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Hitachi Energy India has signed a Memorandum of Understanding (MoU) with the Government of Tamil Nadu to invest approximately ₹1,000 crore over the next three to five years, reinforcing its long-term commitment to India’s power and energy infrastructure. The agreement was signed in the presence of the Hon’ble Chief Minister of Tamil Nadu, Thiru C. Joseph Vijay.

As part of the investment, the company will expand its Global Technology and Innovation Center (GTIC) in Chennai, creating around 1,000 high-value technical jobs. The investment also includes the establishment of a new manufacturing line for semiconductor-based HVAC-to-HVDC conversion equipment, strengthening domestic manufacturing capabilities for advanced power transmission technologies.

Hitachi Energy already has a strong footprint in Tamil Nadu through its Global Technology and Innovation Center in Chennai and its HVDC valve manufacturing facility in Chengalpattu. The latest investment further enhances the state’s position as a global hub for next-generation power technologies, engineering innovation, and high-value manufacturing.

The initiative aligns with Tamil Nadu’s vision of accelerating clean energy adoption, promoting advanced manufacturing, and fostering deep technology capabilities. It also supports India’s growing demand for modern grid infrastructure and efficient high-voltage transmission solutions essential for integrating renewable energy into the national power network.

HARTEK’s Renewables Business Unit has secured a major 400 MW utility-scale solar Engineering, Procurement and Construction (EPC) project in Rajasthan, marking a significant milestone in the company’s expanding renewable energy portfolio as India accelerates investments in large-scale clean energy infrastructure.

The project, to be executed across two phases in Rajasthan, comprises the development of two solar power plants of 200 MW each, taking the total installed capacity to 299.2MWac/400MWdc.

Commenting on the same, Simarpreet Singh, Executive Director & CEO, Hartek Power, said, “We are grateful to our customer for placing their trust in Hartek to deliver this landmark project. This order reflects the confidence our customers have in our engineering excellence, strong execution capabilities, and proven track record of delivering complex power and renewable infrastructure projects. As India accelerates its clean energy transition, the focus must be on building both renewable capacity and the grid infrastructure needed to integrate it efficiently. With our integrated EPC expertise across renewable generation and high-voltage transmission, Hartek power is well positioned to deliver reliable, future-ready energy infrastructure that supports India’s long-term clean energy ambitions.”

Beyond constructing the solar generation assets, Hartek Power will also build the project’s 220 kV Solar Pooling Substation, creating the critical transmission infrastructure required to evacuate renewable power into the grid. The integrated scope positions the company across both renewable generation and high-voltage grid infrastructure, an increasingly important capability as India’s utility-scale solar projects continue to grow in scale.

Under the contract, Hartek will undertake the complete EPC lifecycle, from detailed engineering and procurement to installation, construction, testing and commissioning of the solar photovoltaic plant and the associated pooling substation.

The scope also includes handling owner-supplied equipment, grid interconnection and final project commissioning.

The project comes at a time when India is witnessing unprecedented investments in renewable energy, transmission infrastructure and grid modernisation. As the country works towards its target of 500 GW of non-fossil fuel capacity by 2030, integrated renewable projects that combine generation with robust evacuation infrastructure are becoming increasingly critical to ensuring reliable power delivery.

The latest order further strengthens Hartek Power’s position as one of India’s leading power and renewable EPC companies, with expertise spanning extra-high-voltage substations, power transmission infrastructure and utility-scale renewable energy projects. The company continues to expand its presence across the fast-growing renewable energy ecosystem, supporting the development of resilient, grid-connected clean energy infrastructure across the country.

Jupiter International Limited, one of India’s leading renewable energy companies, has received a Letter of Empanelment (LoE) from the Maharashtra State Electricity Distribution Company Limited (MSEDCL) for the supply of 5,000 solar-powered agricultural pumps under the state’s solar irrigation programme worth 108 Cr.

The repeated order from MSEDCL reaffirms Jupiter’s strong execution capabilities and growing presence in Maharashtra’s solar pump market. The order further strengthens Jupiter’s position as a trusted partner in supporting the country’s efforts to expand clean energy access in the agricultural sector, and reflects the company’s continued focus on delivering reliable, high-quality solar pumping solutions for farmers. The company has been steadily expanding its footprint in the solar pump segment alongside its core business of manufacturing high-efficiency solar cells.

