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Senegal's national electricity company is deploying two hybrid installations at Diass and Linguère, combining photovoltaic solar and battery storage, to strengthen grid stability and accelerate the energy transition.
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Jupiter International and AMPIN Energy Transition have inaugurated a 1.3 GW solar cell and module facility in Bhubaneswar, India, under a joint venture.
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From pv magazine India
Jupiter International and AMPIN Energy Transition have inaugurated an integrated solar cell and module manufacturing facility in Bhubaneswar, Odisha, through their joint venture, AMPIN Solar One. The site was inaugurated by Odisha Chief Minister Mohan Charan Majhi.
The facility has a production capacity of 1.3 GW per year and was developed under India’s production-linked incentive scheme. Modules produced at the site will be used by AMPIN and supplied to third-party developers.
Jupiter International’s Alok Garodia said the project is intended to strengthen domestic manufacturing capacity for India’s energy transition and support local supply of solar cells and modules.
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Rooftop solar panels have been installed on more than 2,000 residential and public buildings in Karabakh and East Zangezur, APA-Economics reports, citing the Ministry of Energy.
Solar panels with a capacity of over 7,000 kW have been installed on these facilities.
“Rooftop solar panels, which are among the main elements of modern urban planning, play an important role in transforming Karabakh and East Zangezur into a green energy zone. This approach both increases energy efficiency and contributes to the more sustainable and environmentally friendly development of these regions,” the statement said.

 
Average monthly salary in Azerbaijan rises by over 5%
Lithuanian PM: We see Azerbaijan as a key partner connecting different regions – INTERVIEW
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Detention orders issued for 10 public figures in Türkiye over drug-related charges
Kremlin comments on US blockade of Strait of Hormuz
President Ilham Aliyev appoints Orkhan Sattarov as Press Secretary
Axios: New U.S.-Iran talks may take place before April 21
Azerbaijan’s population figure announced
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Nominal incomes of Azerbaijan’s population increased by 7%
Azerbaijan reveals latest situation regarding economic growth
Azerbaijan’s strategic foreign exchange reserves exceed $85 billion
Pope Leo rejects Trump criticism, says he won’t engage in debate
Number of homes and buildings equipped with solar panels in Karabakh and East Zangezur revealed
Russia accuses Ukraine of violating “Easter ceasefire”
China urges ‘unimpeded’ trade flow through Hormuz
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UK will not back blockade of Strait of Hormuz, PM Starmer says
Nearly 675 million tons of oil produced from ACG and Shah Deniz to date
Strait of Hormuz shipping halts immediately after US blockade announcement
Azerbaijan produces 12.6 bcm of gas in Q1 2026, exports reach 6.5 bcm
Azerbaijan’s ANAMA discovers 191 more mines, 1661 UXOs in liberated territories
Former head of Azerbaijani diaspora in Urals Shahin Shikhlinski jailed for 9 years, son gets 8 years
Azerbaijan produces over 6.5 mln tons of oil this year
Parliament to approve Host Country Agreement between Azerbaijan and ECO Clean Energy Center
Five killed as Israeli strikes and heavy shelling intensify across southern Lebanon
Azerbaijan and Ethiopia to cooperate in defense sector
Russian Foreign Minister Sergei Lavrov to visit China
Iran says US, Israeli vessels will be barred from Strait of Hormuz
Azerbaijan reveals budget funds audited last year
Amount of funds restored to Azerbaijan’s state budget last year revealed
Azerbaijan sends materials on AZN 40.2 mln in budget damage to law enforcement authorities
Audit reveals 584.8 mln manat in compliance violations in Azerbaijan in 2025
ADY completes major overhaul of Alabashli–Gizilja railway section – VIDEO
Earthquake strikes Türkiye
Gold and silver prices fall in commodity markets
Natural gas prices rise on New York Stock Exchange
Brent oil price exceeds $102
Trump: U.S. to blockade ships entering or exiting Iranian ports
Bitcoin price drops below $71,000
Russian diplomat: UN peacekeepers could guard Bushehr NPP only with Iran’s consent
Trump attacks Pope Leo, calling him ‘terrible’ for foreign policy and ‘weak’ on crime
Trump: U.S. financial commitment to NATO under “very serious examination”
Malaysia detains two tankers suspected of illegally transferring diesel
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Reliance has entered the ALMM List-II for solar PV cells by adding 1,238 MW of HJT solar cell capacity, while Jupiter International has added 991 MW of Mono PERC capacity from its new plant in Himachal Pradesh. Websol has enhanced its capacity by 600 MW to reach 1,202 MW. Total enlisted capacity in ALMM List-II has increased to 30,056 MW.
April 13, 2026. By Mrinmoy Dey

Solar to BESS: Reliability Begins with Advanced Sealants, Explains Manish Gupta, Fasto Adhesive

Anand Jain of Aerem Solutions on Scaling Solar, Storage, and Finance for Sustainable India

JIRE CEO Amit Kumar Mittal Explains Rising Role of Energy Storage and Green Hydrogen in India

Icon Solar Modules Are Engineered for India’s Harsh Conditions, Says Rajat Shrivastava

Mobile Charging and Energy Storage Will Drive India’s EV Adoption: Mobec’s Harry Bajaj

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One-year moratorium on solar farms fails on Alabama Senate procedural rule  Alabama Reflector
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From left are Sushil Shivaji Sangale, Kwon Sung-nam and Na Seok-in / Courtesy of Jeonbuk National University
A team of researchers from Jeonbuk National University, DGIST and Sungkyunkwan University has developed a new type of solar panel that is both highly efficient and eco-friendly. They are professors Sushil Shivaji Sangale, Kwon Sung-nam and Na Seok-in.
These solar panels are made from a material called perovskite, which is considered a promising alternative to traditional silicon due to its lower cost and higher efficiency. However, until now, making perovskite solar cells has required toxic chemicals and has been difficult to scale up to larger sizes without losing performance.
To solve these problems, the researchers created a new kind of liquid “ink” used to manufacture the solar panels. This ink works like a printable coating that forms the light-absorbing layer of the solar cell. In older methods, a harmful chemical called DMF was commonly used, but the team replaced it with a safer alternative called DMSO. They also added a small amount of iodobenzene, a special ingredient which helps the material form more evenly.
One of the most important parts of making solar cells is how the material solidifies and forms tiny crystal structures. If this process is uneven, the solar panel becomes less efficient. The new ink allows the researchers to carefully control how the material forms, resulting in a smoother and more uniform structure that improves performance.
Using this method, the team achieved an efficiency of 22.3 percent, meaning the solar panel can convert over 22 percent of sunlight into electricity, which is very high for this type of technology.
Just as importantly, the panels maintained strong performance even when scaled up, reaching 21 percent efficiency in smaller modules and 19.5 percent in larger ones. This is significant because many experimental solar technologies work well only at small scales but lose efficiency when expanded.
The researchers say this work demonstrates that it is possible to create solar panels that are efficient, eco-friendly and suitable for large-scale production at the same time. This advancement could help reduce the use of toxic chemicals, lower manufacturing costs and bring next-generation solar energy technology closer to everyday use.
This article was published with the assistance of generative AI and edited by The Korea Times.

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The public-private partnership plans a 2028 demonstration of its LEPTON technology designed to deliver photovoltaic power to the moon’s surface from low orbit.
Volta rendering of the LEPTON system
Image: Volta Space Technologies
Volta Space Technologies, has announced the development of its Laser-Enabled Power Transmission Orbital Network (LEPTON), a solution to the challenge of providing power to missions on the surface of the moon during so-called “lunar nights” — periods in which half of the lunar surface is faced away from the sun that can last as long as 14 days.
The LEPTON system uses “a satellite-hosted, high-power, collaboratively pointed laser payload” in orbit to deliver power to a “high-efficiency, tuned photovoltaic receiver” on the surface via optical wireless power transfer (OWPT).
The Montreal-based technology startup is planning a demonstration project for 2028 in which the LEPTON system will complete the long-distance delivery of power to the moon’s surface from satellites in low-lunar orbit. 
To that end, the company has booked a spot for its LightPort wireless power receiver on the upcoming Blue Ghost Mission 2 being planned by space and defense technology company Firefly Aerospace. The LightPort receiver will be integrated into the Firefly lander’s top deck. 
Blue Ghost Mission 1, which took place in early 2025, resulted in the first successful landing of a private spacecraft on the moon.
Technology and potential applications
The LEPTON system is designed to transmit electric power across hundreds of kilometers, which the company says will reduce the cost and mass represented by large batteries currently needed to power lunar missions, allowing exploration into permanently-shaded regions like the inside of deep craters.
The company also envisions this technology could be used for surface-to-surface power distribution from remote sources, such as fission surface power reactors or vertical solar arrays in lieu of traditional cables for future missions to the moon and Mars, and could also be used terrestrially for defense applications or delivery of power to disaster-stricken regions.
However, before any of that can occur, much is left to be proven by OWPT. On its website, Volta touts demonstrations in which it successfully used the technology to power a lunar rover from 200 meters away in an indoor test, and the laser delivery of power from a distance of 880 meters in an outdoor test.
Other experiments in the space-based solar field include those from Overview Energy, who seek to beam power not over lasers, but through near-infrared beams from space, and researchers from Caltech, who tested power transfer over microwaves.
 
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The Northeast Hoped to Lead on Climate. Now It’s Rethinking.  The New York Times
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The newly inaugurated AMPIN Solar One facility in Bhubaneswar will focus on building integrated solar cell and module manufacturing capabilities to support India’s clean energy transition.
April 13, 2026. By News Bureau
Jupiter International and AMPIN Energy Transition inaugurated their joint venture manufacturing platform, AMPIN Solar One, in Bhubaneswar. The facility was inaugurated by the Chief Minister of Odisha, Shri Mohan Charan Majhi, on April 8, marking a push to strengthen domestic solar manufacturing.
Commenting on the inauguration, Alok Garodia, CMD Jupiter International, said, “The inauguration of the manufacturing facility of  AMPIN Solar One is a significant step towards building a stronger domestic manufacturing backbone for India’s energy transition. This platform brings together scale, manufacturing depth and quality-focused execution, so as to enable the reliable supply of high-performance cells and modules from within the country. We are proud to partner with AMPIN and the Government of Odisha in advancing clean energy ambitions.”
AMPIN Solar One is the joint venture of AMPIN Energy Transition and Jupiter International, established to build and operate an integrated solar cell and module capability in India.

Solar to BESS: Reliability Begins with Advanced Sealants, Explains Manish Gupta, Fasto Adhesive

Anand Jain of Aerem Solutions on Scaling Solar, Storage, and Finance for Sustainable India

JIRE CEO Amit Kumar Mittal Explains Rising Role of Energy Storage and Green Hydrogen in India

Icon Solar Modules Are Engineered for India’s Harsh Conditions, Says Rajat Shrivastava

Mobile Charging and Energy Storage Will Drive India’s EV Adoption: Mobec’s Harry Bajaj

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JTEKT Corporation Powers Up 2,500 MWh Solar Carport In Kagawa Prefecture Through 20-Year PPA With Peak Energy  SolarQuarter
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Ampin, Jupiter cut ribbon on 1.3-GW solar factory in India  Renewables Now
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Feels like: 10.8°C10.8°F | Partly cloudy

Indian renewables platform Ampin Energy Transition and its compatriot Jupiter International have officially opened their 1.3-GW manufacturing facility for photovoltaic (PV) cells and modules in Bhubaneswar, India.
The factory was built through Ampin Solar One Pvt Ltd, a joint venture established by the two companies back in 2023, News.Az reports, citing Renewables Now.
“The inauguration of the manufacturing facility of Ampin Solar One Private Limited is a significant step aimed towards building a stronger domestic manufacturing backbone for India’s energy transition,” Alok Garodia, chairman and managing director of Jupiter International, said on Monday.

