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A 300 MW solar project has been switched on in Algeria.
According to a social media post published by the country’s Ministry of Energy and Renewable Energy, the El Oued Foullia solar energy station, located in the El Oued province, is Algeria’s largest operational solar project to date.
The project is owned by Sonelgaz, Algeria’s state-owned electricity and gas utility. Open-access platform GEM lists China State Construction Engineering Corporation as the operator.
The site forms part of the first phase of the Algerian government’s national program for the development of renewable energy, which is targeting the rollout of around 3.2 GW of renewables capacity. The ministry’s latest update says this phase will be distributed across 21 plants and 14 provinces. Longer term plans are targeting the deployment of 15 GW of solar by 2035.
A government statement says the inauguration of the 300 MW project reduces reliance on traditional energy sources and supports economic and local development. It is the third large-scale solar project to be commissioned in Algeria this year, following the inauguration of the Tendla and El-Ghrous projects, both with a capacity of 200 MW.
The Africa Solar Industry Association (AFSIA) has tracked 2.87 GW of operational solar in Algeria, according to figures available in its project database, 1.7 GW of which is listed as commercial and industrial projects. The database identifies a further 220 MW of solar at various stages of development.
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NLC India Limited has awarded an order to Vikram Solar for the supply of 289.87 MWp of high-efficiency solar modules for an 810 MW solar power project at the RUVN Solar Park in Pugal, Bikaner, Rajasthan.
The order covers the supply of N-type TOPCon solar photovoltaic (PV) modules to NLC India Renewables Limited (NIRL), a wholly owned subsidiary of NLC India Limited, for the large-scale renewable energy project. The RUVN Solar Park is among the major solar developments in the country.
The solar modules use N-type Tunnel Oxide Passivated Contact (TOPCon) cell technology, designed to deliver higher energy yields and stable performance under high solar irradiation and elevated temperatures.
These features are particularly relevant for western Rajasthan, where intense sunlight and high temperatures create demanding operating conditions for utility-scale solar installations.
The project, spread across the Thar region, is part of Rajasthan’s efforts to harness its substantial solar energy potential and expand large-scale renewable power generation.
The order strengthens Vikram Solar’s position as a supplier of solar modules for large grid-connected projects in India. It also adds to the company’s order book amid growing demand for high-efficiency solar modules manufactured domestically.
Reliability, consistent product quality and timely delivery remain critical for projects of this scale, where module performance directly influences long-term energy generation.
Commenting on the order, Sameer Nagpal, Chief Executive Officer of Vikram Solar, said the contract for nearly 290 MWp of solar modules reflected confidence in the company’s TOPCon technology and its ability to supply utility-scale projects.
He added that the company’s focus remained on strengthening its manufacturing capabilities while ensuring performance certainty and supply reliability for large renewable energy projects.
Headquartered in Kolkata, Vikram Solar is an Indian solar PV module manufacturer with an international presence across 39 countries.
The company said it had been recognised as a Top Performer in PVEL’s PV Module Reliability Scorecard for the ninth time and had featured in BloombergNEF’s Tier 1 solar PV module manufacturer list for 10 consecutive quarters.
The company has also established a nationwide distribution network comprising 119 authorised distributors and more than 750 dealers.

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Vikram Solar has secured a 289.87 MWp N-TOPCon module order for an 810 MW project in Bikaner, Rajasthan.
October 27, 2026. By EI News Network
Vikram Solar has secured an order to supply 289.87 MWp of N-type TOPCon solar modules to NLC India Ltd. for an 810 MW solar power project at the RUVN Solar Park in Pugal, Bikaner, Rajasthan.
The order has been placed by NLC India Ltd. on behalf of NLC India Renewables Ltd. (NIRL), a wholly owned subsidiary of NLC India. The project is part of the solar park development in western Rajasthan.
The modules use N-type Tunnel Oxide Passivated Contact (TOPCon) cell technology, which the company said that is designed to deliver higher energy yields and stable output under high solar irradiance and high-temperature conditions, such as those prevalent in Rajasthan.
The RUVN Solar Park, located in the Thar region, is part of Rajasthan's efforts to expand solar power generation by leveraging the state's solar resources. The project adds to the development of utility-scale solar capacity in the state.
The firm said that  the order would add to its order book amid rising demand for high-efficiency solar modules manufactured domestically. The company also highlighted the importance of product quality, reliable supplies and timely deliveries for large-scale solar installations.
Sameer Nagpal, Chief Executive Officer of Vikram Solar, said that  the order for nearly 290 MWp of modules reflected confidence in the company's TOPCon technology and its ability to supply modules for utility-scale projects. He added that the company was strengthening its manufacturing capabilities to meet the performance and supply requirements of large solar projects.

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The Swiss impact asset manager responsAbility is to provide Navitas Green Solutions, a Surat-based solar module manufacturer, with up to $20 million of growth capital. The capital is meant to carry Navitas into solar cell manufacturing, including a planned cell facility of 2.2 GW in India. The Swiss firm is investing on behalf of its investors, and the money is to come from its Asia Climate Fund. Navitas has been in business since 2013, and it already operates 2.2 GW of module capacity. Cell manufacturing is one part of a larger plan, under which Navitas is to invest approximately $1 billion over five years in Gujarat and Maharashtra. That plan is meant to build an integrated platform that would run from ingots and wafers through cells and modules to battery storage. Vineet Mittal, the founder of Navitas, has said that backward integration into solar cells will strengthen the domestic supply chains of India.
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EU sees China become top wind turbine supplier and Malaysia top biofuel supplier  energynews.pro
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“Not sure what your budget is but it sounds like you’ll blow right through it if you want to run tools.”
Photo Credit: iStock
A writer shopping for a solar generator for camping, work, and emergencies got a useful reality check after asking whether a small Jackery could cover a laptop, a fridge or freezer, and maybe even power tools.
On Reddit, the original poster explained that their main goal was to avoid paying “a small fortune at cafes every time the power goes out or I want to work away from the office.” 
At a minimum, their battery backup would need an AC output powerful enough to charge the OP’s work laptop, while the more ambitious hope was to keep a refrigerator or freezer going if the grid went down.
Additionally, the OP wondered if a Jackery or similar portable battery would have enough capacity and output for their plug-in power tools.  
Adding battery storage is one of the best ways to protect your home during outages, save money on energy, and gain more energy independence. If you want backup beyond a laptop charge, it may be worth exploring EnergySage for home battery storage options and competitive installation estimates. EnergySage has teamed up with electrification brand Qmerit to help homeowners get the best price on home battery storage solutions.
Many commenters highlighted that, between powering a fridge, a laptop, and power tools, the OP was proposing three highly different use cases. Running a computer for long stretches is very different from supporting a compressor appliance or a tool with a motor. 
“Power tools are thirsty due to starting watts,” wrote one Redditor. “Not sure what your budget is but it sounds like you’ll blow right through it if you want to run tools.” 
Another commenter suggested switching to battery-operated power tools. 
With energy prices through the roof, there’s never been a better time to go solar — and EasyHome can help you find the best prices from the best installers in your area.
EasyHome takes the guesswork and headaches out of energy upgrades by showing you estimated savings from a network of vetted local partners. To get started, just enter your ZIP and share a few details about your home — seeing your estimate is really that easy.
“Might not run all your corded power tools, but swapping those out for some 18v cordless would work,” they advised. “I use mine to recharge Ryobi batteries all the time.”  
Before choosing a unit, commenters recommended determining the load by getting accurate measurements. One user suggested using a low-cost plug-in watt meter on each device to gauge its power usage. 
By figuring out which devices the OP wanted to power, how much power each device consumes, and how long they wanted to power them for, they could determine the necessary battery capacity. 
“Getting a too-small unit can end up costing you more long-term, when you end up having to buy a second one,” cautioned one user. 
For homeowners looking at whole-home backup, comparing installed battery systems through EnergySage can help narrow the field. For people who want a lower-cost backup option, Pila offers plug-and-play batteries priced at a fraction of what a whole-home backup system would cost.
Portable power stations, renter-friendly backup batteries, and larger home systems built to keep appliances running can help improve energy resilience and cut energy bills.
• A compact unit showed a 1,000-watt battery could keep essentials running when the grid failed.
• Anker’s Solix F3800 powered an entire room during an outage.
• For renters, a briefcase-size backup can power plug-in essentials without a permanent installation.
• VillaGrid said its home storage can save a fridge full of food during blackouts.
• Homeowners have been increasingly rethinking old backup generators as batteries take over outage planning.
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.
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Kolkata-based Vikram Solar, an Indian solar module manufacturer, has secured an order to supply 289.87 MWp of N-TOPCon solar modules to NLC India Limited (NLCIL), on behalf of NLC India Renewables Limited (NIRL).
In a press release, Vikram Solar said the order is for an 810 MW solar power project at the RUVN Solar Park in Pugal, Bikaner, Rajasthan, one of the largest solar parks in the country. Vikram Solar has its own 9 GW cell manufacturing capacity for TOPcon coming up in Tamil Nadu, expected to be commissioned in December this year. Using that capacity will probably be a key part of serviving this order. 
Built on N-type TOPCon cell technology, the modules are designed to deliver higher energy yields and stable output under high-irradiance and high-temperature conditions such as those in western Rajasthan.
Last year, NLC India Renewables Limited (NIRL) entered into a Power Purchase Agreement (PPA) for the 810 MW solar project being developed at the RVUNL Solar Park. The project is part of the 2,000 MW Pugal Solar Park being developed by Rajasthan Rajya Vidyut Utpadan Nigam Limited (RVUNL).
Bondada Engineering has also secured an engineering, procurement and construction (EPC) order from NLC India Renewables for work related to the same solar project. The company had previously secured an EPC order worth ₹945 crore for balance-of-system (BOS) works at the RVUNL Solar Park in Bikaner, Rajasthan. The order also includes three years of operations and maintenance (O&M).
Spread across the Thar region, the RUVN Solar Park is part of Rajasthan’s efforts to harness its substantial solar resources as the state continues to expand its utility-scale solar capacity.
Sameer Nagpal, Chief Executive Officer of Vikram Solar, said, “As India builds clean energy capacity at gigawatt scale, the industry is placing greater value on technology and supply partners it can rely on over the long term. Being entrusted with nearly 290 MWp of modules for this landmark project is a strong endorsement of our N-TOPCon technology and our ability to deliver at utility scale. As we deepen our integrated manufacturing capabilities, our priority is to give customers the performance certainty and supply reliability that projects of this size demand.”
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Leading vertically integrated PV manufacturer LONGi and TÜV Rheinland have jointly published a white paper on PV fire safety, outlining a ‘risk-consequence matrix’ and a fire-risk adjustment model to support scenario-based safety selection and long-term investment assessments for building-integrated PV applications.
TÜV Rheinland conducted seven specialized tests on LONGi’s Hi-MO X10 fire-resistant modules. After removing the bypass diode, the module underwent 30 hot-spot cycles without igniting or emitting smoke, reaching a peak temperature of 150.9°C. The module also completed 400 loaded temperature cycles and dynamic mechanical-load testing. Its external fire performance met Class A requirements of UL 790 and IEC 61730.
Energy storage and inverter manufacturer Deye plans to build a 16 GWh commercial and industrial (C&I) energy storage production facility in Cixi, Zhejiang province.
Deye’s wholly owned subsidiary, Deye Storage Technology, recently won the bid for land-use rights for the 246,600 m² site for RMB 103.587 million. The project is planned in two phases: the first phase will have an annual production capacity of 7 GWh, and the second phase will add 9 GWh.
On the earnings side, Deye recently forecast its 9M 2026 net profit to grow 79.81% to 84.07% year-over-year (see China Solar PV News Snippets).
PV and battery equipment manufacturer LEAD has commissioned a nondestructive testing laboratory and opened inspection and validation services to the new energy, high-end 3C electronics, and advanced manufacturing sectors. The lab spans more than 2,000 m², including a 240 m² testing area in its first phase. It is equipped with multiple types of computed tomography (CT) systems, offering image resolutions up to 1 µm. Its capabilities include defect inspection of power batteries, PV modules, and key components for green-hydrogen electrolyzers.
LEAD said its lithium battery defect database contains more than 3 million samples. Routine X-ray testing can deliver reports within three to four days, while high-resolution CT scans typically require seven days. The company has also begun developing next-generation nondestructive testing technologies for emerging applications, including solid-state batteries and perovskite PV.
The Hebei Provincial Development and Reform Commission has launched a mechanism price auction for incremental wind and solar projects that reach full-capacity grid connection between June 1, 2025, and December 31, 2027. Wind and PV projects will have separate bidding processes.
The auction covers 60.01 TWh of electricity under the mechanism, including 19.101 TWh for solar PV. Bid prices for both technologies must fall between RMB 0.20/kWh and RMB 0.36/kWh. Each project may nominate no more than 80% of its output for coverage under the mechanism, and the minimum bid submission adequacy ratio is 125%. The mechanism price will apply for 10 years for wind projects and 12 years for PV projects.
PV and battery energy storage system (BESS) manufacturer JinkoSolar forecasts a net loss attributable to shareholders of RMB 2.976 billion to RMB 3.576 billion for the first nine months (9M) of 2026, compared with a loss of RMB 3.92 billion in the same period last year. Net loss excluding non-recurring items is expected to range from RMB 3.811 billion to RMB 4.411 billion, compared with RMB 4.543 billion a year earlier.
The company attributed the narrower loss to progress in TOPCon 3.0 production-line upgrades and capacity ramp-up in Q3 2026, continued production cost optimization, and a higher share of high-power products in shipments. Its energy storage business also saw shipment growth and recognized revenue, and began contributing operating profit during this period.
Last month, JinkoSolar revealed its plans to invest RMB1.792 billion in its Yuanhua base in Haining, Zhejiang province (see China Solar PV News Snippets).
TaiyangNews 2024