“Receiving consecutive orders from MSEDCL is a strong endorsement of Jupiter’s execution capabilities and the confidence our customers place in our products and delivery standards. We remain committed to supporting India’s agricultural solarisation efforts through reliable, high-quality solar pumping solutions while continuing to strengthen our presence in this important growth segment,” said Mr. Akash Garodia, Executive Director, Jupiter International Limited.

This further reinforces Jupiter’s long-term strategy of expanding its renewable energy portfolio and supporting India’s transition towards sustainable and decentralised clean energy solutions.

As India’s solar sector continues to grow at an unprecedented pace, the demand for higher efficiency, reliable supply, and future-ready technology has never been greater. Addressing these evolving needs, ADM Solar is preparing to launch its next-generation G12R N-Type TOPCon Bi-Facial Dual Glass Solar Modules in both DCR and Non-DCR variants. The company has also announced plans to begin its own solar cell manufacturing by the end of FY 2026–27, marking another important milestone in its journey towards becoming a fully integrated solar manufacturer.

The upcoming G12R series has been designed keeping one simple objective in mind—making solar more efficient, more reliable, and easier to adopt for everyone involved, from EPC companies and project developers to homeowners and businesses.

The Indian solar industry has matured rapidly over the last few years. However, many EPC companies still face common challenges—uncertain module availability, delays in project execution, inconsistent product quality, and the need to source different products for DCR and Non-DCR projects.

ADM Solar’s upcoming G12R range aims to solve these issues by offering both variants under one trusted brand, allowing EPC partners to execute residential, commercial, industrial, utility-scale, and government projects without worrying about multiple procurement channels.

The modules are built using 16BB N-Type TOPCon G12R cells, delivering power upto 645Wp output, 23.61% module efficiency, and up to 30% additional energy gain through bifacial technology, depending on installation conditions.

For EPCs, this means more power from every module, fewer panels required per project, lower structural requirements, reduced cabling, quicker installation, and ultimately lower Balance of System (BOS) costs.

Buying a solar system is a long-term investment, and customers expect it to perform consistently for decades.

That’s exactly where N-Type TOPCon technology makes a difference.

Compared to conventional technologies, the new modules offer better performance during low-light conditions, lower degradation over time, improved temperature stability, and higher overall energy generation. Whether installed on a residential rooftop or a large commercial project, the objective remains the same—generate more electricity every single day.

ADM Solar’s G12R modules are also designed to minimize common issues such as microcracks and hotspots through Pre and Post Electroluminescence (EL) testing, ensuring every module leaving the factory meets strict quality standards.

Customers will also benefit from a 10-year product warranty and a 25-year linear performance warranty, with less than 1% degradation in the first year and only 0.4% annual degradation thereafter, ensuring dependable power generation throughout the system’s life.

Beyond launching a new product, ADM Solar is investing in the future of India’s solar manufacturing ecosystem.

The company has announced plans to establish its own 2.4GW solar cell manufacturing facility & expand its PV module manufacturing to 2.4GW P by the end of FY 2026–27. This expansion is expected to strengthen domestic manufacturing capabilities, improve supply chain stability, support the growing demand for DCR projects, and contribute to India’s vision of becoming a global renewable energy manufacturing hub.

For customers and EPC partners, it also means greater confidence in product availability, improved quality control, and stronger long-term support.

Speaking about the upcoming launch, an ADM Solar spokesperson said, “The future of solar is not just about higher wattage—it is about delivering dependable technology that makes life easier for EPC partners and provides better value to customers. With our upcoming G12R N-Type TOPCon modules and our planned solar cell manufacturing facility, we are taking another important step towards building a stronger, more self-reliant solar ecosystem in India. Our focus has always been on innovation, quality, and creating products that help customers generate more energy with greater confidence.”

Serentica Renewables, a leading renewable energy provider in India, has signed a Power Purchase Agreement (PPA) with the Solar Energy Corporation of India (SECI) for a 600 MW (2400 MWh) allocation under SECI’s FDRE VII Assured Peak tender, marking a key milestone in the project’s progression towards implementation. The company has emerged as the largest awardee under the auction, securing the highest allocation among all bidders.

The PPA formalises the long-term offtake arrangement and paves the way for the development of one of India’s most advanced Firm and Dispatchable Renewable Energy (FDRE) projects, designed to strengthen grid reliability by delivering renewable power during peak demand hours.