The production plant will manufacture solar cells and modules that will be used for Ampin’s local projects and supplied to third parties. It was installed under the second round of the Indian government’s production-linked incentives (PLI) scheme that aims to boost domestic production and lower the country’s reliance on imported solar PV equipment.
Jupiter International, a Kolkata-based solar product maker, already has 2 GW of PV cell production capacity. It commissioned a 1-GW mono PERC solar cell facility at its Baddi site in Himachal Pradesh in February and is now working on a plan to set up a 1.25-GW TOPcon solar cell line.
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Nature Photonics (2026)Cite this article
Antimony selenide (Sb₂Se₃) has emerged as a promising thin-film photovoltaic absorber due to its ideal bandgap (1.1–1.3 eV), high absorption coefficient (>10⁵ cm⁻¹) and environmentally benign composition. However, Sb₂Se₃ solar cells (SSCs) often suffer from large open-circuit voltage losses owing to the weak built-in fields and severe non-radiative recombination at the interfaces and within the absorber layer. Here we demonstrate a composition-driven strategy for controlling carrier polarity that we used to form an n-type/p-type homojunction within the Sb₂Se₃ absorber layer. By precisely tuning the chemical potentials of Se and Sb, we are able to manipulate the conductivity type and achieve carrier densities exceeding 10¹⁴ cm⁻³ for the n- and p-type states. With this materials design, we demonstrate that incorporating the p–n homojunction into a planar SSC simultaneously enhances the built-in electric field and passivates deep-level defects. These synergistic effects promote carrier separation, reduce non-radiative recombination and accelerate carrier extraction. As a result, the internal-homojunction-enhanced SSC delivers a power conversion efficiency of 10.15% for thermally evaporated Sb₂Se₃ devices and an ultralow open-circuit voltage deficit of 0.459 V. This study proposes a proof-of-concept device structure for SSCs that opens a new pathway for improving device efficiency.
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Download references
This work was supported by the National Natural Science Foundation of China (Grant Nos. 22275180, 52572274, T.C.), the Fundamental Research Funds for the Central Universities (Grant No. WK2490000002, T.C.), Major Science and Technology Projects of Anhui Province (Grant No. AHZDCYCX-LSDT2023-10, T.C.) and the University Synergy Innovation Program of Anhui Province (Grant No. GXXT-2023-031, R.T.). We thank BL10B (https://cstr.cn/31131.02.HLS.PES) at the National Synchrotron Radiation Laboratory.
Department of Materials Science and Engineering, School of Chemistry and Materials Science, Hefei National Research Center for Physical Sciences at the Microscale, University of Science and Technology of China, Hefei, P. R. China
Junjie Yang, Jianyu Li, Shuwei Sheng, Zhiyuan Cai, Zichen Ruan, Bo Che, Rongfeng Tang & Tao Chen
Institute of Optoelectronic Materials and Devices, School of Materials Science and Engineering, Jiangxi University of Science and Technology, Ganzhou, P. R. China
Ke Li
School of Microelectronics, Hefei University of Technology, Hefei, P. R. China
Rongfeng Tang
Institute of Deep Space Sciences, Deep Space Exploration Laboratory, Hefei, P. R. China
Tao Chen
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T.C. supervised the research. J.Y., J.L. and S.S. contributed equally to this work. J.Y. and T.C. conceived the original concept and designed the experiments. J.Y., J.L. and S.S. fabricated the devices and conducted the PV and optical characterization and analysis. J.L. did the TA spectroscopy measurements and performed the SEM and TEM analyses. K.L., Z.R. and B.C. were involved in materials characterization and device simulation. Z.C. conducted the DFT calculations. J.Y., R.T. and T.C. co-wrote the paper. T.C., R.T., S.S. and J.Y. revised the paper, and all authors commented on the paper.
Correspondence to Rongfeng Tang or Tao Chen.
The authors declare no competing interests.
Nature Photonics thanks Yaohua Mai, Ding-Jiang Xue and the other, anonymous, reviewer(s) for their contribution to the peer review of this work.
Publisher’s note Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.
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Yang, J., Li, J., Sheng, S. et al. Internal homojunction Sb₂Se₃ solar cell. Nat. Photon. (2026). https://doi.org/10.1038/s41566-026-01888-1
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Received: 30 July 2025
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DOI: https://doi.org/10.1038/s41566-026-01888-1
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There is great uncertainty as to whether and to what extent the Strait of Hormuz is reopening the flow of global oil and gas trade against the backdrop of a fragile ceasefire. What is certain, however, is that the global energy sector will see far-reaching consequences of the historic disruption for a long time to come. In fact, the global energy landscape may never be the same again.
On an average day, approximately one-fifth of the world’s oil and gas trade crosses through the Strait of Hormuz, a waterway between the Persian Gulf and the Arabian Sea controlled by Iran. That flow of around 20 million barrels per day dropped to virtually zero a bit over a month ago when the United States and Israel started bombing Iran. As a result, oil and gas prices skyrocketed overnight on a global scale, with particularly severe consequences for Asia and for poor countries across the Global South that are more reliant on energy imports and less resilient to market shocks.
As a result, the world is shifting its energy priorities to place energy security and resilience as a matter of utmost urgency, even if it means undertaking difficult transitions away from long-entrenched trade relationships and expansive established energy infrastructure. In short, it is about to kick the global clean energy transition – and, by association, the global energy storage sector – into overdrive.
“For years, clean energy has been sold as a moral imperative. Now it is simply an economic and geopolitical necessity,” states a Forbes report from earlier this month. “It’s not about emissions. It’s about resilience and price stability.”
Related: Chinese Publication Claims U.S. Has Two Months of Rare Earths Left
The crisis has thrown the precarity of the current global energy trade into sharp relief, and international energy policy is already starting to shift in response. In the words of Forbes, the conflict in Iran has “once again exposed the fragility of the global fossil fuel system: too much economic power concentrated in too few places, all of which must travel through the same maritime—and militarized—chokepoints.” Many world leaders believe that the solution is to diversify the global energy mix and to shore up domestic energy independence. And for most, that will come in the form of expanded clean energy production capacity.
All of this is great news for China, which controls a massive portion of the world’s clean energy supply chains, from solar panels and wind turbines to batteries and electric vehicles. This leaves Chinese companies incredibly well positioned to continue to consolidate their dominance in global markets, as they are by far the cheapest producer and most accessible trade partner for many nations that have been left in the lurch by the effective blockade of Hormuz.
The volume of Chinese exports for energy storage systems was already sharply on the rise thanks to the massive energy needs of the AI boom, but this newest large-scale threat to global energy security is set to push the sector into overdrive. Compared to this time last year, the total export value of Chinese inverters, which are central components in energy storage systems, has climbed a whopping 57 percent.
“The increasing demand for energy storage [systems] is mainly due to the development of artificial intelligence globally … But the Iran war may push it to a new high,” Xu Jianzhong, a freight forwarder specialising in these types of exports, told the South China Morning Post earlier this week. “The war in the Middle East will also lift overall costs, such as [prices for] raw materials.”
Energy storage systems are integral to making an increasingly renewable-powered grid secure and stable. And we can expect variable energy sources like wind and solar to skyrocket in coming months and years thanks to their affordability and their potential to boost energy sovereignty, protecting today’s net importers from enduring another energy crisis like the one we’re living through now.
“Wind and solar cannot be embargoed, blockaded, or shut off by a foreign power,” David Frykman, General Partner at Stockholm-based venture capital group Norrsken, recently wrote in an op-ed for Fortune. “Every terawatt-hour of domestic renewable generation is a terawatt-hour that no adversary can weaponize.”
By Haley Zaremba for Oilprice.com 
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BAY MINETTE, Ala. (WALA) – Silicon Ranch will meet with north Baldwin County residents tonight to discuss plans to build a large-scale solar farm near Stockton.
The meeting is scheduled for 6:30 p.m. at the John F. Rhodes Civic Center in Bay Minette.
The Baldwin County Commission passed a resolution Tuesday requiring a special referendum to establish zoning in Planning District 3. The probate court has 90 days to schedule an election.
That move was considered a win for residents opposed to the development.
If voters reject the measure, current conditions remain. A yes vote triggers a 180-day moratorium on development within Planning District 3 while residents form a committee and work out zoning guidelines.
The county has not received building applications from Silicon Ranch. Officials said they are not sure where the company stands in the planning process.
Copyright 2026 WALA. All rights reserved.

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While most of Vikram Solar’s PV module deployments are in India, the company has exported around 1.5 GW of modules, supporting its presence in 39 countries.
Vikram Solar supplied PV modules for 4.2 MW solar plant for Greencells USA Inc. in North Carolina, the US.
Image: Greencells USA Inc. in North Carolina, US

Vikram Solar today announced that it has reached 10 GW of cumulative PV module deployments globally. The manufacturer said the installed capacity is equivalent to more than 25 million modules and is enough to power over 5 million households in India. It added that the cumulative deployments doubled from 5 GW to 10 GW in just two years.
While a majority of deployments are in India, the company has exported around 1.5 GW of modules contributing to its presence across 39 countries.
Vikram Solar currently has 9.5 GW of module manufacturing capacity across facilities in West Bengal (Falta) and Tamil Nadu (Oragadam and Vallam), including a 5 GW plant in Vallam. The company is expanding its module capacity and backward integration, with plans for 6 GW of modules and 12 GW of cell capacity at its Gangaikondan site. It is also entering the energy storage segment through VSL Powerhive, with plans for a 5 GWh battery energy storage system (BESS) facility by FY2027. The company offers lithium battery solutions for residential and mobility backup applications under its VION brand.
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First Solar, Enphase Energy, and Nextpower are the three Solar stocks to watch today, according to MarketBeat’s stock screener tool. Solar stocks are shares of publicly traded companies whose primary business is tied to the solar energy industry—such as manufacturers of photovoltaic panels and inverters, developers and operators of solar power projects, installers, and suppliers of related materials and services. Investors buy solar stocks to gain exposure to the growth of renewable energy, but they should be aware these companies can be sensitive to government policy, technology changes, commodity prices, and cyclical demand. These companies had the highest dollar trading volume of any Solar stocks within the last several days.

First Solar (FSLR)

First Solar, Inc., a solar technology company, provides photovoltaic (PV) solar energy solutions in the United States, France, Japan, Chile, and internationally. The company manufactures and sells PV solar modules with a thin film semiconductor technology that provides a lower-carbon alternative to conventional crystalline silicon PV solar modules.
Read Our Latest Research Report on FSLR

Enphase Energy (ENPH)

Enphase Energy, Inc., together with its subsidiaries, designs, develops, manufactures, and sells home energy solutions for the solar photovoltaic industry in the United States and internationally. The company offers semiconductor-based microinverter, which converts energy at the individual solar module level and combines with its proprietary networking and software technologies to provide energy monitoring and control.
Read Our Latest Research Report on ENPH

Nextpower (NXT)

Nextpower, formerly known as Nextracker, an energy solutions company, provides solar trackers and software solutions for utility-scale and distributed generation solar projects in the United States and internationally. The company offers tracking solutions, which includes NX Horizon, a solar tracking solution; and NX Horizon-XTR, a terrain-following tracker designed to expand the addressable market for trackers on sites with sloped, uneven, and challenging terrain.
Read Our Latest Research Report on NXT

Further Reading

• MarketBeat’s Top Five Stocks to Own in April 2026
• With Nike Shares Near a 12-Year Low, Is Now the Time to Be Brave?
• 3 Different Fintech Giants: Turnaround, Stability, or Risky Bet?
• Microsoft’s Copilot Problem Isn’t What You Think
• 3 Surprising S&P 500 Outperformers of 2026
• Russell 2000 Tracking for New Highs: What’s Next for ETF Traders?

