The Ministry of Industry and Trade is preparing measures to secure electricity supply during 2027–2028. Priorities include addressing thermal power challenges, modernizing infrastructure, deploying Digital Twins by early 2027, and reducing northern peak demand by 3,000 MW through conservation. Stronger interagency coordination, public communication, accountability, and a forthcoming implementation directive will support reliable operations.
The Bihar Electricity Regulatory Commission is reviewing proposed amendments to Bihar’s 2018 rooftop solar regulations, including net metering limits, surplus electricity injection, and a ₹2.71/kWh gross-metering FiT for FY 2026-27. After public consultation, BERC directed stakeholders to respond by November 19, with the next hearing scheduled for November 24, 2026.
Chandigarh Power Distribution Limited delivered a greener Diwali for the second consecutive year, meeting approximately 92% of household electricity demand through non-fossil fuel sources. Renewables supplied nearly 75%, supported by hydro, solar, wind and nuclear power. CPDL also maintained uninterrupted service and reaffirmed its commitment to expanding clean energy and sustainability.
GERC allowed Waaree Energies to temporarily use GETCO’s idle 66 kV line and feeder bay to evacuate power from its 20.7 MW Chikhli solar project. The arrangement, valid until November 25, 2027, or until dedicated infrastructure is commissioned, prevents delays while preserving GETCO’s ownership and imposing transmission, maintenance, metering, and restoration obligations.
EcoSolar Energy Corporation has energized its 22.5 MW/45 MWh Panitan battery storage project in Capiz, Philippines, entering testing and commissioning after receiving market registration and provisional grid connection approval. As Capiz’s first battery storage facility, its grid-forming technology aims to improve stability, reliability, and resilience amid Visayas power shortages, high costs, and supply disruptions.
Africa’s rising population, urbanisation, and industrialisation are driving major power-sector transformation. CESI supports governments and utilities through integrated planning, grid studies, renewable-energy integration, digitalisation, and regional interconnections. Its work aims to modernise infrastructure, improve reliability and efficiency, strengthen institutional capacity, and enable cleaner, more flexible electricity systems capable of meeting future demand.
Alcazar Energy Partners has mobilised over US$1 billion for Egypt’s renewable energy sector through two 250 MW wind projects and a separate privatisation agreement. Financed partly by European development institutions, Niat and Rasgha are expected to operate by 2028, generating 2.3 TWh annually, avoiding 1.1 million tonnes of emissions and strengthening Egypt’s energy security.
A Tokyo corporate landmark has launched an integrated clean energy system combining rooftop solar, on-site green hydrogen production, hydrogen storage, fuel cells, and a physical corporate PPA. The initiative aims to improve energy security, reduce grid dependence and emissions, and demonstrate a scalable model for urban commercial decarbonisation through renewable generation, storage, and procurement.
Fraunhofer ISE and IKA developed a PFAS-free, solventless dry-coating process for sodium-ion battery electrodes. The technology eliminates drying, calendering and bonding-agent steps, potentially cutting capital costs by at least 15%, operating expenses by 10–20%, and energy use and emissions by up to 50%. Researchers will next scale production to pouch cells.
Return secured €835 million from Deutsche Bank and Rabobank to expand German battery storage and its Virtual Flexibility Portfolio. The company plans to install at least 1 GW annually from 2027, supporting renewable integration and grid stability. Financing initially covers three 117 MW projects, streamlining investment and accelerating flexible electricity solutions for energy customers.
NTPC has invited bids for 180 kWp solar PV projects in Belize, Trinidad and Tobago, and Jamaica, funded by India’s Ministry of External Affairs. Projects will operate in self-consumption, zero-export mode. Eligible Class-I local suppliers must meet 75% local-content requirements. Bids are due November 30, 2026, with EMDs ranging from ₹5 lakh to ₹10 lakh.
Pentagreen Capital and Candi Solar have signed a US$50 million partnership to finance around 400 MWp of solar and battery storage projects across India. The initiative will support 227 commercial and industrial customers, mostly SMEs, generating 560 GWh annually and avoiding 397,000 tonnes of emissions, while helping Candi exceed 1 GW of capacity.
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.
Yogendra Yadav from Sungrow discusses the transformation of India’s renewable energy supply chain towards local sourcing and advanced technology. Emphasising AI-driven forecasting, digitalisation, and strong vendor partnerships, he highlights strategies for optimising inventory management and addressing logistics challenges to build a more resilient and sustainable supply chain.
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.
Singapore aims to reach 4 GWp of cumulative solar capacity by 2035, advancing its clean-energy transition despite limited land. The strategy emphasizes rooftop, building-integrated, facade, and industrial solar installations, supported by grid upgrades, incentives, and streamlined regulations. Regional electricity partnerships will complement domestic generation, strengthening energy security and reducing emissions.
India is nearing its 200 GW solar target, with capacity reaching 171.05 GW by September 2026. Industry leaders say future progress depends on moving beyond module assembly through domestic cell, wafer, ingot and polysilicon production. Storage, grid expansion, recycling, advanced technology, financing and stronger supply chains are also essential for global competitiveness.
India's wind energy sector saw significant growth in the first nine months of 2026, reaching a total capacity of 59,201.07 MW, an 11 percent increase from the previous year. Key states like Gujarat, Tamil Nadu, and Karnataka led this expansion, reflecting ongoing investments and policy support for renewable energy development across the country.
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.
Mahagenco Renewable Energy Limited has invited bids to arrange land, grid connectivity, and transmission-line rights of way for a 300 MW solar project in Maharashtra. The project requires approximately 1,200 acres across three parcels. Tender documents become available November 6, 2026, with bids due December 17 and techno-commercial bids opening December 21.
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.