With a total tendered capacity of 4,800 MWh, FDRE VII is among India’s most advanced and technically complex renewable energy procurement frameworks. Unlike conventional renewable tenders, the Assured Peak structure mandates power offtake exclusively during non-solar hours, directly addressing the country’s growing evening peak demand and enhancing grid reliability.

The project is expected to generate around 975 million units of renewable energy annually and help avoid over 1 million tonnes of carbon emissions each year. With this win, Serentica’s utility-scale portfolio has grown over 8.7 GWp of renewable capacity.

Akshay Hiranandani, CEO, Serentica Renewables, said, “The signing of the PPA marks an important milestone in translating our successful bid into execution. As India’s power system evolves, the focus is shifting beyond renewable capacity addition to ensuring dependable, dispatchable clean energy. This project demonstrates how integrated renewable generation and storage can reliably serve peak demand while supporting grid stability. We remain committed to developing innovative energy solutions that accelerate India’s transition to a resilient, low-carbon power system.”

The project further strengthens Serentica’s role in advancing India’s energy transition by expanding the deployment of storage-backed renewable energy solutions. It also reinforces the company’s commitment to supporting the country’s growing demand for firm, flexible and reliable clean power while contributing to national energy security.

At Intersolar Europe 2026, Solis showcased its latest energy storage portfolio while highlighting one of the most important opportunities now shaping the European market: helping existing solar owners add storage, improve energy control and unlock greater long-term value from their PV systems.

Across the exhibition, conversations with installers, distributors, wholesalers and project developers pointed to a clear trend. Europe’s large installed base of rooftop solar systems is now creating strong demand for storage retrofit solutions, as homeowners and businesses look to increase self-consumption, reduce exposure to changing electricity prices and improve energy independence.

For many customers, the question is no longer whether solar is the right choice, but how to add storage in a way that is simple, cost-effective and ready for future energy needs. This shift was equally visible in the commercial and industrial sector, where factories, warehouses and commercial facilities with existing PV systems are exploring battery storage to optimise energy use, reduce peak demand and improve resilience during periods of grid instability.

To meet these changing requirements, Solis presented a range of residential and C&I storage solutions designed to support retrofit applications, flexible system design and faster deployment.

One of the key highlights was FlexAIO, Solis’ newly launched residential all-in-one energy storage platform. With its integrated stacked design, intelligent energy optimisation and simplified installation approach, FlexAIO drew strong interest from visitors looking for practical ways to add battery storage to existing residential solar systems with minimal disruption. Alongside its residential solutions, Solis also showcased storage technologies for commercial and industrial applications, supporting businesses that need greater flexibility, stronger energy control and more effective use of on-site generation.

A major area of discussion throughout the exhibition was AI-powered energy management. Visitors showed strong interest in Solis AI, particularly its ability to optimise battery charging and discharging, respond to time-of-use tariffs where available, and help users maximise self-consumption automatically.

As energy markets become more dynamic, intelligent control is becoming an increasingly important part of the storage decision. Customers are looking beyond hardware alone and are instead considering complete energy ecosystems that can adapt to changing tariffs, changing consumption patterns and future energy needs.

This long-term approach was also reflected in feedback from Solis partners at the event. Speaking during the exhibition, the co-founder of a European wholesaler that has worked with Solis for more than a decade said:

“We’ve been working with Solis for more than 12 years. I would say one of the main reasons from the beginning is that Solis makes everything in-house. They don’t rely on a pieced-together production model — all the circuits and boards are made by Solis themselves. They are also very strong on R&D, and the team is always coming up with new solutions.”

The exhibition also created strong commercial momentum for Solis across multiple European markets. Discussions around distributor expansion, regional partnerships and project cooperation developed into several concrete business opportunities, further supporting the company’s long-term growth strategy in the region.

Commenting on the event, Sandy Woodward said, “The European market is entering a new phase where customers are no longer simply purchasing equipment. They are investing in intelligent energy systems that can evolve alongside their needs.

“What we saw at Intersolar this year was a clear acceleration in demand for storage retrofits, AI-enabled energy management and flexible system architectures that support both residential and commercial applications. These are exactly the areas where Solis continues to invest and innovate.”

Following the exhibition, Solis will continue to work closely with installers, distributors, wholesalers and project developers through technical support programmes, local service initiatives and ongoing market development activities across Europe and beyond.