This instant news alert was generated by narrative science technology and financial data from MarketBeat in order to provide readers with the fastest reporting and unbiased coverage. Please send any questions or comments about this story to contact@marketbeat.com.
Before you consider First Solar, you’ll want to hear this.
MarketBeat keeps track of Wall Street’s top-rated and best performing research analysts and the stocks they recommend to their clients on a daily basis. MarketBeat has identified the five stocks that top analysts are quietly whispering to their clients to buy now before the broader market catches on… and First Solar wasn’t on the list.
While First Solar currently has a Moderate Buy rating among analysts, top-rated analysts believe these five stocks are better buys.
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First Solar, Inc. (FSLR), headquartered in Phoenix, Arizona, is a solar technology company that provides photovoltaic (PV) solar energy solutions. Valued at $21.9 billion by market cap, the company manufactures and sells PV solar modules with thin film semiconductor technology that provides conventional crystalline silicon PV solar modules. The renewable giant is expected to announce its fiscal first-quarter earnings for 2026 in the near term.
Ahead of the event, analysts expect FSLR to report a profit of $2.86 per share on a diluted basis, up 46.7% from $1.95 per share in the year-ago quarter. The company missed the consensus estimates in three of the last four quarters while surpassing the forecast on another occasion.
 
For the full year, analysts expect FSLR to report EPS of $17.40, up 22.5% from $14.21 in fiscal 2025. Its EPS is expected to rise 39.3% year over year to $24.24 in fiscal 2027. 
FSLR stock has outperformed the S&P 500 Index’s ($SPX) 29.4% gains over the past 52 weeks, with shares up 66.5% during this period. Similarly, it outperformed the State Street Technology Select Sector SPDR ETF’s (XLK) 46.8% returns over the same time frame.
FSLR’s outperformance was driven by strong demand for utility-scale solar projects and a sizeable order backlog. The company’s expanding U.S. manufacturing capacity positions it for long-term growth in clean energy.
On Feb. 24, FSLR reported its Q4 results, and its shares tumbled 19.8% in the next three trading sessions. Its EPS of $4.84 missed Wall Street expectations of $5.22. The company’s revenue was $1.7 billion, exceeding Wall Street forecasts of $1.6 billion. FSLR expects full-year revenue in the range of $4.9 billion to $5.2 billion.
Analysts’ consensus opinion on FSLR stock is reasonably bullish, with a “Moderate Buy” rating overall. Out of 33 analysts covering the stock, 15 advise a “Strong Buy” rating, three suggest a “Moderate Buy,” 12 give a “Hold,” and three recommend a “Strong Sell.” FSLR’s average analyst price target is $247.13, indicating a potential upside of 21.5% from the current levels. 
 
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Staff officials are moving forward with long-dormant plans for the 2,600-acre Soda Mountain Solar Project near Baker despite opposition from environmental groups warning of severe impacts to desert bighorn sheep and sensitive desert ecosystems.
The California Energy Commission is scheduled to vote April 27 on a staff recommendation to approve the 300-megawatt electrical generating and battery storage facility, which would generate renewable electricity to the statewide electricity transmission grid.
The state is advancing the proposal under a fast-track process that shifts authority on such projects from local officials to the state so it can pursue its clean energy goals. A 2025 law enabled developers to revive stalled desert projects even when local officials object.
The San Bernardino County Board of Supervisors went on record in 2016 opposing the project, six miles southwest of Baker, over environmental concerns.
In December, the state released its environmental impact report on a modified project plan that would create a quarter-mile buffer zone to protect desert bighorn sheep habitat near the Mojave National Preserve and allow them more movement and grazing area. The plan also included a reconfiguration of its battery storage system, setting it 500 feet away from the 15 Freeway for public safety in the event of a fire.
A public comment period from late December through Feb. 27 allowed people to weigh in before the plan goes to the commission for a vote.
If built by Soda Mountain Solar, LLC, the solar plant would operate year-round and deliver electricity to the state power grid, contributing toward the state’s greenhouse gas reduction goals for 2030 and beyond.
However, the project would still need to be given the green light by the U.S. Bureau of Land Management should it get clearance by the California Energy Commission.
The BLM’s Barstow field office received the project application in January, and spokesperson Philip Oviatt said it is now under review. “The field office is working with the applicant to ensure that all components of the application are complete and in accordance with federal regulations and guidelines,” he said.
Wildlife experts and environmentalists contend that the project, despite the state’s and project applicant’s best efforts, will severely impact the migratory patterns of desert bighorn sheep and do irreversible damage to plant and wildlife habitats. The state, however, disputes that, and believes its mitigation measures will work.
“This alternative would still cause significant, unavoidable impacts to visual resources but would, with mitigation incorporated into the project, no longer cause significant impacts to biological resources, particularly related to bighorn sheep,” CEC Executive Director Drew Bohan said in a March 27 letter addressed to the commissioners.
But project opponents say that doesn’t go far enough, and wildlife experts contend the bighorn sheep buffer zone should be more than twice the size than what the state has proposed, said Neal Desai, senior Pacific regional director for the National Parks Conservation Association.
“The Commission can approve a project and implement protections that the nation’s leading bighorn sheep scientists are saying are necessary. Instead, it appears very content with embracing recklessness and abandoning common sense and science, along with the belief that our national parks are worthy of protection,” Desai said.
During the 60-day public comment period, it appeared the applicant’s alternative plan to mollify critics didn’t sway them at all.
Judith Decker, board president of the Eastern Kern County Resource Conservation District, said in a Feb. 9 letter to the commission that the project would still adversely affect desert bighorn sheep and other wildlife species, including Mojave fringe-toed lizards, desert tortoises and burrowing owls. She said it also would pose risks to desert water resources due to groundwater extraction and altered surface hydrology.
Baker Community Services District General Manager Greg Bowman said in a letter dated Feb. 19 that the project “undermines our county’s interests, harms communities, jeopardizes a national park unit and contradicts our county’s renewable energy ordinance.”
Lynn Valbuena, chair of the Yuhaaviatam of San Manuel Nation, urged delaying the project until Caltrans completes three nearby wildlife crossings, allowing further study of their effectiveness for bighorn sheep before any large-scale development proceeds.
“As stewards of our 7.4-million-acre ancestral territory spanning Los Angeles, Riverside, Kern and San Bernardino Counties, we carry a sacred responsibility to protect and preserve our cultural resources, the environment and the landscapes entrusted to us,” Valbuena said.
Copyright 2026 San Bernardino Sun. All rights reserved. The use of any content on this website for the purpose of training artificial intelligence systems, algorithms, machine learning models, text and data mining, or similar use is strictly prohibited without explicit written consent.