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Publication Date: October 27, 2026
Ricoh announced plans to establish mass-production capabilities for inkjet-printed perovskite solar cells at its Tohoku facility in Miyagi Prefecture, targeting several hundred MW of annual capacity by 2030 ^[1][1]. The initiative, backed by Japan's GX Supply Chain Development Support Program administered by METI ^[1], marks a decisive pivot from Ricoh's IT services roots into clean-energy manufacturing. With the channel ecosystem on a 36% CAGR trajectory toward $41.8B by 2029 ^[2], Ricoh's ability to translate this hardware milestone into compelling partner economics will determine whether the move reshapes its channel position.
The News: Ricoh announced on October 27, 2026 that it will establish manufacturing capabilities for inkjet-printed perovskite solar cells, moving decisively from R&D into commercialization ^[1]. The company will build a production site at Ricoh Industry Co., Ltd.'s Tohoku Site in Shibata, Miyagi Prefecture ^[1], targeting annual capacity of several hundred MW by 2030 with a stated ambition to scale to GW-level production thereafter ^[1]. The project was selected for Japan's GX Supply Chain Development Support Program, administered by METI ^[1]. This follows a September 2025 selection for support under Japan's Green Innovation Fund administered by NEDO ^[1]. Ricoh reported worldwide sales of 2,608 billion yen (approximately $16.4 billion USD) for the financial year ended March 2026 ^[1].
Analyst Take: Ricoh's Tohoku announcement is more than a manufacturing milestone, it is a strategic repositioning of a $16.4B company ^[1] into a high-growth clean-energy segment. By commercializing its Functional Printing strategy through perovskite solar cells, Ricoh is attempting to convert decades of inkjet and organic photoconductor expertise into a new revenue pillar. The critical question is whether the channel ecosystem, currently on a 36% CAGR base-case trajectory toward $41.8B by 2029 ^[2], will embrace a Ricoh that sells solar cells alongside printers.
Ricoh's core manufacturing advantage rests on two proprietary technology stacks. First, its inkjet printhead technology enables precise deposition of microscopic droplets, allowing the right amount of material to be placed exactly where needed ^[1]. By using this capability to pattern-print all functional layers of perovskite solar cells, Ricoh targets higher material utilization and lower production costs compared to conventional deposition methods ^[1]. Second, organic photoconductor technologies developed for multifunction printers are now being applied to enhance perovskite cell performance ^[1]. Together, these assets give Ricoh a credible manufacturing differentiation story. Perovskite cells' thin, lightweight, and flexible characteristics also open installation contexts, building rooftops and walls with limited load-bearing capacity, where silicon solar cannot compete, expanding the addressable deployment surface.
Manufacturing innovation alone does not create channel traction. Ricoh must structure a partner program that converts solar cell production into scalable indirect revenue. The data here is unambiguous: 61.5% of channel partners rate vendor programs as 'extremely important' because they provide essential resources ^[3], and 50.8% of partners rank attractive commercial terms such as margins and rebates as the single most important form of vendor support ^[3]. Ricoh enters this market with strong brand recognition in IT channels but limited precedent selling energy hardware through those same partners. Designing margin structures, rebate tiers, and go-to-market toolkits that reflect the longer sales cycles and different buyer personas of clean-energy procurement will be a non-trivial execution challenge.
The most natural channel entry point for Ricoh's solar cells is the growing cohort of partners already oriented toward sustainability services. Among partners selling IT circularity services, 62.7% expect that segment to drive business growth in 2026 ^[3], a figure that reached 70.7% in the first half of the same year ^[4]. This durable enthusiasm for sustainability-linked offerings signals an audience predisposed to adding clean-energy products to their portfolios. Ricoh's existing relationships with enterprise and commercial customers, many of whom carry corporate decarbonization mandates, give channel partners a ready-made conversation starter. The strategic logic is coherent: a partner already selling Ricoh managed print services and IT circularity programs can extend the same sustainability narrative to on-site solar generation, deepening wallet share without requiring a cold-start sales motion.
Ricoh's 2030 target of several hundred MW annual capacity ^[1] lands at a moment when the channel market itself is projected to reach $41.8B, up from $21B in 2025 ^[2]. The GX Supply Chain Development Support Program backing ^[1] provides both funding credibility and a signal that the Japanese government views Ricoh's approach as strategically important for domestic industrial competitiveness. The prior NEDO Green Innovation Fund selection in September 2025 ^[1] adds a second layer of institutional validation. What remains unproven is the pace of commercialization: moving from demonstration to stable-quality mass production at competitive cost is the acknowledged challenge across the perovskite industry, and Ricoh's inkjet approach, while differentiated, has not yet been tested at the scale it is targeting.
1. Ricoh to establish manufacturing capabilities to advance mass production of inkjet-printed perovskite solar cells, Ricoh
2. 2H 2025 Hyperscaler Marketplace Market Sizing & Five-Year Forecast, Futurum Research, December 2025
3. 2H 2026 Ecosystems, Channels & Marketplaces Global Enterprise Decision Maker Survey Report, Futurum Research, August 2026
4. 1H 2026 Ecosystems, Channels & Marketplaces Global Enterprise Decision Maker Survey Report, Futurum Research, March 2026

