Clean, renewable energy solutions such as solar power and energy storage systems are proving to be cost competitive with fossil fuels and are providing reliable electricity to remote communities. Projects like the Northern Cheyenne Buffalo Reservation Project and the Give Power Project are examples of how solar power and battery storage are improving quality of life by bringing electricity and clean water to communities in need, reducing dependence on polluting diesel generators. The installation of solar systems at school campuses not only powers daily operations but also benefits the broader community by improving safety, supporting healthier learning environments with access to clean water, and reducing reliance on fossil fuels. These initiatives showcase the positive impact of renewable energy solutions in addressing climate change and improving the well-being of communities.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
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Astronergy adopts quarter-cut cell design, boosting TOPCon module efficiency and reliability
Astronergy's new ASTRO N7 Pro PV modules feature quarter-cut cell technology and TOPCon 5.0+ technology, increasing module power and efficiency while maintaining compatibility with previous generations. The modules also have a high bifaciality rate and innovative module layout design to maximize solar area and improve efficiency. These advancements benefit utility and C&I solar projects by reducing system costs, increasing energy yield, and providing resilience in harsh environments. Major reliability challenges for solar products in utility-scale and C&I projects include prolonged outdoor exposure, thermal cycling, UV radiation, and physical damage from extreme weather. The ASTRO N7 Pro PV module incorporates innovative technologies to ensure stable power generation and support a 30-year linear power warranty with high end power retention. Optimized cell passivation and upgraded encapsulation materials enhance resistance to PID and UVID, improving long-term durability. Higher conversion efficiency leads to lower operating temperatures, slowing material aging. The quarter-cut circuit design reduces shading losses and peak hot-spot temperatures, improving safety and adaptability. The reinforced frame offers higher mechanical load capacity to withstand extreme weather conditions.
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Africa records fastest-ever solar growth in 2025
In 2025, installations of solar power in Africa increased by 54%, with around 4.5 GW of new solar PV capacity installed. Utility-scale projects accounted for 56% of installations, while distributed solar made up 44%. The report highlighted the under-reporting of rooftop, commercial, and distributed capacity due to limited data. The need for greater investment in battery storage, grids, and power system flexibility was emphasized to improve reliability of supply and support rising energy demand. The top 10 solar markets in Africa led the capacity additions, but solar deployment is spreading to a wider group of countries, with several mid-sized and emerging markets making significant gains. Despite the rapid growth of distributed solar in Africa, financing models have not kept pace, with most clean energy finance still coming from public and development sources geared towards large projects. Private investment in clean energy has increased, but funding for smaller solar systems used by homes and businesses remains limited. Leaders in the industry estimate that up to $46 billion will be needed by 2030 to meet electrification targets in African countries. The Global Solar Council warns that misalignment between funding and market needs could slow deployment of solar energy, but aligning finance, planning, and regulation with market realities could lead to significant growth in solar capacity and economic benefits.
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A Coal Town Reborn
The town of Loos-en-Gohelle in France has successfully transitioned from a coal mining economy to a sustainable one, with solar panels powering 90% of public energy needs by 2021. The town embraced its mining heritage and involved locals in the transformation process, leading to a diverse range of projects in clean energy, agriculture, biodiversity protection, and more. Citizen participation was key in this transition, which took decades and involved breaking away from the control of mining companies. The success of Loos-en-Gohelle has inspired others to replicate its citizen-powered transition model, with the founding of La Fabrique des Transitions to spread its methods nationwide, potentially impacting France's climate transition efforts.
https://reasonstobecheerful.world/france-coal-town-reborn-loos-en-gohelle/
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A grid with no smokestacks: Octopus snaps up biggest battery project and solar hybrid in push to replace coal
Octopus Australia, a leading clean energy investment company, has acquired two major battery projects in Australia – one in NSW and the other in Queensland, with large-scale storage capacity and solar-battery hybrid systems. The company aims to replace coal with clean energy solutions like solar, wind, and batteries, positioning themselves as a key player in the renewable energy market. Octopus plans to build a "ring of batteries" around Sydney and remains optimistic about the market in Queensland. They prioritize local community involvement, job creation, and building long-term relationships while continuing to grow their portfolio and deliver on their promises in the renewable energy sector.
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India installs more than 2.08 million rooftop solar systems under PM scheme
Since early 2024, India has installed over 2.08 million rooftop solar systems under the PM Surya Ghar: Muft Bijli Yojana program, with INR 147.7 billion in central subsidies disbursed. The initiative has benefited over 2.6 million households nationwide, with Gujarat leading in implementation. The program provides upfront subsidies for residential consumers to install rooftop solar systems, aiming to generate renewable electricity and reduce carbon dioxide emissions. Deployment of rooftop solar systems across 10 million households could generate up to 1,000 billion units of renewable electricity and reduce emissions by 720 million metric tons over 25 years.
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Fertiliser giant firms up first leg of Indigenous-backed, 1.2 GW green energy hub
Perdaman is developing a 50 MW solar project near Karratha as the first stage of a 5 GW energy vision, connecting to a urea plant and the local grid. The project is expected to be connected by the end of 2027 and is part of a larger 1.2 GW energy park being built by the Ngarluma Aboriginal Corporation. The NAC energy park aims to lease land for green energy development, with support from the Western Australian government. The project will also connect to a transmission line prioritized by the government for decarbonizing heavy industry in the region.
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Onyx Solar BIPV solution turns skyscraper skin into power source
Onyx Solar is installing a custom building integrated PV system at Atlassian's new headquarters in Sydney, featuring 1,794 solar glass 'louvres' that act as a self-shading system to reduce heat gain and enhance energy efficiency. This PV glazed facade allows natural light to enter, reducing the need for artificial lighting and lowering energy consumption. The BIPV system enables the building to generate its own energy while maintaining comfort and aesthetics, with Atlassian aiming for 100% renewable energy operation by 2027.
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Five gigascale floating wind projects set to shape the sector
The ScotWind lease round in 2022 allocated nearly 29GW of seabed capacity for offshore wind projects, a major advancement for the industry in the transition to renewable energy and combating climate change. This milestone underscores the growing significance of offshore wind in reducing greenhouse gas emissions and advancing towards a sustainable energy system. The increased capacity will play a crucial role in accelerating climate solutions and promoting a cleaner, more environmentally friendly energy sector.
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The impact of microclimate effects on floating PV plants
French researchers have developed a high-resolution computational framework to model microclimate effects of large floating solar PV systems, ground-mounted installations, and agrivoltaic systems. The model can inform thermal performance, environmental impacts, and optimize designs for utility-scale floating PV. It allows for accurate predictions of heat transfer, ambient temperatures, and water evaporation based on panel configuration and wind conditions. Additionally, researchers are developing CFD models to predict energy output and environmental trade-offs of dual-use photovoltaic systems and FPV evaporation research, as well as an agrivoltaics CFD-plant model to predict crop response below PV canopies. The study involves Ecole nationale des ponts et chaussees, Electricité de France RD, and Université Claude Bernard.
https://www.pv-magazine.com/2026/02/02/the-impact-of-microclimate-effects-on-floating-pv-plants/