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By the People, for the People
News
Reviving a Tradition of Learning by Doing
Apr. 12, 2026 at 7:20pm
Got story updates? Submit your updates here. ›
A cross-disciplinary team of MIT students designed and installed a solar-powered charging station on campus as part of the university’s New Engineering Education Transformation (NEET) program, reviving the school’s hands-on learning ethos.
The project embodies NEET’s mission of interdisciplinary, project-driven study with experiential learning at its core, empowering students to tackle complex societal challenges that span multiple fields. It also represents a return to MIT’s cherished tradition of visible, collaborative, student-driven initiatives that bring prototypes to campus life.
The solar-charging station, nestled in a quiet campus courtyard, offers climate-friendly power for phones, laptops, and tablets. The team, comprising students from chemical engineering, materials science, mechanical engineering, and nuclear science, designed the station’s forest-inspired look to evoke organic connectivity, with tree-trunk-inspired supports, oyster-mushroom-shaped desk space, and curved solar panels resembling a forest canopy. The project required navigating real-world bureaucracy and overcoming unexpected design-implementation challenges.
The founding executive director of MIT’s New Engineering Education Transformation (NEET) program.
A nuclear science and engineering major focusing on clean energy, who was drawn to the early ideation and brainstorming stages of the project.
A materials science and engineering major who joined NEET in search of an open, interdisciplinary approach to climate and sustainability.
A NEET lecturer and the lead instructor for the CSS thread of the class that created the solar-charging station.
A fifth-year mechanical engineering student who joined NEET last year and now serves as a teaching assistant for the class.
“I was especially drawn to the early stage of the project, when ideation and brainstorming took center stage in ways I hadn’t seen before.”
— AaronDe Leon, nuclear science and engineering major
“I like the interdisciplinary aspect.”
— Celestina Pint, materials science and engineering major
“The freedom to explore as deeply as desired and to make design decisions along the way was invaluable.”
— AaronDe Leon, nuclear science and engineering major
This year’s Introduction to Design Thinking and Rapid Prototyping class will fabricate and install a new solar-powered charging station featuring a fresh design.
The solar-charging station project demonstrates how MIT’s NEET program is reviving the university’s hands-on learning tradition, empowering students to tackle complex sustainability challenges through interdisciplinary, project-driven study and experiential learning.
Apr. 13, 2026
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Sigenergy has entered Europe’s utility-scale photovoltaic market with a major project in Weissach im Tal, Germany, in partnership with PV specialist Arausol and distributor Memodo. The plant, currently under construction, will combine 11.6 MWp of installed solar capacity with 20 MWh of decentralised battery storage using 1,660 Sigenergy battery modules of 12 kWh each.The system uses direct current coupling, allowing surplus solar power to flow directly into the batteries before conversion to alternating current for grid feed-in. According to the company, this improves overall system efficiency by at least 4 per cent and removes the need for duplicate inverter infrastructure.Sigenergy said the decentralised SigenStack design also enables faster installation without heavy equipment, while reducing land sealing. Arausol is handling construction and project management, and grid connection is scheduled for July 2026.
The Pune Municipal Corporation (PMC) has proposed two new flyovers on Karve Road to ease congestion along the corridor that links Karvenagar to the Mumbai–Bengaluru bypass. The civic body has identified Karve Statue Chowk and Ambedkar Chowk as the locations and said the planning will be coordinated with the Pune Metro because the spur line from SNDT to Manikbaug via Warje will run through the stretch. Officials indicated that this intervention will result in three flyovers along Karve Road from Paud Phata to Warje once the existing Karvenagar flyover is integrated with the elevated Metro rou..
SRM Contractors has been awarded a Rs 4.83 billion (bn) engineering, procurement and construction contract by the Maharashtra State Infrastructure Development Corporation for Package six of the Nashik Ring Road project. The package is for a 14.02 km stretch on the southern side of the 66.15 km corridor and is scheduled for completion within 12 months. The award was announced in the past week and is intended to expedite delivery ahead of major city events. The 14.02 km stretch lies between design chainage 14.950 km and 28.970 km and forms part of the proposed outer ring road that will encircle ..
The National Highways Authority of India (NHAI) has unveiled a plan to develop Arogya Van, thematic plantations of medicinal trees on vacant land parcels along national highways, aimed at enhancing biodiversity and promoting ecological sustainability. The initiative seeks to create visible green corridors that support pollinators, birds and microfauna while improving ecosystem resilience along highway networks. The scheme will place emphasis on species known for traditional medicinal value and on public awareness through accessible planting locations. In the first phase NHAI has identified 17 ..
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The U.S.-Israeli conflict with Iran is unlikely to materially affect solar manufacturing projects in the Middle East for now, as most of these investments remain at an early stage. OPIS analyst Brian Ng sees the most immediate risk in logistics. If disruptions persist, shipments of solar products into the region could be delayed and export pricing may turn volatile.
Shipping through the Strait of Hormuz has been severely disrupted due to conflict, and war-risk terms have tightened for voyages in the Middle East as a result.
Image: Image: MODIS Land Rapid Response Team, NASA GSFC
From the magazine
The Middle East remains a major destination for China’s module exports and an increasingly important market for new photovoltaic manufacturing investment. Recent clashes have so far had limited impact on Chinese downstream module and cell trading, as the situation is still evolving and broader implications for the entire supply chain remain uncertain.
China’s solar shipments to the Middle East in 2025 consisted mainly of cells and modules, according to global think tank Ember, totaling 1.2 GW and 25.9 GW, respectively, while wafer shipments were low at 10 MW.
The clearest near-term effect has been on container shipping, the main transport route for solar products into the region. Near-term delivery schedules have become less predictable, increasing the risk of rerouting and adding pressure on logistics. Some cargoes originally intended for the Middle East have been redirected to other markets, including Southeast Asia and South Asia, as exporters reassess delivery risks.
For now, deliveries to the Middle East appear to be delayed rather than canceled. Several solar projects in Saudi Arabia, Oman and the United Arab Emirates are still set to come online this year, with module supply already allocated. However, some near-term shipments may need to be rerouted and could face booking restrictions or conflict-related surcharges depending on how the situation develops.
To reduce shipping risks, more cargo is being routed around the Cape of Good Hope, lowering reliance on the Suez Canal and Red Sea corridor. While this has helped maintain supply flows, the longer voyage times have tied up vessel capacity, making schedules less predictable and pushing up shipping costs.
War-risk terms for Gulf-adjacent voyages have tightened as underwriters reassess exposure, which could raise shipping costs into the region if tensions continue. In some cases, standard war-risk cover is being withdrawn, with reinstatement available only through higher-cost buyback arrangements and reduced liability limits.
Despite the logistics uncertainty, module pricing has so far seen little impact, as Middle Eastern buyers typically secure supply one to two years ahead of delivery. The longer contracting cycle has insulated pricing discussions from recent spot volatility, making buyers more likely to delay new procurement rather than revisit existing agreements.
OPIS assessed the FOB China forward curve price for the first quarter of 2027 loading at $0.125/Wp as of March 10, with indications ranging between $0.120/Wp and $0.130/Wp.
According to market sources and company disclosures, at least 15 photovoltaic manufacturing projects have been announced or implemented across the Middle East since 2023. These manufacturing projects span the full value chain, from polysilicon to wafers, cells and modules, and are located in markets including the UAE, Saudi Arabia, Oman and Egypt.
One newly commissioned polysilicon project in the region (see pp. 62-64) had been scheduled to begin trial deliveries in March, with initial customer feedback expected to guide subsequent production adjustments and price negotiations. However, that process could face delays if logistics conditions worsen.
For now, immediate operational impact appears limited. Newly started plants are still in the trial stage, where delivery schedules tend to be more flexible and some producers may also hold sufficient raw material inventory to absorb short-term disruption. The main risk lies in a prolonged disruption scenario, where extended logistics constraints could delay raw material purchases, raise freight costs and add to price volatility.
In the long-term, the greater risk may lie with projects still under construction or at the planning stage. Prolonged disruption could slow implementation times and weigh on investor confidence, especially for projects still seeking funding. Some wafer and cell projects in the region are currently understood to be at a sensitive fundraising stage, leaving them more exposed to uncertainty.
Geopolitical tensions alone are unlikely to alter the region’s long-term solar manufacturing trajectory, as demand growth in the photovoltaic sector remains the underlying driver. At the same time, firmer conventional energy prices are having a mixed effect on the solar sector. While they raise fuel and freight costs, they also strengthen the relative economics of solar projects and support project returns.
The near-term impact appears manageable, but the longer-term outlook will depend on whether the conflict leads to more persistent concerns over regional stability, logistics and energy security.
Brian Ng is a senior analyst with the APAC editorial team at OPIS, a Dow Jones Company. He covers market pricing, news analysis, policy developments and research across the solar supply chain, with a focus on Asia’s downstream segments, including solar cells and modules.
The views and opinions expressed in this article are the author’s own, and do not necessarily reflect those held by pv magazine.
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The project combines 1.35 GW of photovoltaic capacity with 150 MW of molten-salt tower concentrated solar power. It is located in Xinjiang and requires an investment of $950 million.
Construction on the CSP unit began in late 2024
Image: China Energy Engineering Corp
China Energy Engineering Corp. (CEEC) has officially started construction of the photovoltaic component of its Hami 1.5 GW solar demonstration project in Xinjiang, China. The project is part of a large multi-energy base combining solar PV with tower-based concentrated solar power (CSP) and molten-salt thermal storage.
The full project, formally known as the CEEC Hami 1,500 MW Multi-Energy Complementary Integrated Green Power Demonstration Project, is located in Santanghu Town, Barkol Kazakh Autonomous County, Hami. It is described as the world’s largest single-phase solar-thermal-storage project under construction, as well as the largest molten-salt tower CSP project currently being built in Xinjiang.
The hybrid plant will ultimately become the largest single-phase PV–CSP facility upon completion. At present, the largest operating hybrid plant is the China Three Gorges Hami PV–CSP plant in China, with a total capacity of around 1,000 MW, including approximately 900 MW of PV and 100 MW of CSP. It is followed by Noor Energy 1 in the United Arab Emirates, which has a total capacity of about 950 MW, combining 700 MW of CSP with 250 MW of PV.
With a total investment of approximately CNY 6.5 billion ($951.9 million) and a site area of about 33 km², the CEEC Hami project is expected to generate about 2.9 TWh annually, including around 200 GWh from CSP and about 2.7 TWh from PV.
Image: China Energy Engineering Corp
Construction on the CSP unit started in late 2024 and is now approaching completion, according to CEEC. The whole project is scheduled to reach grid-connection conditions by June 2026, with full-capacity commissioning planned for October.
As for the PV unit, it will use large-size n-type modules suited to desert conditions with strong ultraviolet radiation, wind, and sand exposure. The name of the provider was not disclosed.
Together, the two solar technologies are designed to form what CEEC said a round-the-clock generation loop, with PV supplying daytime output and CSP with thermal storage providing nighttime balancing and firm power. The plant is also intended to provide grid services including primary frequency regulation, reactive power support, and peak shaving.
CEEC said the project was designed for extreme desert conditions including high winds, cold weather, and saline soils. Protective structures have reportedly been added to heliostats to reduce mirror breakage by 90%, while the 219-m tower is described as a benchmark design for large-capacity tower CSP projects in China.
In strategic terms, the project is being presented as a model for China’s second batch of large “desert, Gobi and arid land” renewable bases and as a template for combining PV, CSP, and long-duration thermal storage at scale.
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UK’s largest power-generating solar farm approved amid energy crisis  AOL.com
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NTPC Renewable Energy Ltd (NTPC REL) has issued a tender for the supply of solar PV modules for 1 GW of projects located in Lalitpur and Chitrakoot districts of Uttar Pradesh.
SAEL’s solar module manufacturing line
SAEL
NTPC Renewable Energy Ltd (NTPC REL) has issued a tender for the supply of solar PV modules for 1 GW of projects located in Lalitpur and Chitrakoot districts of Uttar Pradesh.
Selected bidders will be responsible for the manufacturing, supply, packing, forwarding, and transportation of crystalline bifacial solar PV modules. The modules must have a minimum nominal capacity of 570 Wp and can be sourced globally, provided they are listed under the Approved List of Models and Manufacturers (ALMM) published by the Ministry of New and Renewable Energy.
The total DC capacity of the projects is 1,450 MWp, comprising two projects in Lalitpur with capacities of 435 MWp each and one project in Chitrakoot with a capacity of 580 MWp.
In addition to the base requirement, bidders are required to supply 1% spare modules.
Bids can be submitted until April 27.
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Environmentalists say MCE, formerly known as Marin Clean Energy, is masking a reliance on fossil fuels that produce climate-warming emissions.
Climate activists who have tracked MCE for years say the California Energy Commission’s annual “power content label,” which MCE cites for its carbon-free credentials, excludes hundreds of millions of dollars MCE pays each year for primarily gas-generated power.
“Board members would have no idea that many of these transactions are directly or indirectly with natural gas plants, much less that such transactions include direct financial support for natural gas plants in disadvantaged communities within MCE’s service territory,” Nick Pappas, a San Anselmo energy consultant, said in a recent letter to MCE’s 34-member board.
The Marin Conservation League estimates the core of MCE’s renewable energy mission, its long-term clean supply — from solar, wind, hydro, geothermal and biomass sources — provides less than half of the electricity the public agency procures for 1.8 million consumers. The service area includes Marin, Contra Costa, Napa and Solano counties.
“That’s kind of a harsh picture,” Dan Segedin, the Marin Conservation League’s energy contract expert, told the San Anselmo Climate Action Commission during a presentation in March. “If you just look at the long-term PPAs (power purchase agreements), you’re 36% carbon-free.”
MCE has other energy supply contracts that could raise this figure, he said, but it appears to be below MCE’s public statements and energy plans advertising 60% to 100% renewable power.
“MCE is not masking its procurement activity,” said Jenna Tenney, MCE communications director. “Our financial hedges and RA (resource adequacy) are publicly reported in board and committee meetings and are distinct from the energy supply we deliver to customers.”
MCE emphasizes its clean credentials by citing the California Energy Commission’s “power content label.” MCE’s 2024 label, its latest, reported virtually zero carbon emissions. The agency compares its label of energy sources and emissions to a “nutrition label.”
However, it is not a simple tally. Some energy sources and emissions are reported. Other supplies are not counted. Clean credits can be applied before totals are final.
The label counts all contracted clean energy resources. It does not count “unspecified power” supplied from California’s grid because it is not tied to a specific generating source. However, the label notes such “unspecified power” is “primarily fossil fuel.”
It also counts renewable energy credits and other greenhouse gas-free attributes. These can offset the carbon in other energy supplies before producing the totals. During the past two years, MCE has spent $330 million on these contracts to boost its green credentials, the Marin Conservation League has said, citing MCE data.
The result is a reported annual portfolio that looks cleaner than the underlying electricity MCE relies on, the group has said.
When asked in public what was inaccurate about this characterization — detailed in letters to MCE’s board — top executives did not want to discuss it.
“We are going to be describing our power resources based off of the power content label and those CEC power source disclosure rules,” Jamie Tuckey, MCE’s “chief customer officer,” said at a March orientation for new board members.
“MCE has met its disclosure obligations under this program,” said Michael Ward, a CEC spokesperson. “But … retail suppliers have not been required to directly report energy from hedges.”
Hedges are contracts that allow MCE to lock in the price of the grid power when its clean supply is insufficient to meet customer demand.
In the MCE fiscal year ending March 31, $267 million of its $766 million energy budget was for hedges, staff reports said. In the current fiscal year, the $632 million energy budget allocates $225 million for hedges, staff said.
“This is where MCE is using fossil energy,” Segedin told the San Anselmo commission.
Tenney said it is technically incorrect to describe hedges as energy contracts: “They are not purchases of energy to serve MCE customers.”
MCE’s purchases of state-required resource adequacy contracts support the grid, so they do not show up on the MCE power content label, she said.
The most recent California Public Utilities Commission resource adequacy report, from 2023, said 16% of MCE contracts were from “zero-emitting resources.”
“We recognize that the gap between RA and hedge instruments and the PCL can create confusion, and we are committed to continuing to provide public transparency around our full procurement picture,” Tenney said.
“Such semantic debate is a distraction from the merits … raised here of financial relationships with fossil generators,” Pappas wrote to MCE’s board, seeking an open discussion.
Segedin told the San Anselmo climate commission that the 36% clean energy figure came from data in slides from recent staff presentations to board subcommittees.
MCE’s power content label says it emits 1 pound of carbon dioxide gas per megawatt hour, compared to a “California utility average” of 359 pounds.
Without credits, MCE emissions would be 606 pounds, the slides said. The California Energy Commission’s approximate standard for gas plants is 944 pounds.
“If you stop here, by one estimate, MCE is only 36% carbon-free,” Segedin said.
“If you want to make good claims on the power content label, there’s a gap you’ve got to fill,” he said. That is where credits come in, he said.
“This is trading rights to claim assets or to claim cleanness on the power content label,” Segedin said. “This is what we call reshuffling.”
MCE has repeatedly denied that its short-term contracts amount to little more than buying credit for clean generation already on the grid.
“MCE’s Board has set policy to reduce greenhouse gas emissions through a variety of strategies,” Tenney wrote to the board this winter. “One is to remove renewable volumes from the market and add them to our portfolio, increasing market demand for renewable energy to be built. Purchasing renewable energy from existing, available resources is often more cost-effective and less risky than new-build resources.”
However, officials at other California not-for-profit energy agencies have criticized this carbon-offsetting strategy for years.
Tom Habashi, chief executive officer of Monterey Bay Community Power, called the practice “an accounting exercise with no environmental benefit” in a 2020 letter to his board.
“Appearing to be carbon free is simply not enough,” he said.
George Tyson, a Silicon Valley Clean Energy director, told his board in February it was more important to invest in new generation — “not just doing a shell game.”
At the San Anselmo climate commission meeting, Ford Greene, a former mayor and former chair of the MCE technical committee — which oversees its energy contracts — said the Marin Conservation League analysis was accurate and disappointing.
Greene said that when he was on the MCE board, he “worked really hard to get rid of” renewable energy credits.
“I thought they were B.S.,” he said.
“We’ve been plugging MCE clean energy,” said Sue Saunders, chair of the town commission. “I guess the question for us as a commission is, do we continue recommending?”
Copyright 2026 Marin Independent Journal. All rights reserved. The use of any content on this website for the purpose of training artificial intelligence systems, algorithms, machine learning models, text and data mining, or similar use is strictly prohibited without explicit written consent.