Other Insights from Futurum:
Ricoh's Board-Led Strategic Review: A Channel Ecosystem Wake-Up Call
Ricoh's Atsugi Bet: Can Supply Scale Unlock Channel Growth?
Claude Agent Observability Can't Be the Audit Record on Its Own
This content is written by a commercial general-purpose language model (LLM) along with the Futurum Intelligence Platform, and has not been curated or reviewed by editors. Due to the inherent limitations in using AI tools, please consider the probability of error. The accuracy, completeness, or timeliness of this content cannot be guaranteed. It is generated on the date indicated at the top of the page, based on the content available, and it may be automatically updated as new content becomes available. The content does not consider any other information or perform any independent analysis.
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Berlin.deThe Official Website of Berlin
© dpa
Approximately 210,000 households in Berlin are now, on a theoretical basis, supplied with solar power each year.
According to a report by the Economic Administration on the solar mandate, as of October 6, the capital had 69,000 photovoltaic systems with a total capacity of approximately 583 megawatts peak (MWp). Compared to the previous year, this represents an increase of approximately 16,000 systems (124 MWp) within a year. 
Senator for Economic Affairs Franziska Giffey (SPD) said: "For Berlin, more solar energy means greater climate protection, greater independence and resilience in energy supply, and, at the same time, opportunities for our economy." The goal is for solar energy to account for about 25 percent of Berlin's electricity generation by 2035 and to reach a total capacity of 4,400 MWp. This will require continuous expansion in the coming years, Giffey said. According to the latest figures from early October, the city is currently at 7.3 percent. "We’re on track." However, she noted, this is not a sure thing. Starting in 2023, property owners are required to install and operate a photovoltaic system when constructing new buildings or undertaking major roof renovations. When the solar mandate took effect, there were approximately 15,000 solar systems across Berlin with a total capacity of 194 MWp.
© dpa
The lighting system at the Brandenburg Gate is showing its age. That's set to change. In the meantime, there's a so-called "moon light."  more
© dpa
Good news for figure skating in Berlin: the national training centre will remain accredited until the end of 2030 for the time being. This will also benefit Germany’s top pairs as they prepare for the Olympics.  more
© dpa
Incumbent Governing Mayor Kai Wegner received the President of Mongolia, Ukhnaa Khurelsukh.  more
© dpa
In the spring and summer of 2026, there were closures due to the oak processionary moth. The Pflanzenschutzamt counted nearly twice as many affected sites as in 2025. A new strategy is being developed.  more
© dpa
It is said that Eva Mamlok was already involved in the resistance at the age of 14. Now, a square named after her commemorates this Jewish woman from Kreuzberg.  more
© dpa
From 2029, passengers on the Berlin Transport Authority (BVG) will be able to buy contactless, cashless tickets on buses, trams and at underground stations.  more
Berlin.de is a service of the State of Berlin.

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Stellantis México has submitted an environmental impact assessment to Mexico’s Ministry of Environment and Natural Resources (Semarnat) for two solar plants with a combined capacity of 21.56 MWp at its industrial complex in Saltillo, Coahuila. The project is named PS 360E Stellantis Saltillo Complex.
The installations will supply electricity to the automaker’s industrial facilities. Stellantis, which manufactures vehicles under brands including Ram, Jeep, Fiat, Peugeot, and Citroën, operates Ram truck assembly and engine manufacturing facilities at its industrial complex in the Derramadero area.
According to the submitted documentation, the project will occupy 61.21 hectares within the industrial property, approximately 15 kilometers southwest of Saltillo.
The two plants, PS 360E Stellantis Saltillo Complex I and II, will each have a capacity of 10.78 MWp, with 9 MWac and a net capacity of 8.8 MW. The first will supply the load center at the Saltillo truck plant, while the second will serve the load center associated with the Saltillo Sur engine plant and the Chrysler Camión facilities.
The project will use approximately 33,696 monocrystalline bifacial solar modules rated at 640 W each, mounted on 216 single-axis solar tracking structures. The trackers will be oriented north to south, with a tilt range of up to 60 degrees in either direction.
Annual electricity generation is estimated at 51.68 GWh, comprising 25.60 GWh from the first plant and 26.08 GWh from the second.
Both plants will operate as grid-connected self-consumption facilities without exporting surplus electricity to Mexico’s National Electric System. All generated electricity will be consumed within the automotive complex, with each plant connected independently to its respective load center.
The electrical infrastructure will include four transformer centers and four independent medium-voltage circuits operating at 13.8 kV. The circuits will connect the solar installations to an existing substation through underground sections and approximately 1.1 kilometers of overhead lines.
The proposed schedule includes site preparation and construction, with commissioning planned for month 24 after the project begins. The installations are expected to have a 30-year operating life. Public documentation does not disclose the investment amount.
The project builds on the relationship between Stellantis and Argentine energy company 360Energy, in which the automaker acquired a 49.5% stake in 2024.
The companies are already developing renewable electricity projects for Stellantis industrial facilities. In April 2026, they commissioned an 8 MWp solar plant at the Córdoba Industrial Hub in Argentina, expected to generate 16.7 GWh annually for Stellantis’ automotive factory.
From pv magazine Mexico
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A coalition of solar and energy storage industry groups is urging Virginia regulators to reject the proposed merger between Dominion Energy and NextEra Energy unless the companies commit to reforms that would make it easier and less expensive for customers to install rooftop solar and battery storage.
The Storage and Clean Energy Coalition, which includes the Solar Energy Industries Association (SEIA), Permit Power, MAREC Action and the Chesapeake Solar & Storage Association, filed testimony with the Virginia State Corporation Commission (SCC) on October 19, arguing that the merger could further limit competition from distributed energy resources.
Dominion and NextEra have maintained that the transaction would not affect competition in Virginia. The coalition disputes that characterization, arguing that Dominion’s control over distribution-grid interconnection gives it significant influence over customers’ ability to install solar and storage.
“Dominion and NextEra maintain policies that make it time-consuming and expensive to connect home solar and batteries to the grid,” said Lindsey Hallock, interconnection policy director at Permit Power.
The coalition is asking regulators to require Dominion to automate interconnection application reviews for residential and small commercial projects. It cited software deployed by the Sacramento Municipal Utility District that reduced rooftop solar application processing times by approximately half.
The groups also want Dominion to allow customer-owned meter socket adapters, which let solar and storage systems connect through the electric meter rather than the home’s main electrical panel. The technology can eliminate the need for costly panel upgrades. According to the coalition, more than 110 utilities across 38 states have approved at least one such device, including two Virginia utilities.
The coalition is also seeking protections for competitive procurement of utility-scale renewables and storage, as well as distribution-connected resources.
The opposition comes amid broader scrutiny of the merger. On October 19, SCC staff recommended rejecting the transaction as proposed, while Virginia Gov. Abigail Spanberger called for a six-year residential base-rate freeze and expanded bill credits. Spanberger also urged eliminating Virginia’s rooftop solar net-metering cap and prioritizing distributed energy resources more.
In a subsequent update on October 21, NextEra said the proposed merger remained on track to close in the second half of 2027, subject to regulatory approvals. The company has maintained that the combination would improve affordability and accelerate investments in renewable energy and storage.
Virginia regulators are scheduled to hear public testimony in early November, with an evidentiary hearing beginning November 17. The coalition’s full testimony is available in SCC Case No. PUR-2026-00112.
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A former Portland landfill is getting a new life as a solar farm  Axios
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A report from the Clean Energy Council indicates that Australia recorded more renewable generation capacity reaching financial close and more large-scale battery storage coming online in the first half of 2026 than in all of 2025, according to pv magazine Australia. The council’s bi-annual investment report on large-scale renewable generation and storage for January to June 2026 states that five generation projects totaling 1.4 GW of new capacity, valued at more than AUD 2.8 billion, were commissioned and began operating during the period.
The council reported that the rolling 12-month quarterly average for newly commissioned capacity has reached 912 MW, an increase of 56% compared with the same period a year earlier and the highest rolling average since the first quarter of 2022. Another eight generation projects totaling roughly 1.9 GW entered construction in the first half of 2026.
Alongside the generation projects, nine battery energy storage projects worth $4.3 billion and representing 2.3 GW/7.1 GWh of storage capacity were switched on in the first six months of the year, exceeding the 2 GW/5.1 GWh added during 2025.
New generation capacity reaching financial close in the first half of 2026 also surpassed the whole of 2025, with 12 projects totaling 2.6 GW securing finance compared with 2.3 GW across all of last year. Utility-scale solar drove the commitments, with 11 of the 12 projects being solar or solar hybrids and one onshore wind project also reaching financial close. A further 13 large-scale battery storage projects totaling 1.6 GW/6.5 GWh reached financial close in the period, including a record 6.3 GWh in the June quarter.
Chief Executive Officer Jackie Trad said the results demonstrate the resilience and growth of the clean energy industry despite difficult headwinds. She said Australian sun and wind cannot be cut off by conflict overseas, and that each new solar, wind and battery investment helps make the country more energy independent and economically resilient, shielding Australians from global fossil fuel price shocks and supply disruptions.
The council said 141 renewable energy generation and battery storage projects worth around $32.5 billion are now funded or under construction across Australia. This includes 76 generation projects totaling 11.7 GW and 79 storage projects, either standalone or hybrid, equivalent to 12.6 GW/35 GWh.
Solar accounts for 53% of generation capacity at financial close or under construction, with Queensland, New South Wales and Western Australia each holding approximately 27% of solar capacity at that stage. Queensland holds the largest share of pipeline investment at $9.6 billion and 4.5 GW in projects at financial close or under construction, while New South Wales has the largest battery storage pipeline at 4.3 GW/11.2 GWh.
Trad said Queensland is leading the nation in clean energy investment, showing what can be achieved when world-class renewable resources are matched with investor confidence. She added that the story extends beyond any single state or territory, with investors across Australia backing technologies they expect to power the economic future and strengthen energy security.
Trad also warned that clean energy investment is not immune to tougher conditions and said confidence appears to be softening, particularly for onshore wind, with investors citing approvals and transmission as their biggest obstacles. She said maintaining momentum on the $32.5 billion of generation and storage projects now under construction or at financial close will require predictable approvals, timely transmission and long-term revenue certainty to help more projects, including onshore wind, move into operation.
Interactive table based on the Store Companies dataset for this report.
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
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Trade Flows and External Dependence
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How the Report Was Built
Australia's only solar panel manufacturer
Prefabricated solar array solutions
High-efficiency solar power plants
Flexible and glass-free solar products
Developing high-efficiency cell technology
Solar windows and glazing
Next-generation solar cell materials
Major distributor of solar products
Lead generation and consumer platform
Performance monitoring software
Racking and mounting solutions
Local subsidiary of global inverter company
Long-standing solar thermal company
Commercial and industrial LED lighting
LED lighting manufacturer and supplier
Australian subsidiary of global lighting group
Supplier of LED lighting solutions
Integrated solar LED lighting systems
Large-scale solar farm developer
Solar and LED lighting for businesses
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The projects are in Suffolk, Buckinghamshire, Leicestershire and Staffordshire and will expand Elgin’s portfolio of solar and energy storage assets.
October 27, 2026
UK renewable energy company Elgin has announced plans to invest nearly £400 million across five renewable energy projects with a combined capacity of 230MW, with final investment decisions (FIDs) expected by the end of the first quarter of 2027.
Four of the projects are expected to reach FID by the end of 2026, bringing them closer to construction and eventual connection to the UK electricity grid.
The planned investment represents approximately 0.5% of the UK government’s target of 45GW to 47GW of installed solar capacity by 2030, as set out in its Clean Power Action Plan.
The announcement comes ahead of the UK Budget, amid efforts to attract private investment into energy infrastructure and strengthen domestic energy security.
Dermot Kelleher, CEO of Elgin, said, “The UK remains one of Elgin’s most important markets and this investment reflects our confidence in its long-term future. These five projects represent a major commitment and will help turn the country’s renewable energy ambitions into reality.
Related:Scottish council approves 40MW Kirknewton solar-plus-storage project
“Ahead of the Budget, the priority for our industry is a stable operating environment that gives investors’ confidence to commit capital for the long term. Renewable energy is considerably cheaper than the alternatives and with improvements to grid access and planning processes, can be delivered more quickly – supporting economic growth, strengthening energy security and delivering more homegrown power. Investment on this scale will also support skilled work during construction and create longer-term opportunities in the operation and maintenance of renewable energy infrastructure.”
Elgin clarified that the nearly £400 million figure represents total investment commitments across the development, construction and 40-year operational life of the five projects. Capital expenditure across the combined 230MW capacity is estimated at approximately £175 million.
The investment builds on Elgin’s UK development pipeline of more than 10GW of solar and battery energy storage projects.
The independent power producer (IPP) was founded in 2009 and has a development pipeline exceeding 10GW. Elgin has delivered more than 1GW of ready-to-build projects, with over 300MW under construction across the UK and Ireland. The company is backed by Copenhagen Infrastructure Partners (CIP), which acquired a majority stake in the company in 2024.
Recently, the IPP acquired the 40MWp Kilderry Solar project in Ireland from BayWa r.e. The project, which received planning consent in October 2024, was awaiting construction. Additionally, Elgin also acquired a 200MW solar PV project in Ireland, with plans to invest approximately €200 million (£171.5 million) in its development and construction.
Related:Fahnbulleh consents major 500MW solar plant plans for Northamptonshire
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The photovoltaic sector claims self-consumption as a lever for industry and homes, with savings of 2.7 billion.  Demócrata
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To further harness solar energy, the Energy Market Authority (EMA) is stepping up efforts to develop and deploy innovative solar energy technologies in partnership with private and public sectors.