ISH Solar Pvt Ltd, AI technology-led solar module manufacturer, announced that its Solar Modules have been officially enlisted under the Approved List of Models and Manufacturers (ALMM) issued by the Ministry of New and Renewable Energy (MNRE). This milestone underscores the company’s commitment to quality, compliance, and advanced manufacturing excellence.

The ALMM certification enables ISH Solar in enhancing its market access and reinforcing its credibility among developers, EPC companies, and institutional stakeholders.

Inclusion in the ALMM list reflects ISH Solar’s adherence to stringent regulatory standards and its focus on delivering reliable, high-efficiency solar modules. At a time when the industry is increasingly prioritizing performance, traceability, and domestic manufacturing, this approval positions ISH Solar as a dependable partner in India’s energy transition.

“Securing ALMM approval marks a defining moment in ISH Solar’s journey. It validates the strength of our manufacturing processes, our focus on advanced technologies, and our commitment to delivering consistent, high-performance solar solutions. This achievement enables us to deepen our engagement with government-led projects and contribute meaningfully to India’s renewable energy ambitions,” said Dharmesh Vadsak, Director, ISH Solar Pvt Ltd

Headquartered in Surat, Gujarat India with 14 years of solar industry background, ISH Solar Pvt Ltd is a technology-led solar module manufacturer positioned at the intersection of innovation, efficiency, and scalability. Leveraging advanced manufacturing processes and next-generation cell technologies, the company delivers high-performance modules designed to optimize energy generation and long-term returns.

With a focus on quality, reliability, and market-driven solutions, ISH Solar is enabling the shift toward smarter, more efficient solar energy infrastructure.

Powering with an annual production capacity of 2.0 GW of Solar Modules & 1 GW of cell manufacturing. ISH Solar is strategically positioned as a scalable, technology-driven solar manufacturer capable of serving high-growth domestic and global markets.

NHPC’s 300 MW Karnisar Solar Power Plant at Bikaner, Rajasthan, was inaugurated by Hon’ble Prime Minister of India, Shri Narendra Modi, through virtual mode on 04 July 2026. The project marks a significant addition to India’s renewable energy capacity and underscores the nation’s commitment to clean energy and sustainable development.

The inauguration was held in the august presence of Hon’ble Governor of Rajasthan Shri Haribhau Kisanrao Bagde, Hon’ble Chief Minister of Rajasthan Shri Bhajan Lal Sharma, Hon’ble Union Minister of Petroleum and Natural Gas Shri Hardeep Singh Puri and Hon’ble Deputy Chief Ministers of Rajasthan Smt. Diya Kumari and Dr. Prem Chand Bairwa.

Speaking on the occasion, the Hon’ble Prime Minister emphasized that renewable energy is the cornerstone of India’s energy security and sustainable future. He further highlighted that Rajasthan is witnessing the development of world-class solar power infrastructure, reinforcing its position as a key contributor to the nation’s clean energy ambitions.

Shri Bhupender Gupta, CMD, NHPC, expressed his sincere gratitude to Hon’ble Prime Minister Shri Narendra Modi, the Government of India, the Government of Rajasthan, the Ministry of Power, the Ministry of New and Renewable Energy and all other stakeholders for their continued guidance and support in the successful execution of the project. He reaffirmed NHPC’s commitment to contributing towards India’s clean energy and renewable energy goals.

The 300 MW Karnisar Solar Power Plant represents NHPC’s continued commitment towards strengthening India’s renewable energy capacity and supporting the Government of India’s vision of Aatma Nirbhar Bharat, with the project being developed using approximately 7.75 lakh domestically manufactured Solar PV Cells and Modules. The solar power plant is expected to generate around 75 crore units of clean electricity annually, significantly contributing to the nation’s renewable energy basket while helping offset nearly 6.4 lakh tonnes of carbon dioxide emissions every year, thereby promoting environmental sustainability and supporting India’s climate commitments.

Besides producing clean energy, the project has also contributed to the socio-economic development of the region by creating direct and indirect employment opportunities for over 40 local persons, thereby generating sustainable livelihoods in the remote areas of Rajasthan.

NHPC Limited, a Navratna CPSE under the Ministry of Power, Government of India, is India’s premier hydropower company with an installed capacity of 9332.90 MW (including JVs/Subsidiaries) and is rapidly expanding its footprint in the renewable energy sector through hydro, solar and wind energy projects, contributing significantly towards the nation’s sustainable and green energy future.

Clean Max Enviro Energy Solutions Limited announced the successful commissioning of ~530 MW of renewable energy (“RE”) capacity during Q1 FY27, its highest-ever quarterly commissioning performance.