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Politics, ideas, and civic life in Massachusetts
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by Jordan Wolman, CommonWealth Beacon
April 8, 2026
Welcome to CommonWealth Beacon, your free, non-partisan source for in-depth news and opinion on policy, politics, and civic life. Sign up for The Saturday Send to get the latest news and commentary on the stories that matter to Massachusetts.
THE STATE’S HIGHEST COURT pressed lawyers representing a solar company and a small central Massachusetts town on Wednesday over a denial of a large solar proposal, wading into growing tensions between developers and municipalities around whether and where to site new large energy projects.
The arguments centered around a proposal from Sunpin Energy Services to construct more than 12,000 solar panels on a forested section of Petersham, a 1,200-person town sprawled across 68 square miles.
That makeup and topography of the town — one of the most sparsely populated communities in the state — raised one of the biggest tradeoffs associated with large solar farms: the clear-cutting of trees. And, the case examines larger questions over the limits of local control — Petersham has stressed that it’s supportive of solar energy, just not at the particular location that’s been proposed.
The solar farm proposed by Sunpin would generate 4.3 megawatts of power and 2 megawatts of battery storage but would require clear-cutting the majority of a 14-acre parcel, according to the town’s legal brief.
The case rests on a legal framework known as the Dover amendment, which generally restricts municipalities from prohibiting solar energy systems unless doing so is necessary to protect the “health, safety, and welfare” of residents along with a town bylaw meant to encourage solar deployment.
The justices appeared to be grappling with the genuine desire of a community to protect its character with the limited authority of localities to stall development.
While James Martin, Sunpin’s attorney, asserted that Petersham doesn’t have the authority to deny the project’s permit, Justice Dalila Argaez Wendlandt pressed Martin on whether the town would be powerless to stop any large hypothetical solar project that would necessitate the clear-cutting of 50 acres of trees, for instance.
“I’m not sure you’re going to win the argument that it’s unreasonable to say, ‘I don’t want you to put a large-scale solar system in a place where it is really hard to get sun, and so you need to mow down the trees in order to do it,’ Wendlandt said. “I’m not sure that that’s unreasonable.”
Yet when Petersham presented its case, Justice Serge Georges, Jr. wondered what would be so bad about a large solar project in a heavily wooded town with practically no adverse aesthetic consequences.
“If this project were to go forward and be built as proposed, we’re not talking about a major detractor from the character of the town as being forested,” he said.
Looming over the case is the fact that new regulations around how to permit and site energy projects like Sunpin’s proposal will take effect this summer, upending the current scattershot process in favor of a more uniform and standardized regime meant to speed up and offer greater predictability for permitting projects.
These new rules, borne out of the 2024 climate law, are meant to address these exact sorts of disputes heard at the Supreme Judicial Court and offer relief for developers struggling to get projects off the ground in the face of years of delays as rising power demand, high energy costs, and ambitious climate commitments spur the need for more electric generation. Case in point: Sunpin first started its legal challenges five years ago.
By the time the SJC issues its ruling, likely within 130 days, municipalities will be close to adopting the new standard local permitting process by an October deadline set by the state.
Still, the core legal issues at play in this case will shape permitting and siting decisions and disputes long after the new regulations are implemented.
“Massachusetts is one of those states that is very favorable to renewable energy development,” said Andrew Kieffer, a research fellow at Columbia University’s Sabin Center for Climate Change Law. “In part, that’s what the court is ultimately interrogating here is to what extent do localities have authority to block these projects? It’s a very precedent-setting case to the extent that the Supreme Court affirms this [appeals court] opinion, because it basically just says there’s a very narrow set of circumstances in which you can actually deny a permit.”
The zoning board of appeals for Petersham, which borders the Quabbin Reservoir that provides drinking water for the Greater Boston area, denied Sunpin’s proposal in 2021, a decision upheld by the land court. The town’s denial actually came in the form of a 2-1 vote in favor of the project, but the permit was rejected because it wasn’t unanimous.
Sunpin challenged that ruling to the appeals court and won, limiting the ability for local boards to block solar projects.
Similar battles are taking place across the state as Massachusetts looks to generate more energy and quickly. Towns like Petersham believe they should have control over what their communities look like and what projects serve the best interest of residents.
The town argued in its brief that not only has Petersham been an enthusiastic adopter of solar power, permitting more than 60 such systems as of June 2023, but that the decision to deny Sunpin a permit for its project is actually rooted in a firm belief in the town’s responsibility to fight climate change by protecting trees even, in this case, if it means passing on a large solar project.
Those policy objectives shouldn’t “work against each other by siting solar by destroying forests,” Petersham wrote.
Conservation of trees is seen as critical for absorbing planet-warming carbon emissions, since 11 percent of Massachusetts’s gross annual greenhouse gas emissions are removed by land, primarily forests, according to a state forest carbon report released last year by Jonathan Thompson, director of the Harvard Forest in Petersham.
“We can meet our solar energy goals that the state has set out as part of the net-zero legislation without having to cut down our forests,” Thompson said in an interview. “It’s a false choice.”
Still, project proponents ranging from the solar industry’s national trade group to the environmental nonprofit group Alliance for Climate Transition argue that those difficult tradeoffs don’t justify the town’s rejection of the proposal.
In fact, allowing Petersham’s denial to stand would not only result in a de facto ban of solar in 97 percent of the town, but it would also result in a “dramatic weakening” of the Dover amendment, Sunpin wrote in its brief.
“They misapplied their discretion when they really shouldn’t have had the discretion that they exercised,” said Martin, Sunpin’s attorney, in court of the town’s permit denial, adding: “You’re essentially barring solar.”
The debate speaks to even broader tensions with municipalities playing out in the Bay State as Beacon Hill pushes more aggressive statewide policies to dig out of an affordability crisis, as with the MBTA Communities law that’s fueled local anxieties over a push to build more affordable housing.
And the case only underscores a near-constant reminder in Massachusetts about difficult choices around how best to lower sky-high energy costs while adding more clean power, said Caitlin Peale Sloan, vice president for climate and energy at Conservation Law Foundation.
After all, what’s better from a climate perspective: acres of trees or a solar facility?
“We could go round and round on that,” she said.
Jordan Wolman is a senior reporter at CommonWealth Beacon covering climate and energy issues in Massachusetts. Before joining CommonWealth Beacon, Jordan spent four years at POLITICO in Washington,… More by Jordan Wolman
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MADISON COUNTY, Ala. (WAFF) – Madison County commissioners approved a lease with solar developer Gemini for a new solar farm in Triana.
The 238-acre solar farm will be built by the same developer that built the solar farm near the Toyota plant. A spokesperson said the solar farm could curb the need for any immediate rate increases.
Huntsville Utilities CEO Wes Kelley said the project will allow the utility to purchase energy much cheaper than TVA rates and could keep costs from rising.
“Now that the lease deal has been approved, we can move forward with the developer on negotiating the business terms for the purchase of the electrons being generated by this solar farm. Clearly, we’re not going to be interested in that deal if we can’t buy that power less than what we’re currently paying TVA. Anytime we lower our cost, it reduces pressure on customers’ rates and puts off future rate actions.“
The solar farm is expected to produce 40 megawatts of clean energy.
The deal still needs approval from the Huntsville City Council on Thursday.
If approved by the city council, Kelly expects planning to begin as soon as possible.
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Via Community News Service, a University of Vermont journalism internship, in partnership with Vermont Public
🎧 This story was produced for the ear. We highly recommend listening to the audio. We’ve also provided a print version of the story below.
On solar farms, the ground beneath the solar panels is often planted with turf grass and left alone. But some Vermonters are experimenting with productive ways to use that land: grazing livestock, growing crops, and creating habitat for threatened pollinators and birds.
Solar makes up about 16% of the energy Vermont generates, and that number has been growing for over a decade. As solar grows, so does Vermont’s capacity for agrivoltaics — the dual use of land on solar farms for agriculture.
Lewis Fox is a sheep farmer in Leicester, Vermont. With his wife, Niko Kochendoerfer, he runs a business called Agrivoltaic Solutions. They are hired by solar companies to manage the vegetation on solar farms. “We’re in charge of keeping the vegetation within certain limits, and the sheep are the tools that we use to do it,” Fox said.
Fox said that sheep are ready-made for solar farms. “They’re pretty short stature, so they can really fit into nooks and crannies,” he said. “They’re also not really interested in chewing on wires or jumping on panels.” The panels also provide sheep with protection from the elements and shade, which means that the sheep don’t need to drink as much water on hot days.
Fox and Kochendoerfer work with farmers from Buffalo, New York to Bangor, Maine, helping them learn the ropes of solar grazing. Fox is also a founding member of the American Solar Grazing Association, an organization that promotes solar grazing and provides educational materials for farmers who want to get into it.
In the winter, when there is no grazing to be done, Fox and Kochendoerfer breed the sheep and sell grass-fed lamb. Fox said that the additional revenue they earn from agrivoltaics is a huge help financially. “For us as livestock producers, being able to use the animals in another way is very significant in terms of farm viability,” he said.
Solar grazing has exploded in recent years. There are currently about 130,000 acres of solar arrays in the United States grazed by sheep. “We think it’s got a bright future,” Fox said.
Sheep aren’t the only animals that can find food on a solar farm.
The Weybridge-based nonprofit Bee the Change is turning solar fields into habitat for bees and other pollinators. Since 2015, they’ve created habitat on 30 solar sites.
Mike Kiernan is a co-founder of Bee the Change. He said one of the organization’s main goals is to support Vermont’s native bees, many of which are threatened by loss of habitat, disease or pesticides.
Kiernan said that although some invasive plant species can be helpful to pollinators, the team at Bee the Change tries to plant native species at these sites. “Our goal is to get the highest percentage possible of native plants, because they have the longest relationship with these species,” Kiernan said.
And their efforts are working.
Through careful monitoring, the leaders at Bee the Change have seen pollinator populations on their sites increase dramatically in both number and diversity.
Supporting pollinators also helps support the plants they pollinate, which helps people, too. “We’re all actually connected, and our survival is connected,” said Kiernan. “And when people see a habitat that is enriched with pollinators, they are appreciative.”
Encore Renewable Energy, a Vermont-based B Corp, has hired both Kiernan and Fox to manage the vegetation on its solar sites. The company specializes in community-scale solar projects.
Chad Farrell is the co-CEO of Encore Renewable Energy. He said the company prioritizes using agrivoltaics because it’s good for local economies and good for the environment.
Solar grazing is often cheaper than mowing, and it cuts down on emissions because mowers, which run on fossil fuels, are not needed as often.
Planting native plants to build pollinator habitat can increase the soil’s potential to store carbon by 65%. It’s also good for the soil’s overall health — potentially paving the way for future agriculture on the land. “At the end of the useful life of the project, we’re actually able to return that land in a better condition than what we found,” Farrell said.
Some Vermonters don’t like to see agricultural land repurposed for energy production, but agrivoltaics can help alleviate this tension. “Everybody loves driving by one of our projects and seeing a bunch of sheep out there doing their thing,” Farrell said.
Lewis Fox, the sheep farmer, agrees.
“It’s often difficult for people to see solar being built on ag land, for various reasons, and I think you could argue the merits either way,” he said. “But we can help bridge the gap in that. What we’re able to do is have solar production coexist with agriculture. And it’s not just window dressing. It’s real agriculture.”
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By the People, for the People
News
Residents claim they were denied the right to cross-examine Earthrise Energy during public hearings.
Apr. 8, 2026 at 9:04pm
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A group of more than a dozen residents in Will County, Illinois have filed a lawsuit seeking to stop a vote on a proposed 6,100-acre Earthrise solar farm. The residents claim their rights were violated because they were not allowed to cross-examine Earthrise Energy officials during a public hearing on the project. The lawsuit seeks to invalidate the previous Planning and Zoning Commission hearing and any subsequent hearings, including an upcoming April 16 county board meeting where a vote is expected.
The Earthrise solar farm proposal has sparked significant backlash from neighboring residents who are concerned about the environmental and landscape impacts of the large-scale project. The lawsuit alleges that residents were denied their legal right to present evidence and question Earthrise representatives, which could invalidate the approval process if the court rules in the residents’ favor.
The lawsuit, filed on Tuesday, claims that state and county laws require residents be given a chance to present evidence and cross-examine witnesses at a public hearing for a special use permit, such as the one requested by Earthrise. However, the residents’ attorney, Steve Becker, said he was denied the opportunity to conduct cross-examination and introduce evidence on behalf of his clients during the March 30 public hearing. Becker said he was only given 5 minutes to speak during public comment, which he argued was not enough time for meaningful cross-examination.
An attorney representing 16 residents who filed the lawsuit against Will County.
The company proposing the 6,100-acre solar farm project near Manhattan, Illinois.
An attorney representing Earthrise Energy.
The county commission that held a public hearing and voted on the Earthrise solar farm proposal.
The county governing body that is expected to vote on the Earthrise solar farm proposal on April 16.
“I want the record to reflect that I have been denied the opportunity to conduct cross-examination and to introduce evidence on behalf of my clients.”
— Steve Becker, Attorney representing residents
“There’s no way to conduct any type of meaningful cross-examination in five minutes. It’s constitutionally preposterous.”
— Steve Becker, Attorney representing residents
“Becker was granted the same opportunity as other residents to answer questions.”
— Ben Jacobi, Attorney representing Earthrise Energy
The Will County Board is expected to vote on the Earthrise solar farm proposal on April 16.
This lawsuit highlights the tensions between renewable energy development and local community concerns, as well as the importance of ensuring residents have a meaningful opportunity to participate in the public review process for major projects that could impact their neighborhoods.
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The consent follows a detailed examination process which, since the application was submitted in November 2024, has included extensive consultation with local communities, stakeholders and statutory bodies. The feedback gathered during this process helped shape the project, which has been jointly developed by EDF power solutions UK and Luminous Energy. 
EDF power solutions UK’s Director of Storage, Solar and Private Wire Matthew Boulton said: “This decision is an important step forward for Springwell Solar Farm. We welcome the Government’s approval following a thorough review of the project. 
“I would like to thank everyone who took part in the public examination process and consultations. As the project moves forward, we remain committed to working collaboratively with local communities and partners to reduce the impacts of construction while delivering long-term benefits for the region.” 
Located between Sleaford and Lincoln in Lincolnshire, Springwell will make an important contribution to the UK’s future energy mix by providing enough renewable, secure energy to power over 180,000 homes* every year once operational.  
The Springwell project also includes 12km of new footpaths, over 15km of proposed new hedgerows and a community growing area which would be available for public use. A community benefit fund would provide £400 per megawatt of installed capacity to support local projects. 
EDF power solutions and Luminous Energy will now consider the details of the consent and programme for delivery of the project, before engaging with stakeholders and the community on our plans to bring this project forward into construction. Once this is complete, it is planned for Springwell to export electricity to the national grid from 2029. 