Signed on the sidelines of the Singapore International Energy Week (SIEW), the MOU covers several areas of cooperation, including research, development and exchange of knowledge on solar photovoltaic (PV) technologies and grid-integration solutions; assessment and testing of standards, safety, reliability and performance of solar technologies; and identification and exploration of suitable demonstration or pilot projects, with the opportunity for technology validation, knowledge and technology exchange, scale-up and commercialization.
In addition, EMA will collaborate with CSEM and the Singapore Land Authority (SLA) to pilot the use of solar PV roof tiles on heritage State buildings.
Designed to resemble traditional clay roof tiles, the solar PV tiles enable a larger roof area to generate clean electricity while retaining the overall appearance of the roofscape.
The use of traditional clay tile roofs forms an integral part of the character of heritage precincts. As such, conventional solar panels have only been installed at localized areas on the roofs of heritage buildings, so as to safeguard the overall appearance and historical character of these buildings.

This pilot presents an opportunity to test and seek out innovative technological solutions for potential application to this typology of buildings.

“By pushing the boundaries of where solar can be deployed, we can create new opportunities to support Singapore’s energy transition,” said  Puah Kok Keong, Chief Executive, EMA.

“Together, we aim to secure the energy transition by accelerating solar deployment and grid integration in Singapore while creating opportunities for Swiss photovoltaic and grid-management solutions,” he added.

“This collaboration will explore how innovative solar technologies can be sensitively integrated into heritage State properties, enabling them to generate clean energy while retaining their distinctive character,
“By bringing sustainability and conservation together, we can support the adaptive reuse of Singapore’s heritage State properties and keep them relevant for future generations,” he added. 
Singapore launches new initiatives to boost solar deployment

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China Development Bank Financial Leasing Co Ltd has announced plans to acquire photovoltaic power stations for RMB 1.498 billion, according to a Reuters report. The announcement confirms the proposed acquisition value but does not specify the locations, number or installed capacity of the solar power stations. Details about the seller, transaction structure and expected completion timeline were also not provided in the report.
Representative image
China Development Bank Financial Leasing Co Ltd has announced plans to acquire photovoltaic power stations for RMB 1.498 billion, according to a company announcement reported by Reuters. 
The transaction involves photovoltaic power stations, which generate electricity using solar panels. However, the available announcement does not disclose the locations of the facilities, their installed capacity or the number of power stations involved in the acquisition. 
China Development Bank Financial Leasing, listed on the Hong Kong Stock Exchange under the stock code 1606, provides financial leasing services across several sectors, including aviation, shipping, equipment and green energy. Its green energy business includes financing and leasing arrangements involving photovoltaic and wind power infrastructure. 
The company has been expanding its presence in renewable energy leasing. Its 2025 environmental, social and governance report stated that its energy leasing segment had total assets of RMB 95.447 billion at the end of 2025, while its green energy power stations had a combined installed capacity of 20.3 GW. 
The latest announcement does not provide further details about the acquisition’s completion date or the arrangements for operating the photovoltaic power stations after the transaction. 
The proposed acquisition adds to China Development Bank Financial Leasing’s activity in the photovoltaic power sector, which forms part of its broader green energy leasing business. The transaction value is disclosed at RMB 1.498 billion, but details about the assets and their operating arrangements remain unavailable in the reported announcement. Information about the power stations’ locations, capacity and ownership structure will be important for understanding the scope of the acquisition and its contribution to the company’s renewable energy portfolio. 
Source Reuters
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Leonardo said it plans to complete 43 MW of solar installations across 20 sites by the end of 2026, covering around 10% of its energy consumption in Italy through self-consumption, equivalent to 55 GWh.
The plans are being implemented by Leonardo Global Solutions in collaboration with energy sector operators that the company did not identify.
So far, 64% of the total capacity is operational. Although Italy accounts for the largest share of the installations, the program also includes sites in Poland, the United Kingdom, and the United States.
One of the largest installations is at the group’s site in Nola, near Naples, where a 9.8 MW solar plant covers around 24% of the facility’s energy needs. The project comprises more than 24,000 solar panels installed across a gross area of 80,000 square meters.
From pv magazine Italia
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Cabinet approves 20-billion-baht smart grid, enabling solar power sales
PUBLISHED : 27 Oct 2026 at 14:04
WRITER: Reuters and online reporters
Thailand’s cabinet on Tuesday approved a 50-billion-baht (US$1.48-billion) rooftop solar programme, a finance ​ministry ⁠official said, part of the government’s energy transition policy.
The government will help one million households install rooftop solar panels within ⁠a year to shield Thai people from soaring energy prices driven by the Middle East war, Energy Minister ​Akanat Promphan said last month.
The government would provide direct financial support of 50,000 baht per household. The Metropolitan Electricity Authority (MEA) and the Provincial Electricity Authority (PEA), both under the Ministry of Interior, would serve as one-stop-service centres assisting with the registration process.
The initiative seeks to encourage people to transition to solar energy, reduce energy costs and enable individual households to become electricity producers. They could sell any surplus power back to the national grid, generating additional income.
The cabinet approved ⁠the investment of more than 20 billion baht in smart grid development, ⁠allowing the public ​to sell surplus solar power to the government, Lavaron ​Sangsnit, ⁠the Finance Ministry’s permanent secretary said.
The cabinet also approved a ​cut ‌in biofuel taxes, which would help farmers, Mr Lavaron ​said.
The government is weighing cuts to fuel excise taxes on biofuels, specifically gasohol E20 and biodiesel B20, to lower domestic living costs, reduce reliance on imported energy and support the agricultural sector.
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Kolkata, India, 27th October 2026: Vikram Solar, a leading Indian solar PV module manufacturer, has bagged an order to supply 289.87 MWp of N-TOPCon modules to NLC India Limited (NLCIL), on behalf of NLC India Renewables Limited (NIRL) for an 810 MW solar power project at the RUVN Solar Park in Pugal, Bikaner, Rajasthan, one of the largest solar parks in the country. NLC India Renewables Limited (NIRL) is a wholly owned subsidiary of NLC India Limited.
Built on N-type TOPCon cell technology, the modules are designed to deliver higher energy yield and stable output in high-irradiance, high-temperature conditions such as those of western Rajasthan.
Spread across the Thar region, the RUVN Solar Park is central to Rajasthan’s effort to harness its vast solar resource, as the state continues to lead India’s utility-scale solar build-out. A role in a project of this magnitude reinforces Vikram Solar’s standing as a trusted domestic supplier for grid-scale installations, where consistent quality, bankability and timely delivery are critical. The order further adds to the company’s order book as demand for high-efficiency, domestically manufactured modules continues to rise under India’s drive for self-reliance in solar manufacturing.
 
