Solar carports are emerging as a strategic alternative for schools and municipalities in Massachusetts, offering distinct advantages over traditional rooftop or ground-mounted systems. While structural costs are higher, integrating battery storage and planning for future EV charging are key to maximizing the project's long-term value.
Bengaluru-based Emmvee Photovoltaic Power has shifted more than half of its cell production to the larger G12R format, citing efficiency gains and lower silver usage. The company plans to convert remaining M10R lines once current orders are fulfilled, aiming for a complete transition to G12R.
Uttar Pradesh has surpassed nine lakh rooftop solar installations under the PM Surya Ghar Muft Bijli Yojana, adding over 3,000 MW of capacity. The program has generated significant economic activity, creating over one lakh direct jobs and engaging thousands of vendors.
NTPC has launched an EPC tender for a 15 MW floating solar project with a 60 MWh battery storage system at Tamarind Falls Reservoir in Mauritius. The tender requires bidders to demonstrate significant solar experience and adhere to strict performance metrics for the storage system.
Chief Minister Thakur Sukhvinder Singh Sukhu inaugurated a 2 MW solar plant with 1 MWh battery storage in Rongtong, Kaza. The project, completed in December 2024, is the state’s first hybrid solar-storage facility and is expected to generate 36 lakh units annually.
Chief Minister Sukhvinder Singh Sukhu inaugurated the first battery-powered solar project in Spiti Valley, located in Rongtong. The 2 MW facility, commissioned in December 2024, includes a 1 MWh battery system to support power reliability at high altitude.
Solaria has agreed with the Uruguayan government to build a 500 MW data center park supported by 350 MW of solar power. The project, the largest foreign investment in the country's history, will be developed in two phases across three departments.
Rable’s Rable4Roofs system uses a self-supporting lattice to reduce anchor points by 95%, allowing solar installation on roofs with limited load-bearing capacity. The company has completed 60 projects in 30 months and is expanding into France, where it aims to install 10 systems by December.
An international team has published an open-access dataset designed to train AI systems for autonomous solar panel cleaning robots. The collection includes 6,200 annotated images featuring various levels of synthetic and physical contamination to improve visual navigation accuracy.
A 250 MW solar facility in Saudi Arabia has introduced 38 Sand gazelles to its grounds, following a successful seven-month proof-of-concept. The project aims to grow the local population to 600 by 2031 while maintaining energy output.
TGREDCO has launched a competitive bid for 3,000 MW of solar capacity paired with 6,000 MWh of energy storage across India. The build-own-operate projects require developers to meet specific financial thresholds and commence power supply within 24 months.
Allied Facility Partners has completed a solar installation across three buildings in the Cary Community Consolidated School District. The system offsets more than half of the facilities' electricity usage and includes a public dashboard for educational purposes.
Adelphi University has deployed a 295-kW rooftop solar system atop its LEED-certified recreation center in Long Island, New York. The project, developed by Greenskies Clean Energy, combines a necessary roof replacement with renewable energy generation under a power purchase agreement.
Ameresco installed a solar-plus-storage system at the Roseburg Urban Sanitary Authority main office, offsetting 100% of its electricity use. The $1 million project, funded by state grants, is the first phase of a larger multi-site energy program.
A new study analyzing two years of data from a 50 MW Spanish plant reveals that effective bifaciality is 13-15% lower than nominal values. The findings, published in Renewable Energy, suggest current regulatory factors may overestimate actual energy yields.
Arevon Energy has secured three 20-year renewable energy credit contracts for its upcoming 200 MWac Panther Energy Project in Perry County, Illinois. The project was selected through the Illinois Power Agency’s 2026 procurement and approved by the state’s commerce commission to help meet renewable portfolio standards.
Trina Solar researchers have introduced a framework distinguishing reversible from irreversible ultraviolet-induced degradation in TOPCon solar cells. The work aims to align testing with new IEC standards and improve module reliability assessments.
Greenbacker Renewables has completed the first cranberry harvest from bogs in Plymouth and Kingston, Massachusetts, equipped with overhead solar arrays. The dual-use projects, installed by Distributed Energy Infrastructure, demonstrate a viable model for reviving financially unviable wetland crops.
Tata Power Renewable Energy reported a 130% year-on-year jump in utility-scale commissioning for Q2 FY27, reaching 419 MW. The company also deployed 131.2 MWh of battery storage, with a significant portion dedicated to third-party customers.
Leapting has introduced the Auto-Navigation Forklift Robot (AFR), a tracked vehicle designed to handle solar module pallets weighing up to 3,000 kg on construction sites. The system utilizes advanced navigation sensors and a robust chassis to operate in challenging environmental conditions.
New research from MIT examines how different solar deployment models influence residential electricity pricing across the United States. The findings suggest a stark divergence in economic impact between large-scale installations and distributed rooftop systems.
The new Hyper-ion series module utilizes advanced optical coatings to minimize sunlight reflection for airport and residential applications. Risen Energy's latest bifacial product achieves a maximum power output of 730 W with a 23.5% conversion efficiency.
France's latest ground-mounted solar tender has awarded 930 MW of capacity to 125 projects, with a weighted average price of €60/MWh. This represents a significant decline in price compared to previous rounds, with implications for the country's renewable energy goals.
Researchers at the Liten institute of the French Alternative Energies and Atomic Energy Commission (CEA) have made significant advancements in solar panel technology, achieving higher efficiency and power output. This development could pave the way for more efficient and cost-effective solar energy solutions.
A team from Indonesia's Institut Teknologi Sepuluh Nopember has made significant advancements in solar panel testing, focusing on surge protection and efficiency ratings. Their work aims to enhance the safety and performance of solar energy systems.