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GBP K.K. is a Japanese manufacturer specialising in Solar Replacement Panels for discontinued module types. The company has completed the supply of 25,200 Solar Replacement Panels for a 16MW solar power plant in the Kansai region of Japan. The project arose after panels at the plant were found to have manufacturing defects, and the original model was confirmed to have been discontinued — making direct replacement with identical units impossible.
 
When Panels Fail Without Warning
The plant had been operational for only a short period when the operator identified a significant decline in power output, substantially exceeding the degradation range expected under standard operating conditions. External inspection revealed no visible damage — no cracks, no surface contamination — but detailed investigation confirmed the cause as manufacturing defects within the panels themselves.
Following contact with the original manufacturer, the defect was confirmed and replacement was eligible under warranty. However, as the specific model had been discontinued, the manufacturer was unable to supply identical units and faced challenges in providing an alternative solution.
 
GBP K.K.’s Role
GBP K.K. was selected to supply Solar Replacement Panels engineered to match the discontinued model in dimensions, mounting hole positions, and power output. With over 420,000 Solar Replacement Panels supplied to date across more than 800 legacy module types, GBP K.K.’s track record provided the original manufacturer with the confidence to approve GBP’s Solar Replacement Panels as the official warranty replacement.
GBP K.K.’s selection was further supported by its one-stop service capability — covering design, supply, installation, and after-sales support — as well as its recognised expertise in solar engineering. The power plant operator also acknowledged GBP K.K.’s technical capabilities and product quality, enabling smooth project implementation.
 
Beyond Replacement — Improving What Was There Before
As part of the project, GBP K.K. supplied customised Solar Replacement Panels with enhanced per-unit power output. By maintaining the same physical dimensions while increasing output per panel, the total number of installations required was reduced. This delivered two additional benefits for the operator:
Based in Japan, GBP K.K. offers end-to-end renewable energy solutions — from solar system design and construction to O&M and cutting-edge AI/IoT integration. Feel free to reach out to us for anything renewable energy related!
Key Facts: GBP K.K. has expanded its Special Construction Business Licence to include civil engineering and seven additional specialties, effective April 2, 2026 The…
ARLINGTON, Va.–BUSINESS WIRE– Today, Venture Global, Inc. (NYSE: VG) announced that its subsidiary Calcasieu Pass Funding, LLC (the “Company”), which indirectly controls the Calcasieu…
APRIL 10, 2025 As Pacific nations scramble to secure fuel supplies — with Fiji hiking petrol prices, Tuvalu sending government workers home and the Marshall Islands declaring a 90-day economic emergency — ministers from across the region are convening in Vanuatu to do something about the fossil fuel dependency at the heart of the crisis. Pacific ministers, senior climate negotiators and international experts from the Fossil Fuel Treaty Initiative are available for interview ahead of Port Vila II — the third Pacific Small Island Developing States (PSIDS) Ministerial Dialogue on the Global Just Transition, taking place in Vanuatu from April…
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Monday, April 13, 2026
An offshoot of global fund management giant Carlyle Group has dropped plans for a major solar farm in Australia’s most advanced renewable state, and decided instead to at least double the size of what will now be a standalone battery.
The UK-based Revera Energy, controlled by Carlyle, has planed to build a 500 megawatt solar farm near Robertstown, near the start (or end point) of the new transmission link from NSW, Project EnergyConnect.
However, in a submission to the federal government’s EPBC process, Revera says it sees no point in developing a new solar farm in South Australia at the moment, and wants instead to focus on a 500 MW, 2,000 MWh battery at the same site.
“Solar farms are not currently assessed as economically viable in South Australia,” the company writes in its submission.
“No further development to the (up to) 500 MW photovoltaic solar farm is therefore underway. Revera will continue to monitor key valuation parameters, with a view to reassess developing the (up to) 500 MW photovoltaic solar farm stage if material improvements arise.”
The decision is not a surprise, given that South Australia is already at an average share of 75 per cent wind and solar, and aims to reach 100 per cent “net” renewables by the end of next year. The “net” means that it will import and export as needed.
More importantly, South Australia also has the world’s highest penetration of rooftop solar, regularly accounting for up to 100 per cent of state electricity demand, and sometimes more. The surplus means that the state’s few operating solar farms are often forced to turn off because of negative prices.
Solar-battery hybrids are often seen as a cure to this, allowing the solar output to be stored behind the same connection point, and then sent into the grid at the more profitable evening peaks.
But it seems Revera wanted to operate the solar and battery projects as separate facilities, meaning those behind the metre advantages are not captured.
Revera has taken a similar approach to its Bungama facility, near Port Pirie and also in South Australia, (see image above) where it has forged ahead with the first 150 MW, 300 MWh state of a big battery, but has not yet pushed forward on a planned adjoining solar farm.
The Robertstown solar and battery project obtained planning approval back in 2018, although this was modified in 2023 with a bigger battery, presumably as battery storage costs fell and the market opportunities improved.
Now Revera says only the standalone battery is considered an “economically viable project”, and it plans to build it in two stages, both rated at 250 MW and 1,000 MWh. It will connect into the Robertstown substation via an underground transmission link.
Solar and battery hybrids have become a prominent part of the landscape of the Australian electricity grid, with nearly two dozen projects in development, even though only one is operating at large scale, and the first in the NEM (Quorn Park) is still in commissioning.
South Australia secured one solar-battery hybrid project in the recent Capacity Investment Scheme auctions, but – unlike other states – most of its successful projects have been wind.
And three of these four projects – Neoen’s 300 MW Goyder North, Tilt Renewables 274 MW Palmer wind, and Aula’s 247 MW Carmody Hill – have landed power purchase agreements and are now under construction or poised to start.
Revera has other large scale renewable projects in the pipeline in South Australia, including the Yoorndoo Ilga solar (300 MW) and battery (250 MW, 1,000 MWh) project, and the Cape Hardy green hydrogen project on the Eyre Peninsula that will initially combine wind, solar and battery storage, as well as an up to 50 MW electrolyser.
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Giles Parkinson is founder and editor-in-chief of Renew Economy, and founder and editor of its EV-focused sister site The Driven. He is the co-host of the weekly Energy Insiders Podcast. Giles has been a journalist for more than 40 years and is a former deputy editor of the Australian Financial Review. You can find him on LinkedIn and on Twitter.
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City officials will host a “Solarbration” ceremony at 10:30 a.m. Thursday to officially cut the ribbon on the new rooftop solar system on the Robert Crown Community Center, 1801 Main St., a project years in the making that aims to reduce the building’s energy emissions by producing energy on-site.
The new system covers the Crown center’s rooftop in photovoltaic solar panels, which are owned and operated by Chicago-based contractor Verde Solutions. The city will purchase the generated electricity from Verde under a “power purchase agreement” for the next 20 years, with options to extend the deal or buy the system from Verde outright.
Thursday’s event will mark the end of a long process to put solar panels on top of the center. The earliest origin point is the 2018 Climate Action and Resilience Plan, which calls for all city operations to reach carbon neutrality by 2035. To this end, city officials and outside partners completed a “Zero Emissions Strategy” in August 2021, which the City Council adopted in March 2022.
The report listed “onsite renewable energy” production as one of its nine key strategies for reaching carbon neutrality and estimated city-owned rooftops “could possibly generate up to 4.6 million kilowatt hours” of electricity each year. It didn’t list any specific buildings as ideal candidates for solar, but by August 2023 city staff posted a request for proposals for a solar power purchase agreement at the center.
“Ultimately, the City’s goal is to both reduce its metered energy consumption from the local electric utility, and to lower its energy costs by entering into a contract” with the winning firm, the RFP stated. “The City looks to lead by example through demonstrating the feasibility of meaningful solar PV [photovoltaic] projects within the City.”
Three firms sent in proposals, and Verde was awarded the contract in February 2024. Besides advancing the city’s climate goals, the deal will also save money on energy costs: the city pays nothing for installation or maintenance, and the locked-in price of 3.95 cents per kilowatt hour beat the 5.25-cent rate the city paid at the time for energy from the grid.
It still took another year and a half for construction to start in September 2025, which involved cranes lifting materials up to the Crown Center’s roof. The city’s construction notice gave updated estimates for the system’s impact: its 1.25 million kilowatt-hour annual output will offset about a third of the building’s annual energy consumption, and the reduced cost will save the city more than $3.1 million over its full 30-year lifespan.
“Ice rinks and the ice machinery take a heck of a lot of energy,” said Councilmember Jonathan Nieuwsma (4th Ward) in a discussion of the system last month. “So that’s enough solar panels for probably 300 houses.”
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10W Solar Powered Fan – Waterproof Exhaust Fan For Greenhouse, Coops, Sheds & Pet Houses  ruhrkanal.news
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The developer says the solar farm could generate 40 MW of electricity
A large solar farm could be built next to a country lane that was part of the 2025 Tour of Britain cycle race.
The developer said the project near Maulden, Bedfordshire could generate enough power for more than 13,000 homes.
Some of the people who live nearby said the solar farm would spoil the scenery and the site should be left as agricultural land.
The developer said the location was chosen for its distance from large numbers of houses and natural screening.
Limbersey Lane was part of the third stage of the 2025 men's Tour of Britain between Milton Keynes and Ampthill.
The Greenstead Solar farm is planned for land near Haynes West End, alongside Limbersey Lane to the north of Maulden.
According to developer Brockwell Energy's website, the development could cover about 75 hectares (185 acres) and generate up to 40 MW of electricity.
The company said this would be enough to power more than 13,000 homes.
Limbersey Lane was part of stage three of the Tour of Britain, which took riders through Woburn Abbey Deer Park
A spokesperson said: "The proposed site for Greenstead Solar was selected due to the offer of a viable grid connection, its location away from a large number of residents, and the availability of natural screening due to mature vegetation."
However, the Local Democracy Reporting Service said some local residents had raised concerns about the scale of the scheme and its potential impact on the surrounding countryside, including farmland, landscape and nearby woodland.
One resident said the proposals risked changing the character of the area, which they described as valued for its rural setting.
Limbersey Lane is mostly surrounded by farmland
Posting on social media, another resident argued solar panels should be placed on retail and industrial buildings and car parks, rather than on farmland.
The construction phase is expected to last around 32 weeks, with minimal activity once the site becomes operational.
A planning application is expected to be submitted to Central Bedfordshire Council in the summer.
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Solar breakthrough of Kerala University cuts costs, boosts efficiency  The New Indian Express
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Global solar PV supply chain prices continued to weaken this week, reflecting persistent demand softness and growing oversupply across key segments, according to the latest market analysis from Infolink Consulting.
In the polysilicon segment, only limited new orders were concluded as manufacturers faced ongoing financial strain and weak market conditions. Leading producers have increasingly resorted to passive sales strategies to generate cash flow, while some medium sized manufacturers are now operating below cash cost levels. This has prompted maintenance shutdowns in early April as companies seek to contain financial risks.
Market sentiment has turned increasingly bearish, with aggressive low priced shipments from futures spot traders further destabilising prices. Demand expectations for April and May remain subdued, resulting in reduced procurement activity across the midstream segment.
Polysilicon prices continued to decline this week, with buyers lowering price expectations and limiting purchases to small volumes. The overall acceptable price level is currently estimated at RMB 30 to 32 per kg. Delivery prices stand at RMB 35 to 37 per kg for recycled mono grade polysilicon, RMB 33 to 35 per kg for mono grade mixed lots, and RMB 34 to 36 per kg for granular polysilicon. Prices are expected to fall by a further RMB 1 to 2 per kg in the near term.
Outside China, polysilicon prices remain under pressure, with the average price holding at US$ 18 per kg. Expected price increases in late March failed to materialise, while prices for Oman produced material remain under negotiation.
In the wafer segment, prices continued their downward trajectory, driven by declining upstream costs and weak demand. Mainstream transaction prices have dropped to RMB 0.93 per piece for 183N wafers, RMB 1.03 per piece for 210RN wafers, and RMB 1.23 per piece for 210N wafers.
Although trading activity improved slightly following the Qingming Festival, overall sentiment remains weak. Price dispersion has widened significantly, particularly for larger formats, indicating ongoing downside risks as the market continues to search for a price floor.
Cell prices in China also declined this week, with N type products moving closer to the industry cost line. Average prices stand at RMB 0.35 per W for both 183N and 210RN cells, and RMB 0.34 per W for 210N cells. While falling wafer prices have eased cost pressures, production remains elevated relative to module demand, sustaining oversupply conditions.
Export markets show mixed trends. Prices for P type 182P cells rose to an average of US$ 0.049 per W due to tight supply and stable demand, following the removal of export tax rebates. In contrast, N type cell export prices declined to US$ 0.052 per W, reflecting weakening international demand and narrowing price premiums over domestic Chinese markets.
Module prices in China continue to face significant pressure. For TOPCon modules, transaction prices are currently at RMB 0.68 (US$ 0.10) to 0.70 per W for utility scale projects and RMB 0.76 (US$ 0.11)to 0.80 per W for distributed generation. While distributed segment pricing has seen some strategic support, competitive pressures are intensifying and some suppliers have begun lowering quotes.
In international markets, module prices remain relatively stable. In the Middle East, logistics disruptions linked to regional conflict are constraining price movements. In Europe, prices for both distribution and utility scale projects are holding at US$ 0.12 to 0.125 per W on an FOB basis.
Overall, weak end market demand in China continues to weigh on the entire value chain. Despite efforts by manufacturers to stabilise prices, declining upstream costs and persistent oversupply are eroding support levels. Market expectations point to a potential inflection point in late April, with further price declines likely in China and possible stabilisation or reversal of recent gains in selected international markets.
Author: Bryan Groenendaal