Mr. Sameer Nagpal, Chief Executive Officer, Vikram Solar, said, “As India builds clean energy capacity at gigawatt scale, the industry is placing greater value on technology and supply partners it can rely on over the long term. Being entrusted with nearly 290 MWp of modules for this landmark project is a strong endorsement of our N-TOPCon technology and our ability to deliver at utility scale. As we deepen our integrated manufacturing capabilities, our priority is to give customers the performance certainty and supply reliability that projects of this size demand.”
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Leonardo has outlined plans to finish 43 MW of solar installations spread across 20 sites by the end of 2026, according to pv magazine. The program is intended to cover roughly 10% of the group’s energy consumption in Italy through self-consumption, amounting to about 55 GWh.
The effort is being carried out by Leonardo Global Solutions alongside energy sector operators that the company did not name. As of the reporting date, 64% of the planned capacity is already in operation. Italy holds the largest share of the installations, while the program also covers sites in Poland, the United Kingdom and the United States.
Among the biggest single projects is a 9.8 MW solar plant at the group’s site in Nola, near Naples, which meets about 24% of that facility’s energy needs. The plant uses more than 24,000 panels across a gross area of 80,000 square meters.
The details point to a phased rollout, with the majority of capacity still to be brought online before the end of 2026 and the geographic spread extending beyond the group’s home market. The company has not disclosed the identity of its partner operators or the expected timing of the remaining installations.
Interactive table based on the Store Companies dataset for this report.
This report provides an in-depth analysis of the Solar Panels market in Italy, covering market size, growth trajectory, demand structure, supply capability, trade flows, pricing, competitive landscape, and forecast to 2035.
The study is designed for manufacturers, distributors, importers, exporters, investors, procurement teams, advisors, and strategy teams that need a consistent, data-driven view of market dynamics and a transparent analytical definition of the product scope.
This report covers photovoltaic (PV) solar panels, which are devices that convert sunlight directly into electricity. It encompasses the global market for finished modules, including all major product technologies and form factors designed for a wide range of end-use applications.
The report combines the standard market-statistics backbone with strategic chapters that are useful for commercial planning, sourcing decisions, market entry, competitor monitoring, and portfolio prioritization.
The market is segmented into decision-relevant buckets so that demand drivers, pricing logic, supply constraints, and competitive positions can be compared across the same analytical frame.
The market data is classified and analyzed according to international trade codes, primarily under the Harmonized System (HS) headings for photovoltaic cells and electric generating sets. This ensures consistent tracking of trade flows for assembled solar modules and relevant apparatus across global markets.
Coverage focuses on Italy and includes demand, supply capability where present, trade flows, pricing, competition, and outlook.
The report combines official statistics, trade records, company disclosures, product-level evidence, and analyst validation. Data are standardized, reconciled, and cross-checked to keep market sizing, trade flows, pricing, and forecasts comparable across countries and time periods.
All indicators are mapped to a consistent product definition and reviewed against the segmentation framework used in the Table of Contents.
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
Italian-founded module maker with production and sales operations.
Operates an Italian solar module manufacturing facility in Catania.
Italian module producer with a portfolio of mono and bifacial panels.
Italian producer focused on finished PV modules.
Italian operation of a major PV module manufacturer.
Italian operation of a vertically integrated solar module group.
Its Italian team serves module customers across project segments.
Italian operation of an international module manufacturer.
Maintains an Italian commercial presence for its module portfolio.
Italian unit of a module maker with rooftop and utility products.
Italian operation of a global PV module manufacturer.
Markets high-efficiency solar modules in Italy.
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Vikram Solar Secures 289.87 MWp Module Supply Order from NLC India for Rajasthan Solar Project  SolarQuarter
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Tuesday, October 27, 2026 at 7:54 AM
By Travis Thayer @eagle993
Two different citizen-led proposals have been submitted. One was at the forefront of discussions on Monday.