The record addition increased the company’s operational renewable energy portfolio from ~3.6 GW (as of March 2026) to ~4.2 GW, reinforcing its execution capabilities and leadership in India’s C&I RE segment.

Further, the achievement reflects both the growing scale of corporate renewable energy adoption in India and CleanMax’s ability to consistently raise the scale of project commissioning, enabling customers to transition to renewable energy with greater speed and certainty.

The operational RE Power Sales portfolio, which forms the majority of this portfolio, reached ~3.5 GW following the commissioning of 403 MW during the quarter.

The milestone commissioning reflects CleanMax’s ability to translate long-term customer demand into operating RE assets across solar, wind and hybrid projects. The largest capacity additions during the quarter came from projects in Gujarat with ~170 MW, Karnataka with ~160 MW and Maharashtra with ~110 MW, complemented by added capacities across regions like Haryana and Chhattisgarh. Overall, the commissioning was delivered across 11 project sites in five states, reflecting the company’s execution capabilities at scale.

Total Operational Portfolio as on June 30, 2026
Following the record commissioning during the quarter, CleanMax’s operational portfolio stands at ~4.2 GW, comprising of:
~3.5 GW under the RE Power Sales business
~0.7 GW under the RE Services business
Together, these assets offer large-scale, tailored energy solutions to renowned corporates across Asia.

Key Operational Highlights (Q1 FY27)
Highest-ever quarterly RE commissioning
– Commissioned over 500 MW of RE capacity comprising of RE Power Sales and RE Services
– RE Power Sales addition of 403 MW comprising ~350 MWp Solar and ~53 MW Wind (projects owned/ co-owned by CleanMax, including Group Captive projects with customer equity participation, under long-term PPAs and EAPAs)
– RE Services addition of 126 MWp Solar (EPC, O&M by CleanMax & assets owned by C&l customers)

Mr. Kuldeep Jain, Founder and Managing Director, said, “Crossing 500 MW of commissioning in a single quarter reflects the scale of demand we are seeing from commercial and industrial customers. It also marks an important expansion of our operating portfolio and the long-term partnerships that underpin it. Our focus remains on timely execution and creating long-term value for customers and shareholders. As India’s largest pure-play C&I renewable energy company, we will continue to support our customers through the next phase of their energy transition.”

Further, recent customer wins span blue-chip technology, Data & Al, and industrial companies, including Meta, Apple, STT GDC India, Iron Mountain Data Centers, Princeton Digital Group, CEAT and GACL indicating growing adoption of clean energy solutions amongst large C&I consumers.

Vayona Energy announces the commencement of blade manufacturing operations at its Nellore facility in Andhra Pradesh, marking a milestone in the company’s growth journey. Building on its acquisition of the wind business in India, the company is set to scale-up manufacturing capacity and enhance operational capabilities at the blade facility to support future growth. The Nellore facility is poised to become a key manufacturing hub, supporting Vayona’s growth ambitions, advancing its technology roadmap and reinforcing its commitment to the ‘Make in India’ mission.

The upgraded facility will produce blades for Vayona’s 3X platform and future-generation products. Investments will be phased through 2027, covering molds and supporting infrastructure required for blade manufacturing. The plant is expected to create around 1,500 jobs, supporting local economic growth and reinforcing the regional manufacturing ecosystem.

Prashant Jain, Executive Vice Chairman, Vayona Energy, said, “This is a defining moment for Vayona. The expansion of the Nellore facility strengthens our manufacturing footprint and demonstrates our long-term commitment to building world-class, locally integrated capabilities in India. We thank the Government of Andhra Pradesh for fostering a conducive environment that encourages investment in the state. We are proud to support the nation’s renewable energy targets while creating meaningful employment opportunities”.

Adding to this, Pritesh Vinay, Chief Executive Officer, Vayona Energy, said, “The Nellore blade plant, together with our Mamandur nacelle facility, is a decisive step in building a fully integrated world class manufacturing base in India, for current as well as next generation of products. This positions us to build a resilient, future-ready supply chain in India, meeting growing customer demand with advanced technology products while delivering speed, quality, and scale, and supporting our ambitions to serve export markets.”

Vayona’s robust manufacturing footprint in India will enable the company to accelerate delivery timelines, strengthen supply chain resilience, and support India’s transition towards sustainable energy solutions.