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capacity of over 2,900 MW of high-performing renewable energy assets in India. Pawan Kumar Agrawal, CFO, Azure Power, said, "We are exceptionally happy

according to media reports. It will be set up by the Solar Energy Firm of India (SECI), which is under the Ministry of New and Renewable Resource (MNRE).

30%. In 2019, L&T was given two contracts for thermal power projects in India. The very first was from National Thermal Power Corporation (NTPC) and also

as methanol. The tie-up will certainly see Adani add its expertise of the Indian market while TotalEnergies will supply experience in eco-friendly innovations

well as regions, amounting to 12GW. In countries around Asia, be it China or India, the huge railways network has been a solid candidate for higher solar

in the following nine months to offset the power requirements of consumers in India and also overseas. Rays Power clarified this project and another project in

emerging markets only as well as it has actually committed $2.1 billion for India. Together with worldwide energy player Shell, Actis might finish the deal of

projects utilize Huawei Smart PV Solution. On its setups amidst lockdown in India, Huawei stated that "prior to India got in an across the country

Indian researchers have actually established nanoparticle-based solar panel coating that lessens dust deposition as well as allows very easy cleaning by the activity of water, hence stopping a reduction in panel efficiency due to staining. The finish was created by the International Advanced Research Centre for Powder Metallurgy and New Materials (ARCI), an independent company of the Department of Science as well as Technology. Key features of this novel covering are its low cost, highly transparent nature (no loss in passage or power conversion performance), super-hydrophobic property (water call angle greater than 110 °), high weather stability as well as high mechanical security. " The surface of a solar panel having super-hydrophobic finish replicates lotus leaf functions. The dropping of water effectively washes off the dirt and also various other pollutants from the panel surface area, comparable to that of a lotus fallen leave," claimed ARCI researchers. " But most such products established in the US and also Europe appropriate for light weather and also can not endure severe ecological problems common in India." India has the greatest typical staining rate of 0.6% per day contrasted to 0.1% in the United States, 0.05% in Japan and also 0.02% in Germany. The ARCI researchers established the finishing making use of functional nanoparticles, that makes it simple to tidy as well as thus ideal for extreme Indian problems of high temperature, humidity and also high toxin degree. The layer can be conveniently applied in an existing PV power generation field by a basic spray-and-wipe strategy. Commercialization The coating has actually been verified busy conditions according to the worldwide standards and efficiently validated on ground-mounted and rooftop solar power plants situated at various places in the country. Two license applications have actually been declared this technology, as well as technical know-how has actually been transferred to NETRA (NTPC Energy Technology Research Alliance), New Delhi, for commercial usage. A lot more just recently, a Memorandum of Understanding was signed with Marichin Technologies, Mumbai, for technology transfer, which plans to manufacture the easy-to-clean product for more comprehensive PV market fostering.

as not limited to) comparable work or have plant setup under progression-- in India or outside-- for a cumulative 66% of the complete quote capacity, with a

India’s Inox Wind and KP Energy formed a strategic partnership to jointly develop 2.5 gigawatts of wind and hybrid wind-solar projects nationwide. The collaboration aims to accelerate deployment of low-cost renewables, aligning with India’s clean energy expansion goals and increasing capacity additions across multiple states.Inox Wind will provide wind turbine technology and EPC services, while KP Energy contributes project development, land acquisition, and site infrastructure. The partners plan to leverage complementary strengths to streamline execution and reduce project timelines. Financial terms and commissioning schedules weren’t disclosed. The pipeline targets utility-scale and potential commercial offtakers amid rising demand for reliable, affordable green power. Which states and offtaker segments will anchor Inox–KP’s 2.5 GW hybrid pipeline? Gujarat: Saurashtra–Kutch wind belts paired with solar in Banaskantha/Patan; mix of SECI hybrids and C&I open access Rajasthan: Jaisalmer–Barmer wind with high-irradiance solar in Bikaner/Jodhpur; SECI hybrid/RTC offtake and green hydrogen developers Karnataka: Gadag/Chitradurga wind with solar in Koppal/Vijayapura; C&I open access (IT, data centers) and state DISCOM tenders Tamil Nadu: Tirunelveli/Thoothukudi wind with solar in Ramanathapuram; large industrial C&I (auto, textiles) and utility hybrids Maharashtra: Satara/Sangli wind with solar in Dhule; C&I (cement, steel, chemicals) and MSEDCL hybrid procurements Madhya Pradesh: Solar-rich sites in Rewa/Chhatarpur with supplemental wind via ISTS; SECI and C&I open access Andhra Pradesh: Anantapur/Kadapa solar with coastal wind injections; industrial C&I and state utility hybrids SECI/central procurement: ISTS-connected hybrid, RTC, and peak power tenders anchoring tranche awards State DISCOMs: Hybrid and firm power procurements in Gujarat, Rajasthan, Maharashtra, and Karnataka C&I open access: Data centers, auto, cement, steel, textiles, and chemicals seeking sub-Rs/kWh green power with round-the-clock profiles Green hydrogen/ammonia: Emerging offtake clusters in Rajasthan and Gujarat needing firmed hybrid supply Public sector/rail: Indian Railways, metro rail, refineries, and PSUs via long-term hybrid PPAs

Indian Railways’ power manager, REMCL, has selected six winners to supply 1 GW of round-the-clock (RTC) renewable energy—an important shift from simply buying green electrons to buying firm, dispatchable clean power. The tender structure rewards portfolios that combine wind, solar and multi-hour storage to hit hourly delivery targets through day and night, monsoon and dry season. Why it matters: Rail is one of India’s largest electricity consumers. As traction networks electrify further and passenger and cargo demand grows, the system needs reliability as much as it needs low carbon. RTC contracts give developers bankable long-term cash flows, while giving the railway a predictable price for dependable megawatt-hours that show up when needed, not just when the sun shines. Technically, winning bids will lean on geographic diversity—co-optimizing wind corridors and solar basins—plus batteries sized for two to four hours at strategic nodes. Grid-forming inverters, plant-level controllers and forecasting are essential to meet deviation penalties and grid-code requirements for ride-through, ramping and reactive power. Expect portfolios to keep reserve state-of-charge for evening peaks and to use day-ahead and real-time markets as a safety valve. Delivery discipline will decide outcomes. Long-lead electrical gear (transformers, MV switchgear) and interconnections set timetables; standardized substations and modular battery blocks can compress schedules. On the commercial side, blended PPAs hedge weather and seasonal swings, with performance bonuses and penalties sharpening behavior. Beyond the megawatts, there’s a services story. RTC fleets can provide frequency response and black-start support, easing stress on conventional plants. For communities, projects bring construction jobs, local procurement, and biodiversity-aware site designs—drainage for cloudbursts, low-glare layouts near tracks and highways, and credible end-of-life recycling.   The bottom line: India’s decarbonization is maturing from capacity targets to reliability targets. If the six portfolios deliver to spec, Indian Railways gets cleaner power it can actually plan around—and the market gets a scalable template for firm renewables at national scale.

because of helpful policy steps announced just recently by the Government of India for creating 'Atmanirbhar Bharat' or Self-Reliant

tonnes of carbon emission. SJVN is actively adding in efforts of Government of India of accomplishing net zero carbon emission by 2070," said Nand Lal

all-time high of 589 GWac, fuelled by rapid installation booms across China, India and the Gulf, even as European and U.S. sales eased. Chinese firms now