(Lawrenceburg, Ind.) – Another meeting was held in Dearborn County on Monday evening regarding zoning changes to regulate solar projects.
The Dearborn County Plan Commission held a work session for over four hours to discuss an alternative draft ordinance that was submitted on October 14 by Laureen White on behalf of concerned citizens within the county. 
There was no public comment during the work session. 
The citizens’ proposal includes project-size and separation limits, which differs from the county's draft ordinance which currently sets a maximum of 1,200 acres. 
The citizens' proposal also seeks a property protection program for homeowners who could potentially see their property values decrease due to nearby solar farms. The county's current draft ordinance calls for solar equipment to be at least 200 feet from neighboring homes. 
Nicole Dailey on the citizens' proposal: 
“There’s a lot of inconsistencies. There’s not a clear permitting process. It’s not a clear conditional use process. I can go through it item by item, but as written I wouldn’t recommend it. If there’s things that you wish to pull out of it; we could talk about that.”
A second alternative ordinance proposal was submitted on Monday by a group identified as Concerned Dearborn County Citizens. This proposal emphasizes protections for neighboring property owners and the county’s rural character. Noise protection is a central concern of this proposal, which is not linked to the proposal submitted on October 14.
The Plan Commission did not vote on Monday. The next scheduled meeting is November 12, when a vote could happen.
The vote would not be for an approval or denial. It would be for a recommendation to county commissioners
“We are not voting on a project. It is the ordinance and not a project,” said Dailey.
RELATED: Dearborn Co. Commissioners Approve One Year Moratorium on Solar Farms
The Dearborn County Board of Commissioners voted in favor of a 12-month moratorium on the processing of applications for commercial solar farms and battery storage facilities in February. 
The moratorium came after a representative from Linea Energy proposed a solar and battery storage development on 1,000 acres in the Manchester area. 
You can see Monday's work session in its entirety at Plan Commision 10/26/26
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Two different citizen-led proposals have been submitted. One was at the forefront of discussions on Monday.
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This will allow agencies to pursue flexible and innovative solar deployment.
The Energy Market Authority (EMA) launched a government-wide Solar Demand Aggregation (DA) Framework to boost deployment of solar energy technologies across government premises on 27 October.
Under the framework, a panel of solar photovoltaic (PV) installers will assess the solar potential of various government premises and develop tailored deployment proposals.
This is expected to create more opportunities for the solar industry and provide government agencies greater flexibility to pursue solar deployment, the EMA said.
EMA said that the framework will also help open opportunities for innovative solar solutions that make better use of Singapore’s limited space, such as solar carports and building-integrated PV.
This initiative supports Singapore’s target of achieving 4 gigawatt-peak (GWp) solar deployment by 2035, the EMA said. 
It complements existing solar projects in the country, including the Housing & Development Board’s SolarNova programme and JTC’s SolarRoof and SolarLand initiatives. 
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The industry-academia initiative includes developing a 200 kW rooftop solar installation
October 27, 2026
Follow Mercom India on WhatsApp for exclusive updates on clean energy news and insights
As India’s solar power sector expands rapidly and creates new opportunities for renewable energy industry stakeholders, it also faces a widening talent gap that extends beyond technical skills. According to the recently released Mercom India’s ‘Bridging India’s Solar Talent Gap – Aligning Academia with Industry Needs’ report, employers identified gaps across practical exposure, project execution, manufacturing processes, system design, regulatory understanding, commercial knowledge, troubleshooting, and site readiness.
Amid the skill shortage, India needs structured industry-academia collaborations focused on industry-relevant training to help professionals optimize their talent. To that end, Ahmedabad-based Monark University recently signed an agreement with energy storage technology company Ionextraa Power for a rooftop solar project and research and development (R&D) initiative.
The initiative will focus on renewable energy research, industry-academia collaboration, skill development, innovation, real-time data monitoring, and real-world training to students. The university will work with Ionextraa to establish a Center of Excellence of Solar and Renewable Energy and a research and demonstration facility.
The collaboration includes developing a 200 kW rooftop solar installation which is expected to meet a significant share of the university’s electricity requirements. The project will use TOPCon solar modules together with Sungrow inverters.
The university said Sungrow inverters were selected for their reliability and their proven record in commercial and utility-scale installations. They also provide detailed monitoring and data access, a key consideration for the research initiative.
The university said the collaboration was based on a shared need to understand how solar projects operate in actual conditions and to use that understanding to manage them better.
“The rooftop solar project will not only contribute to meeting the university’s energy requirements but also serve as a live research platform for studying solar project performance, energy generation patterns, and grid interaction under actual operating conditions. By analyzing operational data and developing AI-based models for predictive maintenance and energy forecasting, our faculty and students will gain valuable exposure to industry-relevant research,” said Jeel Goswami, Director, Development, Monark University.
The stakeholders have proposed spending ₹7 million (~$73,736) for the program, which will fund the rooftop solar system, a data lab for data collection and analysis, and future expansion through battery energy storage system (BESS) integration.
The collaboration will focus on developing predictive maintenance models to anticipate faults and performance degradation before they cause downtime; energy forecasting to help plan generation and manage campus loads; grid integration; BESS integration; and data collection.
Ionextraa Power will provide the infrastructure needed for the study, supported by its technical expertise in solar project operation and monitoring. This division of roles lets the university focus on research, learning, and model development, while Ionextraa supplies industry-grade systems and domain knowledge that make the research practical.
“Through our collaboration with Monark University, we aim to study the real-world performance of a rooftop solar installation and explore how AI and data analytics can improve solar project monitoring and maintenance. By combining our industry experience with the university’s research expertise, we aim to translate research outcomes into practical solutions that can reduce avoidable downtime, improve operational decision-making, and contribute to the wider adoption of intelligent and sustainable energy systems,” said Arjun Chaudhari, Director, Ionextraa Power.
The university said the collaboration is designed to address operational challenges such as reactive maintenance, a lack of reliable operational data, forecasting, and grid integration that solar developers, engineering, procurement and construction companies, and operations and maintenance providers face today.
The rooftop solar system at Monark University will serve as a live testbed for these problems. It will generate continuous data to train AI-based predictive maintenance models, and custom data-collection hardware will help close monitoring gaps.
Industry experts have pointed out that greater investment in industry-academia collaboration, skilled talent, pilot projects, and testing facilities can boost India’s clean energy competitiveness by aligning manufacturing growth with stronger R&D.
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Digital lending platform Fibe and Canadian fintech-for-cleantech company Hygge Energy Inc. have partnered to integrate digital energy infrastructure with loan financing.
In a press release, Fibe explained that the collaboration aims to simplify the loan financing process for rooftop solar customers and catalyse the adoption of the PM Surya Ghar: Muft Bijli Yojana across India.
As rooftop solar adoption continues to grow across India, digital platforms can play an important role in connecting households with solar providers and financing solutions. Hygge Energy facilitates peer-to-peer rooftop solar energy trading in Bengaluru, Karnataka. Its digital marketplace enables rooftop solar producers and prosumers to trade electricity directly with other consumers, thereby enhancing the economic value of rooftop solar installations.
Having established the infrastructure for a rooftop solar energy trading marketplace, Hygge Energy is now extending its platform to support rooftop solar financing through its partnership with Fibe.
Fibe is a digital consumer lending platform focused on young, aspirational, and tech-savvy Indian consumers. It provides financial assistance to middle-income and underserved groups to help them fulfil their aspirations.
Its range of financial products includes impact loans for sectors such as healthcare and education, as well as rooftop solar financing. The company has also launched digital fixed deposits (FDs), loans against mutual funds, and long-term personal loans. Fibe’s financial solutions are designed for individuals seeking digitally accessible and manageable credit options.
By digitally connecting customers with solar providers and financing opportunities, the partnership aims to expand customer reach, simplify access to loans, and support wider adoption of rooftop solar financing across India.
Commenting on the announcement, Akshay Mehrotra, Managing Director and Group CEO of Fibe, said, “By combining Hygge’s digital energy marketplace with Fibe’s lending capabilities, we aim to simplify the financing journey and support the wider adoption of clean energy across India.”
Prateek Saxena, Founder and CEO of Hygge Energy, said, “We are pleased to announce our first partnership with one of India’s leading digital consumer lenders, Fibe. By integrating Fibe’s financing capabilities with our Canadian-developed digital infrastructure for India’s rooftop solar market, we aim to demonstrate asset tokenization and loan financing, bringing together digital finance and clean energy.”
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China added 110.83 GW AC of solar capacity in 9M 2026, down 54% YoY, according to the NEA  
September installations rose 41.2% YoY and 23.6% MoM to 13.64 GW AC 
China’s total solar capacity reached 1.32 TW AC by September 2026 
China’s solar PV market continued to lose momentum in the first nine months (9M) of 2026, with new installations plunging 54% year-on-year (YoY) to 110.83 GW AC, according to data published by the country’s National Energy Administration (NEA).  
In comparison, the country added 240.27 GW AC in 9M 2025, increasing 79.39 GW AC on a YoY basis, thanks to over 92 GW AC installed in May ahead of the feed-in tariff (FIT) deadline (see China’s Solar PV Capacity Surpasses 240 GW In 9M 2025). 
Nevertheless, September 2026 additions rebounded from a year earlier (9.66 GW AC) by 41.2% YoY and 23.6% month-on-month (MoM) (11.04 GW AC) to 13.64 GW AC. 
Even if China adds an average of 12 GW AC of new solar installations per month in the fourth quarter, installations would reach under 150 GW AC, falling short of the China Photovoltaic Industry Association’s (CPIA) forecast of 180 GW AC to 240 GW AC for the year (see CPIA: China Solar Installations To Dip In 2026 Before Resuming Growth). 
A drop in Chinese installations will also affect global numbers. SolarPower Europe expects 2026 to see the first decline in annual solar installations in over two decades owing to an expected 24% YoY decline in the China market (see Global Solar PV Installs Hit 664 GW In 2025; 8% Drop Ahead).
By the end of September 2026, China’s total installed solar PV capacity had reached 1.32 TW AC, up 16.5% YoY, while wind energy capacity rose 20.4% to 700 GW AC. Combined, solar and wind capacity exceeded 2 TW AC, out of the country’s total installed power generation capacity of 4.13 TW AC. 
The Chinese government targets to grow the combined capacity of solar and wind to 3.6 TW AC by 2035 (see China Announces 3.6 TW AC Solar & Wind Target For 2035).  
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China’s solar installations fall 54% year on year despite September rebound  pv magazine Global
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Solar panel efficiency has improved considerably over the years, but even high-performance modules struggle when real-world conditions interfere with electricity generation. Shading, dirt, and uneven cell degradation can reduce output across entire sections of a panel. San Francisco-based Optivolt believes the next major improvement in solar performance lies not in the cells themselves, but in how electricity is managed inside the module.
The company has secured $32 million in Series A funding to scale its Power Balancer technology, which integrates active power electronics directly into solar panels.
For eeNews Europe readers, the development points to a different approach to photovoltaic system design. Rather than relying on external optimizers to compensate for power losses, Optivolt is moving power management inside the panel, with implications for efficiency, system architecture, and installation costs.
In conventional photovoltaic modules, cells are connected in groups. When one cell underperforms because of shading or contamination, it can limit the output of other cells in the same group. Bypass diodes protect the circuit but can effectively remove entire sections from power generation.
Optivolt’s Power Balancer addresses this limitation by actively redistributing energy among cell groups as conditions change.
The electronics replace conventional bypass diodes while incorporating monitoring and rapid shutdown capabilities. According to the company, this architecture can eliminate the need for separate module-level optimizers, microinverters, and rapid-shutdown devices in certain system designs.
The challenge is making such electronics efficient and durable enough to operate inside a solar module for decades.
Optivolt turned to engineers experienced in satellite power systems to address thermal management and long-term reliability. The resulting Power Balancer achieves 99.4% conversion efficiency under typical operating conditions, according to the company.
Optivolt reports that panels equipped with its technology generated up to six times more power than panels using external optimizers in internal tests conducted under defined shading scenarios.
While the results do not represent typical gains across all operating conditions, they illustrate the potential impact of managing electrical mismatches closer to their source.
“Solar became cheap enough to compete. I founded Optivolt to make it intelligent enough to power the world,” said Rohit Kalyanpur, founder and CEO of Optivolt.
The company has spent nine years developing the technology and holds 19 issued patents, with another 27 applications pending. It has also obtained UL certifications covering its integrated electronics, enclosure, rapid shutdown, and module safety.
The $32 million round was led by VXI Capital, with participation from RA Capital, Valo Ventures, and Atlas Innovate. Total funding now stands at $42 million.
More than 20,000 panels incorporating the Power Balancer have already shipped. Optivolt intends to use the new investment to expand manufacturing and reach applications ranging from residential rooftops to utility-scale installations.
The company is also targeting large solar projects intended to supply electricity to AI data centers, where demand for reliable power continues to shape infrastructure investment.
With investors including former Enphase CEO Paul Nahi and former SunPower CEO Tom Werner, Optivolt is positioning panel-integrated electronics as a potential next step in photovoltaic technology.
Its central argument is straightforward: improving the solar cell is only part of the equation. Recovering more of the electricity that cells already generate could be just as important. 
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Ember recommends extending subsidies to home batteries under India’s PM Surya Ghar scheme 
A 5 kWh battery could cut daytime solar exports by 85%-90%, but extend the payback period from 3.3 years to around 9 years, without subsidies 
A 50% battery subsidy could reduce payback to 6.3 years, while adding up to 25 GWh of distributed storage capacity 
Home batteries could cut daytime rooftop solar exports to the grid in India by 85% to 90%, according to Ember, but high upfront costs limit their scope. Analysts recommend that the government subsidize batteries to accelerate their adoption. 
In its analysis, Ember modeled a 3 kW rooftop solar system for a household using 350 units per month. This costs INR 87,000 after the INR 78,000 PM Surya Ghar subsidy and pays back in 3.3 years. 
Analysts believe adding a 5 kWh battery system could cut daytime exports by 85% to 90%, shifting about 1,600 to 1,800 units a year to the evening. It will, however, be an expensive proposition, stretching the payback period to nine years. 
At the same time, analysts believe that because India’s net metering system lets households use daytime solar exports to offset evening power use, households have no financial incentive to install batteries. Under the arrangement, discoms must compensate households for solar power exported during the day, even though they may have to buy electricity at a much higher price to meet demand in the evening.  
Ember analysts recommend offering subsidies, preferably under the PM Surya Ghar Muft Bijli Yojana (PMSGMBY), to cover battery costs. A 50% subsidy, for instance, could bring down the payback period for a solar-plus-battery system to 6.3 years. PM Surya Ghar targets 10 million solar rooftops and 30 GW installed PV capacity (see India Eyeing 30 GW Rooftop Solar Capacity With New Scheme).  
“Subsidising hybrid systems for even half of the current scheme’s 10 million target would create 15–25 GWh of distributed storage,” says Ember. 
Supporting hybrid systems for 5 million households could create 15–25 GWh of distributed storage capacity, requiring around INR 280 billion in financial support. State governments could also offer additional battery subsidies to reduce upfront costs for households. 
Batteries installed now would also prepare households for future reforms, according to analysts. They identify two possible policy scenarios: limiting banked solar exports and restricting their use during peak hours. With a 40% cap on banked solar exports, the estimated payback period for a subsidized hybrid rooftop solar system falls to 6.5 years, and 5.7 years under peak-hour (6:00 p.m. to 10:00 p.m.) restrictions and a 20% surcharge. 
Ruchita Shah, Ember Energy Analyst Asia, believes India should integrate battery storage with rooftop solar installations under PM Surya Ghar to manage future grid challenges. Drawing on Australia and the US, she notes that solar power’s value depends not only on how much electricity it generates, but also on when it is used. 
Titled Plugging storage into India’s rooftop solar revolution, the Ember analysis is available for free download on its website. 
In an earlier report, Ember said solar paired with battery storage could supply most of India’s electricity at competitive costs, supplying about 90% of the country’s electricity at about INR 5.06/kWh (see Ember: Solar, Storage Could Meet 90% Of India’s Power Demand). 
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Angus campaigners lose fight against 230-acre ‘industrial’ solar farm  The Courier
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The Robot Report
By The Robot Report Staff | October 27, 2026
The Xpanner X1 Piling R6 is an automated pile-driving system for utility-scale solar and battery energy storage sites. | Credit: Xpanner
Xpanner today announced the X1 Piling R6, a fully automated pile-driving robot built to autonomously install posts for utility-scale solar and battery energy storage, or BESS, sites. Supervised by a single operator, the system uses high-precision GNSS and onboard sensors to place each pile accurately, helping builders keep pace with new power demand despite a shortage of skilled crews.
The core of the robot is Xpanner’s Everstar R6 crawler base machine. The R6 is equipped with the Santa Fe Springs, Calif.-based company‘s automation stack with onboard sensors and controls to autonomously complete the pile driving process for each post.
An operator uploads a plan, then walks X1 Piling R6 machine to the row using a remote control interface. The operator supervises the construction as the machine drives each pile accurately.
The R6 can autonomously navigate to the subsequent pile locations using high-precision GNSS antennas and receivers, precision sensors, and the Xpanner-developed automation controller. One operator can remotely manage the installation process.
“Solar and BESS builders are racing to bring new power online for the grid and for AI data centers, and they can’t find enough skilled crews to keep up,” said Henri Lee, co-founder and CEO of Xpanner. “X1 lets one operator drive every pile plumb with a single touch, keeps people away from the mast, and logs each pile as it goes in. It takes the automation EPCs [engineering, procurement, and construction firms] already trust on PD10 and puts it on a more powerful, more versatile machine.”
X1 connects to Xpanner Connect, the company’s web-based project dashboard. Project teams can load the pile schedule and coordinates, assign machines, and set up a site in minutes.
As X1 works, it records each pile’s position, depth, and plumb and posts it to a live project map, replacing manual counts, phone calls, spreadsheets, and end-of-day reports. Managers can also monitor machine state, cycle counts, and alerts across the fleet without a site visit.
Xpanner said business model is a mixed capex/SaaS subscription model. Customers purchase (or rent) the X1 Piling robot and then license the automation software on a monthly subscription basis for each active technology.
According to the company, the subscription is not tied to a specific project, site, or number of piles driven. Rather, the customer pays for the technology while it is actively being used. Once piling operations or the applicable task is completed, the equipment and technology can be transferred to another project and activated as needed.
Xpanner handles initial installation, calibration, operator training, and technical support, while the contractor provides the equipment operators on-site.
The Xpanner X1 Piling robot autonomously installs the posts for a solar panel farm. | Credit: Xpanner
The X1 Piling R6 is designed to work together with the X1 panel lift, which was released earlier this year, for autonomous solar panel installation.

