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he stated. That price is a major step up from the 20% levy recommended by India's Ministry of New and Renewable Energy previously this summer-- and would be

Indian PV manufacturer Pahal Solar has started construction on a new production complex in Gujarat that will anchor a 2-GW solar cell factory and a 2-MW aluminum frame line. The investment pushes the company further upstream, aligning with India’s drive to localize more of the photovoltaic value chain and reduce exposure to import bottlenecks. The cell facility is expected to target high-efficiency architectures—most likely TOPCon or PERC during ramp, with a pathway to higher-efficiency formats as toolsets and market demand evolve. Vertical integration matters: pairing cell output with an in-house frames line shortens lead times for module assembly, improves quality control at interfaces, and cushions logistics risk for balance-of-module components that have faced tight supply. Pahal’s Gujarat siting leverages a seasoned industrial ecosystem, port access, and a growing base of solar suppliers and talent. Early priorities will include tool installation and qualification, pilot runs to hit yield and defect targets, and customer sampling for bankability. Power quality, process water systems, and cleanroom discipline are critical to achieving throughput without sacrificing efficiency. For India’s market, additional cell capacity underpins ongoing module expansion and supports domestic-content goals across utility-scale, C&I, and rooftop segments. As states accelerate tenders and corporates sign more PPAs, consistent cell supply at home can stabilize pricing and specifications, while also meeting traceability and origin requirements some buyers now demand. The aluminum frame line, while modest at 2 MW of structural output, addresses a well-known bottleneck. Precision extrusions and surface treatments are central to module durability; colocating this step improves cadence and allows faster iteration on frame profiles for wind, snow, and transport loads. Environmental and workforce considerations round out the plan. Expect advanced waste-water treatment, aluminum scrap recovery, and rooftop solar on the plant itself, alongside technician training programs to scale operations. If commissioning and ramp proceed on schedule, the complex will add meaningful domestic capacity just as India’s installations continue to climb. Bottom line: by moving deeper into cells and critical components, Pahal Solar is trading dependency for control—aiming to deliver reliable, bankable inputs to India’s fast-growing downstream manufacturers.

actually participated in a circulation as well as manufacturing license with India-based Delectrik Systems. Tdafoq Energy will specifically offer Delectrik's

Energy Ltd, an Indian solar solutions provider, has partnered with Chinese solar module maker JA Solar to establish a 2.4-GW cell and 4-GW module factory in

landmark 25-year power purchase agreement with the Solar Energy Corporation of India (SECI). The deal tasks Reliance with building what promises to be Asia’s

supply 39 MW of clean energy to Seshasayee Paper and Boards Ltd (SPB), one of India’s leading paper manufacturers. Under this deal, Zelestra will build its

building, and also procedure of a 1200MW hybrid wind and solar portfolio in India. The freshly developed partnership aims to release US$ 250m of equity plus

international projects using this technology in countries such as Brazil, India, and the Netherlands. In India, several public sector undertakings and

MW solar project in Tharad, Gujarat, through its subsidiary Solarcraft Power India 5 Pvt. Ltd. The project, under the GUVNL 22 tender, reached financial closure

and Sanyo Special Steel Manufacturing India Pvt. Ltd. have signed a Power Delivery Agreement (PDA) for the construction of a 28.125 MW (AC) (i.e. 39.375 MWp

Renewables, the Indian unit of US green energy platform Evergreen Power Solutions Inc, has announced a partnership with the Gujarat government to build a

India-based Larsen & Toubro has secured orders to build floating and ground-mounted solar parks totaling over 270 MW. The company's Power Transmission & Distribution business will be responsible for the projects, including two floating PV parks in India adding 150 MW of capacity. Additionally, a ground-mounted solar park of 120 MW will be constructed, with details about the project and owner remaining undisclosed.In addition to the solar park projects, Larsen & Toubro's PT&D business will install 765-kV transmission lines and a substation to connect solar farms in Rajasthan and Karnataka. The company has also received orders for projects in Kuwait, Oman, and the UAE, further expanding its presence in the renewable energy sector. What are the details of Larsen & Toubro's recent solar park projects? Larsen & Toubro has secured orders to build floating and ground-mounted solar parks totaling over 270 MW The company's Power Transmission & Distribution business will be responsible for the projects Two floating PV parks in India adding 150 MW of capacity will be constructed A ground-mounted solar park of 120 MW will also be built, with details about the project and owner remaining undisclosed Larsen & Toubro's PT&D business will install 765-kV transmission lines and a substation to connect solar farms in Rajasthan and Karnataka The company has also received orders for projects in Kuwait, Oman, and the UAE, expanding its presence in the renewable energy sector.

India's Ministry of Renewable Energy has proposed new guidelines requiring solar inverters to connect directly to national servers under the 30 GW rooftop solar program. This initiative aims to enhance grid stability and cybersecurity as the country expands its rooftop solar capacity through the PM Surya Ghar: Muft Bijli Yojana. The draft rules mandate that all original equipment manufacturers (OEMs) supplying inverters must ensure connectivity to the national servers managed by the MNRE or a designated agency.The proposal addresses potential risks associated with integrating 10 million rooftop solar systems. However, concerns remain regarding the costs and connectivity challenges of implementing these measures. How will India's new guidelines impact rooftop solar inverter connectivity and cybersecurity? The new guidelines will require solar inverters to have built-in communication capabilities to connect with national servers, ensuring real-time data exchange and monitoring. This connectivity aims to improve grid stability by allowing for better management of energy flows and quick response to fluctuations in solar power generation. Enhanced cybersecurity measures will be implemented to protect the data transmitted between inverters and national servers, reducing the risk of cyberattacks on the energy infrastructure. OEMs will need to comply with specific technical standards for connectivity and cybersecurity, potentially leading to increased production costs. The guidelines may necessitate upgrades or replacements of existing inverters to meet the new connectivity requirements, impacting both manufacturers and consumers. There could be challenges related to internet connectivity in remote areas, which may affect the seamless integration of rooftop solar systems with national servers. The initiative is expected to create a more resilient and secure energy grid, supporting India's broader renewable energy goals and reducing dependency on fossil fuels. Stakeholders, including OEMs and consumers, may face initial financial burdens, but long-term benefits include improved energy management and security.

"is a major landmark" in the company's renewable resource approach in India. "Given the dimension of the market, India is the best area to use our

Energy now has a total portfolio of 5.99GWac in renewable energy projects in India of which 2.49GWac are under development and 2.5GWac are operational. Earlier