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Country lane solar farm could power 13,000 homes  Yahoo
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When the Strait of Hormuz became a flashpoint once again, energy ministries across Asia braced for the worst. Pakistan should have been among the most exposed. Yet it was not, and the reason can be found on the rooftops of millions of mundane households.

SOLAR BOOM
When the Strait of Hormuz became a flashpoint once again, energy ministries across Asia braced for the worst. Pakistan should have been among the most exposed. Yet it was not, and the reason can be found on the rooftops of millions of mundane households.
By February 2026, Pakistan had quietly avoided over $12 billion in oil and gas imports that would otherwise have been needed to meet domestic demand, with a further $6.3 billion in projected savings by year’s end. This is the cumulative result of citizens taking matters into their own hands: buying cheap Chinese solar panels, wiring up their rooftops and stepping off a grid that had failed them for decades.
From under 1 GW of solar imports in 2018 to over 51 GW by early 2026, Pakistan achieved one of the fastest consumer-led energy transitions on record. While the government is credited with maintaining a zero-rated tax regime on solar PV imports from 2013 until mid-2025, the real architects were households priced out of grid electricity, businesses protecting themselves from crippling loadshedding, and a dramatic fall in Chinese manufacturing costs that made rooftop solar cheaper per unit than grid power.
All of these factors came together to drive this change. In villages across lower Punjab and upper Sindh, studies found that nearly 50 per cent of households have already solarised — sharing panels across families, charging fans and lights at the end of a long farming day.
The geopolitical implications remain stark. In 2024, Pakistan ranked third globally in LNG dependence on Hormuz-transiting cargoes as a share of total consumption, and fifth for oil. Solar has quietly changed that calculus. As rooftop panels spread, demand for LNG has fallen, long-term import contracts have been renegotiated and some shipments diverted. Pakistan is less exposed today, not because of any energy security doctrine, but as a result of distributed energy sovereignty, built panel by panel.
No province stands to benefit more from this revolution than Sindh and at the same time, no province has more at stake if it is reversed.
Sindh is not merely a passive beneficiary of Pakistan’s solar boom; it is the country’s renewable energy heartland. The Jhimpir-Gharo wind corridor in southern Sindh alone carries an economically viable wind potential of 11 GW, with theoretical estimates exceeding 50,000 MW. Wind speeds averaging above seven meters per second have already attracted over 36 independent wind farms, contributing 1,845 MW to the national grid and yet the corridor remains underutilised, held back by transmission bottlenecks.
On solar, the picture is equally promising. The World Bank has channeled USD 100 million into the Sindh Solar Energy Project, covering utility-scale generation, rooftop systems on public buildings, and solar home systems for off-grid communities. The Sindh government announced plans in 2024 to distribute 200,000 subsidized solar systems to low-income households. A 100 MW hybrid wind-solar project in Jhimpir – the first under Sindh’s own provincial regulator, SEPRA – is in active financing discussions, while Oracle Power’s 1.3 GW renewable complex in the same corridor received environmental approval in 2024. Such examples indicate projects in motion.
The significance for Sindh runs deeper. The province bore close to 70 per cent of Pakistan’s total damage and losses from the 2022 super floods, with 2.8 million hectares of cropland inundated. Sindh contributes less than one per cent to global emissions yet absorbs a wildly disproportionate share of climate consequences. Unlocking this potential at scale — solar, wind and the storage infrastructure to back them — is also a climate finance imperative for Sindh.
Every unit of clean energy produced in Jhimpir or Thatta is a unit that doesn’t require burning imported LNG through a chokepoint that geopolitics can close at any moment. And every megawatt of renewable capacity Sindh adds strengthens its case for a fair share of international climate finance, from the Green Climate Fund to the IMF’s Resilience and Sustainability Facility (RSF), resources the province urgently needs to rebuild and future-proof.
Pakistan’s solar boom has been a quiet climate finance success, driven by millions of households, farmers and businesses investing their own capital in distributed renewable energy. This bottom-up transition made rooftop solar both accessible and transformative. This is also why Nepra’s February 2026 Prosumer Regulations are cause for concern. By shifting all solar users from net metering to net billing — and slashing the buyback rate for surplus electricity from Rs25.32 to Rs8.13 per unit — the regulator has fundamentally altered the economics of rooftop solar.
In Sindh, where the grid has historically been weakest, the climate impacts most severe and the renewable potential most abundant, this grassroots energy transition is more than a national story. It is Sindh’s most credible path towards energy security and climate resilience. It therefore warrants a policy framework that protects and sustains its growth.

The writer is a research associate at Partners in Development and Consultancy (PIDC).
Date:

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Technical Trend Shift Spurs Upgrade
The primary catalyst for the upgrade was a notable change in the technical outlook. Emmvee’s technical trend has transitioned from a sideways pattern to a mildly bullish stance. Weekly Bollinger Bands have turned bullish, and the Dow Theory on a weekly basis now indicates a mildly bullish trend. These signals suggest growing momentum in the stock price, which closed at ₹231.55 on 13 April 2026, up 3.00% from the previous close of ₹224.80.
Additional technical indicators present a mixed but improving picture. While the weekly On-Balance Volume (OBV) remains mildly bearish, other momentum oscillators such as the Moving Average Convergence Divergence (MACD) and Know Sure Thing (KST) indicators have not generated strong signals, indicating room for further confirmation. The Relative Strength Index (RSI) on both weekly and monthly charts remains neutral, suggesting the stock is not yet overbought.
Price action supports this technical upgrade, with the stock recently touching a high of ₹242.50, approaching its 52-week high of ₹248.35, while maintaining a comfortable distance from the 52-week low of ₹171.50. This price behaviour aligns with the mildly bullish technical narrative.
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Valuation and Quality Metrics: A Mixed Bag
Despite the technical improvement, Emmvee Photovoltaic Power Ltd remains a small-cap stock with a Mojo Score of 50.0 and a Mojo Grade of Hold, upgraded from Sell. The company’s valuation is considered expensive, with an Enterprise Value to Capital Employed (EV/CE) ratio of 6.6, which is high relative to typical benchmarks in the Other Electrical Equipment sector.
Return on Capital Employed (ROCE) stands at a robust 20.9%, indicating efficient use of capital and strong operational profitability. However, the company’s recent quarterly performance reveals some challenges. The latest quarterly Profit After Tax (PAT) of ₹14.17 crores has declined sharply by 74.4% compared to the previous four-quarter average, signalling short-term earnings pressure. Operating profit to interest coverage ratio is negative at -5.62 times, reflecting difficulties in covering interest expenses from operating profits.
Net sales for the quarter have also dipped to ₹81.07 crores, the lowest in recent periods, which contrasts with the company’s long-term growth trend where net sales and operating profit have grown at an annual rate of 0%. This stagnation in sales growth tempers enthusiasm despite the strong ROCE.
Financial Trend and Institutional Participation
Financially, Emmvee exhibits a low debt-to-equity ratio averaging zero, which is a positive indicator of balance sheet strength and low financial risk. Over the past year, the stock’s profit growth has been remarkable, rising by 1177%, although the stock return data for the same period is not available (NA). Year-to-date, the stock has delivered a 20.41% return, outperforming the Sensex which is down 9.00% over the same period. One-month and one-week returns are also strong at 12.62% and 6.56% respectively, both exceeding Sensex returns.
However, institutional investor participation has declined, with a 1.8% reduction in stake over the previous quarter, leaving institutional holdings at 14.74%. This reduction may reflect cautious sentiment among sophisticated investors, who typically have greater resources to analyse company fundamentals.
Comparative Performance and Market Context
Emmvee’s performance relative to the broader market is noteworthy. While the Sensex has delivered a 5.01% return over the past year and a 29.58% return over three years, Emmvee’s stock returns for these periods are not available. Nonetheless, the recent outperformance in shorter time frames suggests renewed investor interest and potential for further gains if the company can stabilise earnings.
The stock’s current price of ₹231.55 is approaching its 52-week high, signalling positive momentum. Yet, the valuation remains on the expensive side, which may limit upside unless earnings recover sustainably.
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Summary and Outlook
In summary, Emmvee Photovoltaic Power Ltd’s upgrade to a Hold rating reflects a balanced assessment of its current standing. The technical indicators have improved significantly, signalling a mild bullish momentum that has helped lift the stock price. Valuation remains on the higher side, supported by a strong ROCE but tempered by recent profit declines and weak operating profit coverage of interest expenses.
The company’s low debt levels and steady long-term sales growth provide a foundation of quality, but the sharp quarterly PAT decline and reduced institutional interest highlight ongoing risks. Investors should monitor upcoming quarterly results closely to see if earnings recover and whether the technical momentum sustains.
Given these factors, the Hold rating is appropriate, signalling that while the stock is no longer a sell, it does not yet warrant a Buy recommendation. The cautious stance reflects the need for further confirmation of financial recovery alongside the positive technical signals.
Investment Considerations
Investors should weigh the following points when considering Emmvee Photovoltaic Power Ltd:
Overall, Emmvee’s upgrade to Hold reflects a nuanced view that balances improving technicals and valuation concerns against recent profit volatility. Investors should remain vigilant for further earnings updates and market developments before increasing exposure.
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GoodWe Enhances Its Presence in the Indian Market with a Strategic Distribution Partnership with Photovoltaic Solar  SolarQuarter
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Papua New Guinea’s energy landscape is entering a new chapter with the launch of a locally funded solar project spearheaded by investor Mr Jeff Kennedy.
In a landmark agreement, PNG Power Ltd (PPL) has signed a contract to integrate this project into the national grid, marking a significant step toward diversifying the country’s energy mix and strengthening electricity reliability.

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12awg Solar Female Male Connector To Sae Cable Pv Extension Wire With Polarity Reverse Adapter  primetimes.id
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Technical Trend and Momentum Analysis
Over recent weeks, Emmvee Photovoltaic Power Ltd’s price action has moved decisively above its previous consolidation range, signalling a mild bullish momentum. The stock closed at ₹231.55 on 13 Apr 2026, up 3.00% from the prior close of ₹224.80, with an intraday high of ₹242.50. This price movement brings it closer to its 52-week high of ₹248.35, suggesting renewed buying interest.
The weekly technical trend has shifted from sideways to mildly bullish, supported by the Bollinger Bands indicator which currently shows a bullish signal on the weekly timeframe. This suggests that volatility is increasing with upward price pressure, often a precursor to sustained rallies. Meanwhile, the monthly Bollinger Bands also confirm this positive momentum, reinforcing the medium-term bullish outlook.
Dow Theory assessments align with this view, indicating a mildly bullish trend on both weekly and monthly charts. This theory, which analyses market phases through price action and volume, suggests that Emmvee is in the early stages of an upward trend, potentially attracting momentum traders and long-term investors alike.
MACD, RSI, and Moving Averages: Mixed Signals
While the Moving Average Convergence Divergence (MACD) indicator details were not explicitly provided, the absence of a strong MACD signal on weekly and monthly charts implies that momentum is building but not yet at a decisive breakout level. This cautious stance is echoed by the Relative Strength Index (RSI), which currently shows no clear signal on the weekly timeframe, indicating the stock is neither overbought nor oversold.
Daily moving averages have not been specified in detail, but the overall mild bullish trend suggests that short-term averages may be crossing above longer-term averages, a classic bullish crossover pattern. Such crossovers often attract technical buyers and can serve as confirmation of trend shifts.
However, the On-Balance Volume (OBV) indicator presents a mildly bearish signal on the weekly chart, hinting at some divergence between price gains and volume flow. This could indicate that while prices are rising, the volume supporting these moves is not yet robust, warranting cautious monitoring for confirmation of sustained momentum.
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Comparative Performance and Market Context
Emmvee’s recent price momentum is further validated by its strong relative returns compared to the broader Sensex index. Over the past week, the stock has gained 6.56%, outpacing the Sensex’s 5.77% rise. The one-month return is even more impressive at 12.62%, while the Sensex declined by 0.84% during the same period. Year-to-date, Emmvee has surged 20.41%, contrasting sharply with the Sensex’s 9.00% loss.
These figures highlight Emmvee’s resilience and potential as a small-cap growth candidate within the Other Electrical Equipment sector. Despite the Sensex’s moderate gains over the past year (5.01%) and strong long-term returns over three, five, and ten years, Emmvee’s recent outperformance signals a possible shift in investor sentiment towards this niche segment.
Mojo Score Upgrade and Market Sentiment
Reflecting these technical and price momentum improvements, Emmvee Photovoltaic Power Ltd’s Mojo Grade was upgraded from Sell to Hold on 10 Apr 2026. The current Mojo Score stands at 50.0, indicating a neutral stance with potential for further improvement. This upgrade suggests that while the stock is not yet a strong buy, it has moved out of a negative technical posture and is now attracting more balanced investor interest.
The company remains classified as a small-cap within the Other Electrical Equipment sector, which often entails higher volatility but also greater growth opportunities. Investors should weigh these factors carefully, considering the mildly bullish technical signals alongside volume divergences and the broader market environment.
Outlook and Strategic Considerations
Given the current technical landscape, Emmvee appears poised for a cautious recovery phase. The mildly bullish weekly and monthly trends, supported by Bollinger Bands and Dow Theory, provide a foundation for potential upside. However, the lack of strong MACD and RSI signals, combined with mildly bearish OBV readings, advises prudence.
Investors may consider monitoring daily moving averages for confirmation of bullish crossovers and watch for volume increases to validate price advances. The stock’s proximity to its 52-week high of ₹248.35 also suggests that resistance levels could be tested in the near term.
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Sector and Industry Context
Emmvee operates within the Other Electrical Equipment industry, a sector that has seen mixed performance amid evolving energy trends and technological shifts. The company’s focus on photovoltaic power positions it favourably in the renewable energy space, which continues to attract policy support and investor interest globally.
However, the sector’s small-cap nature means that stocks like Emmvee can experience heightened volatility and sensitivity to technical signals. The current mild bullish momentum may attract speculative interest, but investors should remain vigilant for confirmation through volume and momentum indicators.
Conclusion
In summary, Emmvee Photovoltaic Power Ltd is exhibiting early signs of a technical momentum shift, moving from a sideways to a mildly bullish trend. The upgrade in its Mojo Grade to Hold and positive Bollinger Bands and Dow Theory signals support this view. Nevertheless, mixed signals from MACD, RSI, and OBV suggest that the rally is in its nascent stages and requires further validation.
Investors looking at Emmvee should consider these technical nuances alongside its strong recent relative performance versus the Sensex and the broader sector outlook. While the stock shows promise as a small-cap recovery candidate, a balanced approach with attention to volume and moving average confirmations is advisable.
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We have to use all that toxic waste for something, right?
By Luis Prada
Lead bullets created centuries ago might one day help power your home. If that comes to pass, we can thank a team of scientists who found that toxic lead waste, including musket balls dating back to the 16^th and 17^th centuries, can be used as a key ingredient in the development of solar panels.
As reported by Gizmodo, based on a study published in Cell Reports Physical Science, researchers at Germany’s Jülich Research Centre have come up with a way to up cycle contaminated lead in turn it into high-purity lead iodide, a compound essential for perovskite solar cells, best known for being the leading candidate for the future of solar cell technology, possibly one day replacing traditional silicon panels while offering lower production costs and higher efficiency.
The problem in creating these types of solar cells is that they heavily rely on lead, an element that’s toxic to us and the environment, as well as a pain to mine and refine. But what if we didn’t have to mine it as much? There’s already tons of lead sitting unused in global waste deposits. The researchers aren’t proposing anything revolutionary, but it would still be impactful: what if we used all that lead just sitting around poisoning the world to power our high-tech solar panels?
Recovered lead, no matter how old and dirty, gets reshaped into electrodes and placed in a chemical solution. An electrical current then drives a reaction that produces highly purified lead iodide. Then, the materials are used to grow perovskite crystals.
The result is a solar cell with about 21 percent efficiency, not far off from the roughly 27 percent achieved by the best lab-made perovskites using expensive high-end materials. And all with what essentially amounts to a bunch of discarded junk, some of it being bullets specifically designed to kill people, now being converted into energy.
The researchers’ experiment used heavily degraded musket balls to prove their method could work with lead in any condition, even when it’s old and severely oxidized. The idea is that if it worked in this scenario, it could almost definitely work with more common industrial lead waste, of which there is a lot out there.
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The Universidad Católica del Norte (UCN) of Chile inaugurated three photovoltaic solar plants in carport format. These installations are located on two campuses in Antofagasta and one in Coquimbo.
The project will operate under a 25-year energy purchase agreement. In this sense, it is consolidated as a strategic investment in energy infrastructure.
Additionally, the plants will generate approximately 1,643 MWh annually. Therefore, they will allow covering about 36% of the energy demand with clean energy.
The structures were designed in the carport format. That is, the solar panels function as roofs for parking lots.
In this way, the use of available space is optimized without affecting other areas. Likewise, it adds functional value to the university infrastructure.
Moreover, this solution combines energy efficiency with practicality. Consequently, it presents itself as a replicable model in other educational environments.
The implementation of these plants represents a step forward in the energy transition of the educational sector. In this context, the UCN reinforces its commitment to the environment.
Similarly, the initiative aligns with the need to reduce carbon emissions. Therefore, it contributes to mitigating the effects of climate change.
Additionally, the project promotes an institutional culture oriented towards sustainability. This impacts both students and the academic body.
The use of solar energy offers multiple environmental and economic advantages. Firstly, it reduces dependence on fossil fuels.
Likewise, it decreases greenhouse gas emissions. Consequently, it contributes to improving air quality and curbing global warming.
On the other hand, it allows for decentralized energy generation. This favors energy autonomy and resilience in the face of crises.
Furthermore, operational costs tend to decrease in the long term. In this way, environmental sustainability is combined with economic stability.
The development of these solar plants positions the Universidad Católica del Norte as a leader in energy innovation in Chile. In this sense, it sets a path for other institutions.
However, the expansion of this type of project requires continuity. Therefore, it will be crucial to maintain investment and planning policies.
Finally, the integration of renewable energies in educational spaces strengthens environmental awareness. Thus, it promotes a more balanced and responsible development model.
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