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Optivolt, a California company that makes adaptive, intelligent solar modules, announced  a recent raise of $32 million in series A funding bringing the company’s total capital raise to $42 million.
Nine years ago Optivolt assembled a team experienced with designing power systems for satellites to work on the problem of heat, created by putting active power electronics inside a solar module. The result is Power Balancer, which embeds active power electronics directly into the solar module and, according to Optivolt, operates as 99.4% conversion efficiency by managing energy among cell groups to recover power lost to shade, dirt, weather and degradation. Optivolt reports that modules incorporating the technology produced up to six times as much power as panels using bolted-on optimizers under defined shade scenarios.
A chart on Optivolt’s website compares the output of solar modules under different soiling or shading conditions using Optivolt’s technology versus microinverters.
 “For nine years, we’ve rebuilt the solar panel from first principles, embedding aerospace-grade power electronics so it can respond to Earth as it actually is, not the ideal conditions of a lab,” said Rohit Kalyanpur, founder and CEO of Optivolt.
Optivolt holds 19 patents and has 27 patent applications pending. Furthermore, its integrated junction-box enclosure, panel-integrated electronics, rapid-shutdown system and solar-module safety have earned UL certification according to the company.
With more than 20,000 modules already shipped, the company says it intends to use the new financing to expand manufacturing and bring the technology to all sectors of the market. In September Optivolt reported on Linkedin that Citadel Roofing & Solar saw its first Optivolt residential installation become operational.
The recent Series A funding round was led by VXI Capital. Optivolt reports it also received backing from founding Enphase CEO Paul Nahi, former SunPower CEO Tom Werner and former New York energy czar Richard Kauffman.
“At Enphase, we transformed rooftop solar by managing power at the output of each panel. Today, rising panel power, the widespread adoption of storage, and the urgent need to reduce costs demand a new approach,” said Nahi. “Optivolt is bringing a new class of power electronics inside the panel itself to unlock the next leap in performance and economics. I helped build the last generation of solar power electronics. At Optivolt we are building the next.”
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Scientists at the Korea Institute of Energy Research (KIER) have developed a catalytic process that could extend the operational lifespan of perovskite solar cells while maintaining high power conversion efficiencies.
The researchers explained that the hole transport layer (HTL) in perovskite solar cells is typically modified with lithium-based salts and additives that improve their solubility to increase electrical conductivity and facilitate charge transport. However, the volatility of these additives poses a significant challenge to long-term device stability.
Under real-world operating conditions, particularly high temperatures and humidity, these compounds can evaporate or migrate from the HTL, compromising the interfaces between adjacent layers. The resulting voids and structural defects can accelerate device degradation and shorten the operational lifespan of perovskite solar cells.
“Furthermore, at elevated temperatures and high humidity, lithium ions released from lithium salts diffuse into the interior of solar cells in an uncontrolled manner, further shortening their lifespan,” the researchers explained. “However, alternative strategies to achieve the same improvement in efficiency, either by eliminating the use of lithium salts and additives or by replacing them with other agents, have not yet been proposed.”
To address these issues, the researchers developed a catalyst-assisted process in which lithium salts are temporarily used to drive the required chemical reactions before the lithium ions and catalyst are removed from the solution through filtration.
“The key to the developed technology lies in the use of nickel oxide (NiOx) as a catalyst. When added to the hole-transport layer solution, this nickel oxide powder exhibits strong interactions with lithium ions, strongly attracting them,” the academics said. “This mechanism effectively dissociates lithium ions from lithium salts and attaches them to the surface of nickel oxide without using additives, which pose a major challenge in conventional processes.”
The researchers tested the process in solar cells built with a fluorine-doped tin oxide (FTO) substrate, a tin oxide (SnO₂) electron transport layer (ETL), a formamidinium lead iodide (FAPbI₃)-based perovskite absorber, a spiro-OMeTAD HTL, and a gold (Au) electrode.
The champion device achieved a power conversion efficiency of 25.24%, an open-circuit voltage of 1.175 V, a short-circuit current density of 25.83 mA/cm², and a fill factor of 83.21%. It also delivered a stabilized power output of 25.1% under one-sun illumination.
The cells retained more than 90% of their initial efficiency after 500 hours of continuous operation and 95% under accelerated damp-heat testing at 85 C and 85% relative humidity, indicating improved operational stability.
According to the scientists, the process enables oxidation of the hole transport material spiro-OMeTAD in less than five seconds without the conventional additive 4-tert-butylpyridine (tBP). NiOₓ also facilitates the dissolution of lithium bis(trifluoromethanesulfonyl)imide (LiTFSI) while capturing lithium ions, which are subsequently removed along with the NiOₓ particles through filtration. The process increased the electrical conductivity of the HTL by a factor of 2.5 and produced more uniform films with improved charge extraction.
The new approach was presented in the study “Redox-Active NiOx-Catalyzed Li+ Capture-Extraction Strategy for tBP-Free Spiro-OMeTAD Enables Exceptional Damp-Heat Stability in Perovskite Solar Cells,” published in Advanced Science.
“This research has gone beyond widely accepted ideas and strategies in conventional perovskite solar cell fabrication, proposing a novel catalytic and filtration process in which the catalyst is used only to induce the necessary chemical reactions and then removed, along with the target material, through filtration,” said Se Jin Ahn, principal researcher at KIER and leader of the project. “This technology will mark a significant milestone in addressing persistent issues concerning the lifespan of perovskite tandem solar cells, paving the way for their commercialization.”
In related research, another KIER team recently achieved a record power conversion efficiency of 26.7% for a tandem solar cell combining a perovskite top cell with a copper indium gallium selenide (CIGS) bottom cell. The researchers said the result was confirmed by Germany’s Fraunhofer Institute for Solar Energy Systems (Fraunhofer ISE) and included in the Best Research-Cell Efficiency Chart maintained by the US Department of Energy’s National Laboratory of the Rockies.

