MERC approved Nidar Utilities Panvel LLP’s short-term procurement tariff of ₹5.30 per kWh and its PPA with Manikaran Power. The agreement will supply 5 MW of round-the-clock electricity to Panvel SEZ consumers during 2026–27. MERC found the competitively discovered tariff transparent, reasonable, and below NUPLLP’s previous rate, benefiting consumers.
The Bihar Electricity Regulatory Commission allowed East Central Railways to withdraw its petition seeking an additional 70 MW of Long Term Open Access and related connectivity directions. Since ECR had obtained the capacity through NOC No. 19, valid until March 2050, the case was disposed of, with all legal contentions preserved and future remedies available.
The Bihar Electricity Regulatory Commission approved BSPHCL’s 25-year purchase of 200 MW of firm, dispatchable renewable power from SJVN, sourced from ISTS-connected projects with battery storage. Avaada Energy won the bid at ₹4.25/kWh plus ₹0.07 trading margin. Commissioning is planned by June 2028, supporting RPO compliance, evening peak supply, and reduced market dependence.
KSERC approved ₹4,799.39 lakh in additional capital investment for Thrissur Corporation Electricity Department during 2022–2027, funded by regulatory surplus. Key initiatives include the Laloor 110 kV substation, smart meters, network modernization, and transformer upgrades. Some proposals were deferred or excluded, while the Commission mandated data verification, competitive e-tendering, and timely approvals.
The expanded Bomas Complex is installing a 3.5-megawatt rooftop solar system with battery storage to supply reliable, clean electricity. The project will reduce grid dependence, operational costs and carbon emissions while supporting national renewable-energy goals. Construction is also raising hopes for local employment and economic benefits, positioning Bomas as a model for sustainable public infrastructure.
China has connected a 60 MW liquid air energy storage facility in Golmud, Qinghai, to support renewable energy integration and grid stability. Using compressed, cooled atmospheric air, it stores surplus electricity and generates power when demand rises. The domestically built project can absorb 600 MWh daily, deliver 180 GWh annually, and advance long-duration storage.
Ashoka Buildcon has won a USD 58.9 million contract from Bhutan’s Druk Green Power Corporation to design and build a 120 MWp solar photovoltaic plant at Wobthang. Scheduled for completion within 18 months, the project will diversify Bhutan’s hydropower-dominated renewable energy mix while expanding Ashoka Buildcon’s international clean energy presence.
Vena Group and Indonesia’s sovereign wealth fund INA have partnered to advance renewable energy across Southeast Asia, with INA investing in Vena’s 2.8 GW portfolio of solar and wind projects in Indonesia and the Philippines. The collaboration supports energy security, decarbonization, institutional investment, and Vena’s regional expansion and Green Fund strategy.
TNB, IOI Corp and a consortium of 12 SMEs will develop a 500 MW solar plant paired with a 250 MW/1,000 MWh battery system in Negeri Sembilan. TNB will hold 70% and invest RM424.4 million. Supported by a 21-year offtake agreement with DayOne Data Centres, the project advances Malaysia’s corporate renewable energy transition.
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.
The Bihar Electricity Regulatory Commission allowed East Central Railways to withdraw its petition seeking an additional 70 MW of Long Term Open Access and related connectivity directions. Since ECR had obtained the capacity through NOC No. 19, valid until March 2050, the case was disposed of, with all legal contentions preserved and future remedies available.
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.
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.
India has rapidly advanced as a global renewable energy leader, achieving 50% non-fossil electricity capacity in 2025 and surpassing 300 GW of renewables in 2026. Solar, biofuels, competitive auctions, storage, and domestic manufacturing are driving growth, reducing fossil-fuel imports and costs. Continued progress depends on stronger grids, storage, reforms, and financial solutions.
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.
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 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.
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.
NTPC Green Energy Limited plans to invite bids for battery containers and power conversion systems for a 10 GW/40 GWh Battery Energy Storage System project. This effort aims to enhance renewable energy integration and includes equipment supply, installation supervision, and a 15-year maintenance agreement. Interested suppliers must register on the ETS portal.
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.