The energy industry is experiencing a surge in demand from data centers, crypto mining, and electric vehicles, while the federal government continues to prioritize fossil fuels. However, photovoltaic solar technology has become more efficient and cost-effective, offering a promising alternative energy source. Emerging methods like ecovoltaics and agrivoltaics are promoting biodiversity and ecosystem health by using PV solar panels to cultivate native plant growth. Studies have shown that ecovoltaic sites support more biodiversity, attract pollinators, and have positive impacts on soil health compared to traditional solar energy farms. Agrivoltaics, the integration of solar and agricultural production, can benefit habitat biodiversity, support native species, and provide mutual benefits for energy and food production, especially in states with limited land for both renewable energy and agriculture. Countries like Japan have already seen success with agrivoltaics, including projects that integrate livestock grazing under solar panels. Projects like the Cornucopia Hybrid Solar Project in California demonstrate the potential for agrivoltaics to deliver renewable energy, promote agricultural uses, and conserve groundwater while reducing fire risks and the need for vegetation maintenance.
Category: Buildings & Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Energy Sources
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Google inks deal for massive Arkansas solar and storage project
Google has signed a deal with Cypress Creek Energy to invest in and receive energy from the largest solar facility in the United States, the Steel River Energy Center. The project includes 2.5 GW/2.9 GWh of solar and storage capacity, with Google acting as an anchor investor and offtaker. Expected to create 700 construction jobs during each phase, the project will be built in three phases and fully online by 2029. Solar panels made entirely in the U.S. and steel from Mississippi County facilities will be used, showcasing a commitment to domestic production and renewable energy solutions.
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What ‘mother of all co-location projects’ raising $5bn means for 24/7 clean power
The milestone $5 billion co-location project for 24/7 clean power by gigascale firm green power, such as the Masdar plant, is a significant step forward in achieving continuous clean energy production. This project stands out as an outlier in the industry and showcases the potential for large-scale clean energy solutions. Experts view this development as a positive sign for the future of sustainable energy production and a model for other companies to follow in the transition to clean power.
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Zayed Sustainability Prize Closes 2027 Submissions with Strong Global Participation
The Zayed Sustainability Prize has closed submissions for its 2027 awards cycle, receiving a record 10,233 entries from 177 countries across six categories. The submissions reflect a growing emphasis on resilience, adaptability, and systems-level impact, with a focus on practical, community-focused solutions. Key trends include a strong focus on AI-enabled healthcare and agricultural technologies, decentralized energy, improved groundwater access, and circular economy approaches. The Climate Action category received the highest number of submissions, followed by Food, Health, Global High Schools, Energy, and Water, showcasing a global demand for practical solutions to address urgent challenges. The section discusses solutions in energy efficiency, renewable energy, water access, and climate action, with a focus on affordability, reliability, and community resilience. It highlights student-led projects in global high schools addressing renewable energy, water filtration, waste management, and biodiversity. The Zayed Sustainability Prize recognizes innovative solutions in various categories, with winners receiving funding to implement or expand their projects, positively impacting over 411 million lives worldwide and promoting sustainable development and resilience.
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Pilot tests show vertical PV system with specular reflectors delivers 51% higher yield
Spanish startup FutureVoltaics has launched VectHor, a photovoltaic solution designed to increase irradiance capture and shift solar generation towards periods with higher electricity market value. The largest pilot plant in Lemoiz, Spain, using VectHor technology achieved a 51.4% higher specific yield compared to conventional installations, resulting in a 73.6% higher economic return. FutureVoltaics is collaborating with CABB to commercialize VectHor and plans to implement more installations in the future. The pilot project validates the durability and performance of the VectHor5 platform under challenging environmental conditions, contributing to improvements in installation and maintenance practices. The next iteration of the product will include improved reflector materials to further increase energy production and economic value of electricity generated.
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The Philippines inaugurates first phase of massive solar-storage project
The MTerra Solar project in the Philippines is a large-scale solar-plus-storage facility that will deliver 3.5 GW of solar capacity and 4.5 GWh of energy storage once completed. The first phase has energized 1,373 MW of solar and 825 MW of battery energy storage, fulfilling a 600 MW mid-merit power supply agreement with Meralco. The President of the Philippines emphasized the importance of diversifying energy sources towards renewables to reduce reliance on coal for power generation. This project is a significant step towards boosting the energy sector and increasing the share of renewables in the country's energy mix, showcasing the potential for large-scale renewable energy projects to drive sustainable solutions for climate change.
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Chinese scientists achieve world record efficiency of 28.04% for perovksite-organic tandem solar cell
Researchers at the Chinese Academy of Sciences have achieved a world record power conversion efficiency of 28.04% for a tandem solar cell using a wide-bandgap perovskite bottom cell and a narrow-bandgap organic top cell. They utilized a photo-transformable molecule called TDB to improve film uniformity in the perovskite film, leading to enhanced stability and performance. The device demonstrated excellent stability, retaining 90% of its initial efficiency after 625 hours of continuous operation, addressing key challenges associated with morphological instability and performance decay in solar cells. Additionally, the Solar Energy Research Institute of Singapore has achieved a 26.4% efficiency using a new type of organic absorber in the bottom cell, showing promising advancements in tandem solar cell efficiency.
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Google agrees to purchase 100% of power from largest solar-plus-storage project in U.S.
Google has signed a VPPA for the Steel River Energy Center in Arkansas, the largest solar-plus-storage project in the US, with plans to scale up to 2.5 GW of solar PV and 2.9 GWh of energy storage. The project will help Google offset its grid-based emissions by paying a fixed price for clean energy output. Tech companies are turning to VPPAs to meet decarbonization targets and inject renewable capacity into local systems. The Steel River project is prioritizing domestic manufacturing to secure financing and navigate trade policies.
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Climate Philanthropists Enable Local Communities to Own Their Futures
The Ceibo Alliance, the Honnold Foundation, Blue Ventures, and the Everpure Foundation are all working to empower marginalized communities and promote sustainable practices worldwide. These initiatives focus on renewable energy, community-based fisheries management, and locally-led solutions in environmental sustainability. The Honnold Foundation specifically supports community-scale solar projects to increase climate resilience and reduce pollution, while Blue Ventures addresses overfishing through Locally Managed Marine Areas. Nonprofits are facing high demand for climate-related projects, aiming to help communities thrive in the face of climate breakdown and biodiversity loss. Resilience and adaptability are crucial in addressing the challenges arising from environmental and geopolitical factors.
https://triplepundit.com/2026/climate-philanthropists-enable-local-communities-to-own-their-futures/
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Renewables, Led By Solar, Were Largest Source of Energy Supply Growth Globally in 2025
In 2025, the US accounted for 47% of the world's CO2 emissions growth due to fossil fuel-biased policies and AI infrastructure, while renewables, particularly solar power, saw significant growth in total energy supply. Despite fossil fuels dominating global energy supply, positive trends include the growth of solar and wind power, decline in China's oil and diesel use, and Europe's reduction in fossil fuel dependence through renewable energy expansion. The EU's accelerated deployment of wind and solar power has led to a decrease in coal and gas generation, with wind and solar generating more power than coal, gas, and oil combined by 2025. This shift has saved the region €72bn in fossil fuel imports between 2022 and 2025, driven by the cost-effectiveness, stability, and ability of solar power to reduce fossil fuel dependency globally.