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Zambia Approves 61 Energy Licences And Permits For K13.4 Billion (US$662.3 Million) In Proposed Investments  SolarQuarter
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Infinity Power and HAU Energy Secure $566 Million for 1.2 GWp Solar Project in Egypt  SolarQuarter
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An AI-generated image of solar panels hanging between industrial buildings at 15 Woodlands Loop.
PHOTO: EDP APAC
Shabana Begum
Published Oct 27, 2026, 04:00 PM
Updated Oct 27, 2026, 06:57 PM
SINGAPORE – From laying out mobile solar panels to hanging them between buildings, Singapore is finding unique ways to squeeze as much power from sunlight as possible, to meet its new 2035 solar target.
The authorities are pushing ahead to meet the renewed target of harnessing 4 gigawatt-peak (GWp) of solar energy by 2035, by working with government agencies, companies and even home owners.
These were among plans to step up the country’s solar push announced by Minister of State for Energy, Trade and Industry Gan Siow Huang on Oct 27, at the Singapore International Energy Week.
Work is also under way to trial solar panels that resemble clay tiles for installation on heritage buildings without greatly altering their look.
The target 4GWp of solar energy represents about 5% of Singapore’s electricity demand projected for 2035.
The country now generates about 2.3GWp of solar energy and aims to reach 3GWp by the end of 2030.
To encourage more private home owners to install solar panels on their roofs, the Energy Market Authority (EMA) will partner the Sustainable Energy Association of Singapore to develop a digital portal.
The portal will provide solar-related information and services, help home owners connect with solar installers and explore group purchase opportunities, said EMA on Oct 27.
There are more than 8,000 residential solar installations now.
In tandem with the push for more private-home solar installations, EMA will embark on a research collaboration with the Energy Research Institute @ NTU (ERI@N) to study and map the capacity of local electricity networks, to accommodate more solar installations in landed housing estates and cope with more power flowing from solar panels back to the grid.
On Oct 27, EMA also launched an initiative to handle the demand for solar energy across all public and government buildings.
A panel of solar installers will be appointed to help government agencies assess the solar potential of their premises and develop tailored solutions.
By amassing demand across agencies, the initiative can create greater economies of scale and also come up with the best solutions for sites with different tenures, operational needs and conditions, said EMA.
Agencies can also explore innovative solutions such as solar roofs at carparks and replacing windows or building facades with special solar panels.
Singapore has installed rooftop solar equipment on more than 5,000 HDB blocks and public buildings through HDB’s SolarNova programme and other efforts, Gan noted.
To further identify where and how the country can maximise solar energy, EMA will collaborate with the Solar Energy Research Institute of Singapore to “assess solar deployment opportunities across diverse types of surfaces”, the authority said.
Apart from HDB, industrial developer JTC Corporation has been another major player in Singapore’s solar deployment – it is responsible for 45% of the country’s current solar capacity, with panels across the industrial estates it manages. It also runs the country’s largest ground-mounted solar installation on Jurong Island.
JTC is now piloting innovative ways to harness the renewable energy from unconventional spaces in its industrial estates.
An AI rendering of solar panels suspended between buildings.
PHOTO: EDP APAC
It includes a project where solar panels will be suspended between two existing industrial buildings at 15 Woodlands Loop. Renewable energy company EDP APAC will build and test this overhanging solar structure over 15 months from October.
Such structures come with engineering and operational challenges, said JTC. For one thing, the overhang structure must safely carry its own weight and that of the panels while withstanding wind forces at height.
JTC also announced an innovation call on Oct 27 seeking portable solar solutions at construction sites with limited access to the national grid. One solution could be deploying solar panels from containers with mobile energy storage systems.
“This solution will help many temporary worksites that have limited or no access to the power grid and currently rely heavily on noisy and pollutive diesel generators,” said Gan.
On the research front, EMA is partnering the Singapore Land Authority and CSEM, a Swiss technology innovation centre, to pilot the use of solar photovoltaic (PV) roof tiles on heritage buildings.
Clay-like solar panels installed on the roof of a building in Switzerland.
PHOTO: FREESUNS
Designed to resemble traditional clay roof tiles, the solar PV tiles enable a larger roof area to generate clean electricity while retaining the character of older buildings, said EMA.
“We are really pushing all boundaries and surfaces, literally, and capturing every opportunity to harness solar across Singapore,” said Gan.
But she noted that there are limits to the amount of solar energy Singapore can harness, due to land scarcity and intermittency because of cloud cover.
Gan said that at most, solar energy can meet 10% of Singapore’s electricity needs by 2050, the year the country has pledged to reach net zero in its carbon emissions.
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Shakti Pumps showcased its solar energy portfolio at REI Expo 2026, including 620 Wp solar modules, solar pumps, AI-powered inverters and other system components.
October 27, 2026. By News Bureau
Shakti Pumps (India) showcased its expanding renewable energy portfolio at the Renewable Energy India (REI) Expo 2026, highlighting its growing presence across solar irrigation, rooftop solar, intelligent energy solutions and domestic solar manufacturing. A highlight was the unveiling of Shakti On Roof’s high-efficiency 620 Wp solar photovoltaic (PV) modules.
The unveiling was led by Dinesh Patidar, Chairman, and Ramesh Patidar, Managing Director, Shakti Pumps (India). The modules are designed to deliver higher power output, enhanced durability and dependable performance, addressing the growing demand for efficient solar energy solutions.
Commenting on the event, Ramesh Patidar, Managing Director, Shakti Pumps (India), said, “The launch of our 620 Wp Shakti On Roof solar modules marks a step in strengthening India’s indigenous solar manufacturing ecosystem. We are committed to developing reliable, high-performance solar solutions that support the country’s energy transition, advance self-reliance and contribute to a more sustainable Bharat.”
At REI Expo 2026, the company presented its comprehensive solar portfolio, comprising solar pumps, solar pump controllers, solar modules, solar inverters and module mounting structures. The integrated offering addresses diverse applications, from agricultural irrigation and rooftop installations to clean power generation and exporting surplus electricity to the grid.
Shakti Pumps’ range of indigenously manufactured solar inverters claims to meet applicable Bureau of Indian Standards (BIS) and Bureau of Energy Efficiency (BEE) requirements. The products also qualify under the Department for Promotion of Industry and Internal Trade’s (DPIIT) Class-I local supplier framework, supporting the Make in India initiative.
The inverters equipped with AI-powered technology, are designed to deliver up to 10 percent higher energy generation, helping customers improve system performance and maximise the value of their solar installations.
The 620 Wp module unveiling builds on the company’s in-house solar module manufacturing facility in Pithampur, Madhya Pradesh. Its module portfolio incorporates 16-busbar (16 BB) TOPCon technology in a G12R bifacial, dual-glass configuration, using 132 and 144 half-cut cell formats and offering power outputs ranging from 600 Wp to 630 Wp. The modules carry a 10-year product warranty and a 30-year performance warranty. Applications for BIS and Approved List of Models and Manufacturers (ALMM) certification have been submitted.
Shakti Pumps is also developing an integrated greenfield manufacturing facility spread across 113 acres, with planned annual capacities of 2.2 GWp for solar cells and 2 GWp for solar modules. Cell manufacturing is currently in progress.

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Caelux agrees 3GW TOPCon-perovskite deal with INA Solar  PV Tech
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The Autumn issue of 2026 is available now! The new issue begins with a regional report on Asia Pacific, looking at the region’s transition from building capacity to building systems. The issue also explores topics such as offshore wind foundations, solar maintenance, training the new workforce, inspection & maintenance, and more! With insights from experts such as Everllence, BW Ideol, EM&I, Watson Farley & Williams, and many more, make sure to check out this issue now.
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Sonnedix has started operations at two of its first large scale hybrid solar photovoltaics and battery energy storage system projects in Portugal.
Sonnedix, a global renewable energy company with a total capacity of 12 GW, has started operations at Sonnedix Acail and Sonnedix Felgueiras, its first large scale hybrid solar photovoltaics (PV) and battery energy storage system (BESS) projects to become operational worldwide. The two projects are the first hybrid installations in Portugal to begin operating connected to the national distribution grid.
Located in northern Portugal, Sonnedix Acail and Sonnedix Felgueiras deliver more than 68 MW of solar PV capacity and more than 140 MWh of storage. The projects’ entry into operation represents a landmark step in Sonnedix’s global hybridisation strategy and demonstrates its evolution as a Next-Gen independent power producer (IPP), with a model focused on industrial customers and the delivery of integrated energy solutions combining generation, storage, trading, and advanced energy management.
The storage systems have been developed in parallel with their respective solar plants, sharing the same fenced perimeter and taking full advantage of construction synergies. This integrated approach optimised construction, while preserving the surrounding landscape, with no requirement for additional land. Both BESS systems are now operating in hybrid mode with full grid charging capacity.
In March 2026, Sonnedix announced the financing of both projects, becoming one of the first structured transactions with commercial banks in Portugal for hybrid solar generation and battery storage facilities.
Gregorio Morales, Chief Commercial Officer of Sonnedix, noted: “Storage is fundamental to our evolution as a Next-Gen IPP. By combining solar generation and batteries, we turn renewable energy into a more flexible, predictable product adapted to our customers’ needs. Sonnedix Acail and Sonnedix Felgueiras are the first step of a global strategy that will enable us to offer increasingly sophisticated energy solutions aligned with real market demand.”
Paulo Pimentel, Director of Sonnedix Portugal, added: “The completion and commissioning of Acail and Felgueiras marks a milestone for Sonnedix in Portugal. These projects reflect the evolution of our portfolio towards hybrid solutions capable of providing greater flexibility to the system and promoting a more efficient integration of renewable energy. With this progress, we continue to consolidate our long-term commitment to Portugal and to the communities in which we operate.”
The projects come online at a moment of strong momentum for renewables and energy storage in Portugal. In January 2026, the country reached 80.7% renewable generation, the highest share in the EU, demonstrating the critical role that flexible assets will play in sustaining and accelerating that progress. 
The Autumn issue of 2026 is available now! The new issue begins with a regional report on Asia Pacific, looking at the region’s transition from building capacity to building systems. The issue also explores topics such as offshore wind foundations, solar maintenance, training the new workforce, inspection & maintenance, and more! With insights from experts such as Everllence, BW Ideol, EM&I, Watson Farley & Williams, and many more, make sure to check out this issue now.
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OLIVE TWP., MI (WHTC-AM/FM, Oct. 27, 2026) – It looks as if Ottawa County will get involved in the ongoing dispute involving the Silver Maple Solar Project.
On the agenda for Tuesday morning’s monthly meeting of the Board of Commissioners are three items directly relating to the proposed 200-megawatt, utility-scale initiative which RWE Clean Energy wants to build over nearly 2,000 acres of farmland in Zeeland and Jamestown townships. The $300 million-plus project is now before the Michigan Public Service Commission for approval under a state law that allows the PSC to overrule any local jurisdiction in such clean energy-related matters.
Zeeland Township has already filed a lawsuit in 20th Circuit Court challenging the constitutionality of this legislation, with RWE asking that the matter be resolved in the federal court system instead. The township has asked the county to intervene with the PSC on this issue.
Commissioners will first vote on whether to authorize County Administrator Patrick Waterman to file a petition by the November 12th deadline. If the board approves this question, then it will decide on retaining legal counsel, along with authorizing $50,000 for covering costs of such action.
The 9 AM Ottawa County Board meeting is in the main meeting room at the County Administration Building in West Olive (12220 Fillmore St.). An online link to the agenda and supporting documents is here.
 
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Media Trust Group (publishers of Daily Trust, Trust TV, Trust Radio, and digital platforms) invites bids from competent, registered, and experienced solar energy contractors for the engineering, procurement, and installation of a solar power system at its headquarters in Utako, Abuja.
The successful bidder will supply, install, test, and commission a high-efficiency solar power solution tailored to the following facility requirements:
Prospective bidders must submit copies of the following documents alongside their technical proposals:
Bids must be submitted via email to: [email protected].
The bids should be clearly marked:
They should be addressed to:
The Chairman, Purchase and Disposal Committee
Media Trust Group.
The deadline for submission is Tuesday, November 10, 2026, at 12:00 PM. Late submissions will be rejected.
Upon receipt of your bid documents, we will send a notification email to you in which account details will be provided for payment of a non-refundable tender fee of ₦100,000. You are required to make the payment within two (2) days of receipt of the notification.
A mandatory pre-bid site inspection and clarification meeting will hold on Tuesday, November 3, 2026, at 10:00 AM at the project site in Utako, Abuja.
Media Trust Group reserves the right to accept or reject any bid and is not bound to accept the lowest or any tender, nor will it be responsible for any cost incurred by bidders in the preparation of their proposals.
Important dates extracted from the document
Mandatory site inspection: Tuesday, 3 November 2026, at 10:00 AM.
Bid submission deadline: Tuesday, 10 November 2026, at 12:00 PM.
Non-refundable tender fee: ₦100,000, payable within two days of receiving the notification email.
Submission email: [email protected]

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Chhattisgarh’s Solar Didis Empower Rural Women With Solar Jobs  The Hans India
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