q2, price stabilisation or even a correction of several to more than ten per cent is possible,” said Rejek, adding that “The removal of export tax relief in China (effective from April 1) has a limited cost impact of around 9%.
“Instead, current price movements are driven primarily by manufacturers rebuilding margins and by advance purchasing ahead of regulatory changes. At the same time, declining prices of cells, wafers and silver, combined with still relatively weak demand, increase the likelihood of a price correction in Q2.”
The latest sun.store report also names five Chinese manufacturers as the top five brands in Europe. Trina Solar regains the top spot, after dropping to third place in February. JA Solar remains among the leading module brands, dropping from first to second in March, while Aiko closes the podium in third. LONGi and TW Solar also ranked in the top five for last month.
If prices of modules have increased for the past two months, inverters, on the other hand, have remained quite stable. Hybrid inverter prices declined slightly, by 1-2%, in March, while on-grid inverters saw small increases of 1-2%.
The continued demand for storage-compatible systems continues to provide a structural support for hybrid inverters, despite competition intensifying, according to sun.store.
“In the on-grid segment, prices rose slightly in both categories. This suggests that the earlier correction phase may have largely ended, particularly in residential and commercial applications. Overall, grid-connected inverter prices remain disciplined, with no signs of significant downward pressure,” added sun.store.
Unlike for modules, the top brands for inverters have remained mostly unchanged with Deye still the leading company for hybrid inverters, while Huawei retains the top spot for string inverters.
Finally, sun.store’s general index for buyers’ appetite remains positive, with nearly half of respondents saying they expect to increase their purchases in the future.
Leaders in the European solar sector are turning their attention to this year’s SolarPlus Europe event, to be held in Italy on 15-16 April by PV Tech publisher Solar Media. Information about the event, including the full agenda and options to purchase tickets are available on the official website.

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Jupiter International and AMPIN Energy Transition have inaugurated an integrated solar cell and module manufacturing facility in Bhubaneswar, Odisha, set up through their joint venture AMPIN Solar One. The facility was inaugurated by the chief minister of Odisha, Mohan Charan Majhi.
Odisha chief minister Mohan Charan Majhi inaugurates Jupiter International–AMPIN’s integrated solar cell and module manufacturing facility in Bhubaneswar
Jupiter/AMPIN
Jupiter International and AMPIN Energy Transition have inaugurated an integrated solar cell and module manufacturing facility in Bhubaneswar, Odisha, set up through their joint venture AMPIN Solar One. The facility was inaugurated by the chief minister of Odisha, Mohan Charan Majhi.
The facility, with a capacity of 1.3 GW per annum, is set up under the government’s production-linked incentive scheme. The modules produced through the alliance will be consumed locally by AMPIN and supplied to third-party developers.
“The inauguration of the manufacturing facility of AMPIN Solar One Private Limited is a significant step aimed towards building a stronger domestic manufacturing backbone for India’s energy transition,” said Alok Garodia, CMD Jupiter International Ltd. “This platform brings together scale, manufacturing depth and quality-focused execution, so as to enable the reliable supply of high-performance cells and modules from within the country. We are proud to partner with AMPIN and the Government of Odisha in advancing clean energy ambitions”
 
 
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The end of China’s export tax rebates for solar panels and associated equipment could prompt a rush by power developers in African to secure supplies at the previous lower prices.
Across Africa, a lack of reliable access to grid electricity is driving the adoption of mini-grids and off-grid solar applications, especially in rural areas. Solar currently accounts for only 3% of electricity generation on the continent, but solar capacity is expanding rapidly, and the end of the 9% value-added tax rebate on Chinese exports of photovoltaic modules, cells and inverters as of April 1 could hasten adoption across Africa.
“There’s a big acceleration of people trying to buy panels at the current reduced price with the rebate, which is why you’re seeing many projects rushing to start construction so they can procure panels at a lower cost,” Gerrit Jan Cronselaar, engineering project manager at GameChange Solar, a U.S.-based solar energy company, said at a March webinar organized by the Africa Solar Industry Association (AFSIA), ahead of the end of the rebate.
“Over the course of 2026, we are likely to see a wave of projects coming online as a result of this early push.”
China is the world’s dominant producer and exporter of solar panels, and African countries depend heavily on the country for solar components. China is also phasing out export tax rebates for batteries, reducing them from 9% to 6% this month. They will be fully eliminated by January 2027. Storage systems including batteries ensure a more reliable supply of solar power so electricity is available even after sunset or on cloudy days.
“We don’t expect there to be a massive price spike,” Cronselaar said. “We expect there to be a step-by-step increase in panel prices that is not as catastrophic as some people might think, certainly not for utility-scale projects.”
Ha added that the segments most affected by the end of the rebate will be smaller commercial and industrial users, “as well as the off-grid and mini-grid sectors, where price sensitivity is much higher.”
Another factor that could boost demand for solar is the U.S.-Israeli war on Iran, which has throttled oil and gas exports from the Persian Gulf and driven up global energy prices. Facing an oil shock, some experts say African countries might view solar as a more attractive alternative despite the increased upfront costs.
“The VAT removal will slow, but not reverse Africa’s clean energy transition,” Basil Abia, co-founder of Nigerian energy research company Truva Intelligence told the Associated Press.
The increased cost of solar installations is bringing renewed scrutiny to global dependence on China for critical components and has spurred calls for other countries to increase their domestic manufacturing capacity.
“Countries that use this moment to accelerate local manufacturing will emerge stronger. Those that do not will remain exposed to Beijing’s next industrial policy adjustment,” Abia said.
Banner Image: A solar installation in Mali. Image ©Curt Carnemark/World Bank via Flickr (CC BY-NC-ND 2.0).
Water has shaped the identity, livelihoods and governance of the Yaqui Indigenous people in northern Mexico for centuries. Today, the Yaqui River faces mounting pressure as drought intensifies, pollution persists and water is increasingly diverted to agriculture and cities. In this award-winning series, staff writer Aimee Gabay explores how climate change is sharpening long-standing disputes […]
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Why Investing in Wind and Solar to Avoid Gas Shocks Hasn’t Added Up for Some  The New York Times
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