The Haryana Electricity Regulatory Commission has halted proceedings regarding Eleven Power Private Limited's electricity distribution licence for Gurugram and Nuh districts, following a state government directive. Concerns from existing utilities and public reactions led to this decision, effectively pausing any further action on the licence until government directions are lifted.
The Central Electricity Authority (CEA) is gathering information from transmission equipment manufacturers to improve India's power transmission network by addressing Right of Way challenges. In a memorandum, they seek details on technical readiness, manufacturing capabilities, and cost estimations for advanced technologies, including high-capacity pole structures, to enhance infrastructure efficiency and resilience.
Zambia aims to increase its electricity generation capacity to 10,000 MW by 2031, boosted by reforms and investments in infrastructure. Installed capacity rose from 3,777 MW to 4,722 MW. Key measures include new regulations to enhance private sector engagement and efficiency, crucial for supporting economic growth and the Grow Zambia Agenda.
The Karnataka Electricity Regulatory Commission (KERC) has proposed a new draft regulation for renewable energy procurement aimed at enforcing increasing Renewable Purchase Obligation (RPO) targets from 2026 to 2030. The regulation, which revises rules established in 2011, aligns with central guidelines and sets specific annual renewable energy consumption requirements for various obligated entities. Stakeholders are invited to provide feedback within 30 days.
Jaipur Vidyut Vitran Nigam Limited and the Global Energy Alliance have signed an MoU to pilot India's first sodium-ion battery energy storage system in Rajasthan. The project aims to evaluate performance, enhance peak-demand management, and improve solar integration. Findings will inform future energy storage deployment and distribution-grid modernization in India.
The Solar Energy Corporation of India (SECI), on behalf of the National Highways Authority of India (NHAI), seeks bids for a 4 MW solar PV project on the Delhi-Saharanpur National Highway. The project aims to meet electricity needs and supports renewable energy within highway infrastructure, allowing surplus power sales to DISCOMs.
Oyster Renewable Energy Private Limited has commenced Phase 2 of its wind-solar hybrid power project in Agar Malwa, Madhya Pradesh. This phase enhances their renewable energy capacity, aiming for 800 MW with over ₹6,500 crore investment, generating 4,500 million units of clean electricity annually and creating over 5,000 jobs.
The Solar Energy Corporation of India Limited (SECI) has launched a Request for Selection to establish 4 GW / 16 GWh of Battery Energy Storage Systems in Rajasthan and Gujarat. The initiative aims to enhance India's energy storage capability, facilitate renewable energy integration, and reduce curtailment, supported by Viability Gap Funding to ease developers' investments.
Zambia aims to increase its electricity generation capacity to 10,000 MW by 2031, boosted by reforms and investments in infrastructure. Installed capacity rose from 3,777 MW to 4,722 MW. Key measures include new regulations to enhance private sector engagement and efficiency, crucial for supporting economic growth and the Grow Zambia Agenda.
The Green Climate Fund (GCF) has approved US$140 million in catalytic financing to support industrial decarbonization and green hydrogen development in Namibia and South...
Is a commercial or utility-scale solar project financially viable without government subsidies? A solar power plant is one of the few large capital investments...
Shakti Pumps (India) Limited reported a 24.5% revenue increase in H1 FY27, achieving ₹16,047 million due to higher solar pump installations, with 51,543 units installed. However, consolidated profit after tax fell to ₹901 million. The company is expanding manufacturing and diversifying into solar modules and exports to strengthen its renewable energy position.
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.
Tunisia's solar market is evolving, focusing on long-term energy yield and reliability beyond initial module costs. JinkoSolar is positioning itself through high-efficiency technologies like Tiger Neo 3.0, designed for harsh climates, to support local developers. This maturity encourages informed decisions on project economics, fostering strong partnerships and sustainable growth in renewable energy.
In September 2026, India's renewable energy sector showed strong growth, generating 32,010.94 million units, a 22.81% increase from the previous year. Solar power led with 63.03% of production, while wind contributed 31%. Key states included Gujarat and Tamil Nadu. India aims for 500 GW of non-fossil capacity by 2030.
In 2025, Kenya's off-grid solar equipment adoption surged, with sales reaching 2.4 million units, marking over 8% annual growth since 2021. This shift enhances electricity access for remote communities through reliable solutions. However, affordability remains a challenge, necessitating policy changes and better financing options to further expand access and economic benefits.
The global energy storage market is set for significant growth in 2026 and 2027, driven by increasing renewable energy capacity, demand for electricity, and supportive government policies. With projections of 188 GW and over 209 GW in annual installations, key markets like China, the U.S., and Australia lead the way, alongside emerging markets like India.
The global energy transition is accelerating, propelled by renewable energy growth and declining costs. Nevertheless, uneven progress threatens climate goals, necessitating improved infrastructure and energy efficiency. By 2050, renewable capacity needs to surge significantly, creating job opportunities but posing short-term economic challenges. Effective planning and international cooperation are vital for success.
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.
Waaree Energies Limited showcased robust performance in Q2 and H1 FY2027, with revenues surging 23.94% year-on-year to ₹7,517.74 crore, driven by strong domestic retail sales and solar module shipments. The company reported significant improvements in operating cash flows, expanded its clean energy business, and raised its manufacturing capacities for solar products and battery energy storage.
Research from the Institute of Science Tokyo reveals that the molecular chirality of 2D organic-inorganic hybrid perovskites affects the direction of light-induced photocurrent. By using enantiomers to control crystal polarity, the study enhances understanding of charge transport in perovskites, paving the way for advanced optoelectronic applications, though not directly improving solar-cell efficiency.