India’s Ministry of Power has proposed extending late-payment protections to standalone energy storage providers. The amendment would define eligible providers and offer payment security, surcharges, and default safeguards. Open for stakeholder comments until December 10, 2026, the proposal aims to reduce financial risks, attract investment, and support renewable integration through expanding storage infrastructure.
India’s Power Ministry has proposed amendments to renewable-energy and battery-storage procurement guidelines, requiring domestic content compliance for integrated and standalone storage systems. Changes also mandate storage where regulations require it and revise payment security rules, allowing optional developer contributions of up to ₹5 lakh/MWh. Stakeholders may submit feedback by November 25, 2026.
The ERC’s 46th Open Commission Meeting reviewed reforms to electricity cost adjustments, energy storage regulation, and retail competition. Proposed measures would improve billing transparency, prevent duplicate recovery of storage costs, establish licensing and safety standards, and gradually expand consumer choice through a five-year Retail Competition and Open Access roadmap, subject to market readiness.
OERC has proposed 2026 regulations replacing Odisha’s 2021 renewable energy framework. The draft sets rising RPO targets from 35.95% in FY 2026-27 to 43.33% by FY 2029-30, alongside ESO targets of 2.5% to 4%. Stakeholder comments are invited until December 5, 2026, with SLDC overseeing compliance and reporting.
South Korea’s Ministry of Climate, Energy and Environment is expanding its Solar Income Village initiative to support rural renewable energy projects and increase community incomes. Sudong Village’s planned 1 MW solar project has strong resident backing but faces grid constraints. A revised Energy Storage System programme will involve private VPP operators in financing and operating storage solutions.
The Philippines, Vietnam, and Indonesia launched a partnership to replace costly diesel generators in remote communities with solar PV and battery storage. The initiative will promote investment, coordinated planning, and technical development. Philippines plans to include island electrification in its Green Energy Auction program, building on projects that have cut costs and enabled 24-hour electricity.
Federal University of Lafia has commissioned a 1.6-megawatt captive solar hybrid power project under Phase III of the Federal Government’s Energising Education Programme. The facility is expected to improve electricity reliability, support digital learning, laboratories, teaching and research, and strengthen the university’s infrastructure while advancing renewable energy and human capital development.
EDF power solutions and Anglo American have commissioned South Africa’s 520 MW Koruson 2 renewable energy cluster, comprising two wind farms and a solar plant. Through Envusa Energy, the projects will supply mining customers under 20-year agreements, reduce emissions by about 2.2 million tonnes annually, and support local ownership, financing, and community benefits.
China’s CPECC and Malaysia’s Jaks Resources Berhad signed a cooperation agreement for Malaysia’s LSS5+ solar project on November 6, 2026. Valued at over US$100 million, the venture will expand clean electricity generation through Chinese engineering expertise, Malaysian infrastructure experience, and financing from Standard Chartered Bank and China Construction Bank Malaysia.
KPI Green Energy energized an additional 171.5 MWp in Bharuch, Gujarat, comprising 49.7 MWp for its solar project and 121.8 MWp for its hybrid project. Solar IPP capacity reached 300.8 MWp of 350 MWp, while the hybrid project achieved 510.7 MWp. Both projects operate under long-term GUVNL power purchase agreements.
Oyster Renewable Energy has commissioned 39.3 MWp of a ₹372 crore wind-solar hybrid project for Laurus Labs in Andhra Pradesh. The solar facility will generate 51.51 MU annually and avoid 35,571 tonnes of emissions. A 21.6 MW wind component is due by December 2026, helping deliver 124 MU annually and support Laurus Labs’ 50% renewable-energy target by Q4 FY27.
Energy Investment LLC and CORNEX New Energy agreed to develop a 1 GWh battery energy storage project in Romania. Energy Investment will manage development and execution, while CORNEX supplies the technology. Potential commissioning could begin in 2027, subject to permitting, grid connection, financing, regulatory approvals and procurement. The project aims to support renewable integration and grid flexibility.
KHNP is developing clean hydrogen production using nuclear and renewable electricity, with projects including the commissioning of a Korean production base and a 10 MW low-temperature electrolysis demonstration. It is also advancing high-temperature electrolysis, strengthening the full hydrogen value chain and pursuing international partnerships. Commercial success will depend on costs, infrastructure, reliability and committed customers.
West Africa's solar PV market is growing due to increasing electricity demand and utility-scale projects, although diverse regulations and climatic challenges persist. In a discussion with Adama Cissé of Jinko Solar, she highlights the importance of technology choice and local partnerships in driving adoption, along with the successful introduction of the Tiger Neo 3.0 technology.
India's energy storage market is set for rapid growth, emphasising grid stability, efficiency, and advanced technologies. Sineng Electric's General Manager highlights the importance of grid-forming technology in supporting renewable energy integration. The company aims to enhance local operations and develop efficient solutions aligned with India's energy transition and project demands.
India's renewable energy sector is embracing artificial intelligence for smarter energy management. Sigenergy India's CEO, Abhilash Borana, highlights their innovative AI-powered energy storage solutions that optimise electricity consumption and integrate solar, battery storage, and EV charging. The company aims to expand locally while revolutionising energy efficiency across residential, commercial, and industrial applications.
Global renewable capacity could grow by nearly 4,800 GW from 2026 to 2031, led by solar PV and strong onshore wind expansion. India and developing economies will contribute substantially, alongside rising rooftop and off-grid solar adoption. However, grid constraints, curtailment and negative prices require investment in transmission, storage, flexibility and faster policy implementation to meet global targets.
India’s CEA and Danish Energy Agency have released a technology catalogue to guide energy storage planning and investment. Covering batteries, pumped storage, compressed air, and thermal systems, it compares technologies under Indian conditions. The catalogue supports renewable integration, grid reliability, informed project development, and India’s transition toward net-zero emissions by 2070.
Aligning long-term energy scenarios with low-emission strategies is essential for consistent decarbonization, investment and energy security. Although alignment is relatively strong for 2030, the gap expands from 19% to 45% by 2050, compounded by limited emissions data. Shared modelling, institutional cooperation, legislation, synchronized updates and stakeholder engagement can improve coherence and prevent fossil fuel lock-in.
An international coalition aims to install rooftop solar systems on 300 million homes by 2030, doubling current adoption and creating about 2 terawatts of capacity. The initiative could benefit over one billion people, lower energy costs, improve security, and create jobs. Success depends on affordable financing, simpler permits, stronger grids, and skilled workforces.
India's energy storage market is set for rapid growth, emphasising grid stability, efficiency, and advanced technologies. Sineng Electric's General Manager highlights the importance of grid-forming technology in supporting renewable energy integration. The company aims to enhance local operations and develop efficient solutions aligned with India's energy transition and project demands.
NTPC Green Energy has invited domestic bids for turnkey BOS execution of a 250 MW/1,000 MWh grid-connected BESS at Kayamkulam. The scope covers infrastructure, installation, commissioning, switchyard, evacuation systems, civil works, EMS and SCADA. NGEL will supply batteries and PCS. The contractor must provide five-year O&M. Bids are due December 11, 2026.
The QEERI Qatar Field Test evaluated JinkoSolar's Tiger Neo 3.0 modules, which achieved a total power generation yield of 226.02 kWh/kW, outperforming N-type BC modules by 1.92%. Advantages included superior bifaciality of up to 85% and lower operating temperatures, enhancing performance in Qatar’s harsh desert conditions.