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The Solar Energy Corporation of India (SECI) has signed a Memorandum of Understanding (MoU) with HyperVault AI Data Center Limited (HADL) to explore renewable energy supply for the company’s upcoming data centre facilities in Telangana.

Under the MoU, SECI will explore the development of renewable energy projects on a captive basis to meet the power requirements of HADL’s planned data centre facilities. The collaboration will also cover identification of suitable land and facilitation of transmission connectivity for supplying renewable power to the facilities.

The agreement was signed by Shri Sivakumar V. Vepakomma, Director (Power Systems), SECI, and Mr. Deepesh Nanda, Managing Director and CEO, HADL. The signing took place in the presence of Shri Akash Tripathi, IAS, Managing Director, SECI, along with senior officials from both organisations.

The initiative seeks to bring renewable energy directly into the rapidly expanding data centre infrastructure segment, where rising electricity demand is being driven by cloud computing, artificial intelligence and digital services.

According to the organisations, the partnership represents the first exclusive renewable energy supply initiative for data centre operations in India. It brings together the country’s growing digital infrastructure requirements with its transition towards cleaner energy sources.

Through the proposed captive renewable energy projects, the collaboration is expected to support HADL’s efforts to secure clean power for its upcoming facilities while contributing to the broader integration of renewable energy into India’s rapidly growing data centre ecosystem.

Solaryaan, an emerging clean energy technology company, is set to launch its 125 kW/241 kWh Commercial and Industrial Battery Energy Storage System (BESS) at REV Expo 2026, being held from 11–13 September at the Defence Expo Ground in Lucknow.

The launch represents an important milestone in Solaryaan’s journey from a solar inverter-focused company to an integrated clean energy solutions provider. It is part of the company’s “Solaryaan 2.0 – Energy Independence Series,” focused on enabling consumers and businesses to gain greater control over how energy is generated, stored and consumed.

Solaryaan’s C&I BESS enables businesses to store surplus electricity generated through solar systems or drawn from the grid and deploy it when it is needed most. With operating modes such as peak shaving, load-shedding support, PV-storage energy management and frequency regulation, the system can help commercial and industrial users optimise energy consumption, manage peak demand and improve power reliability.

By providing stored power during outages or high-demand periods, the solution can also help businesses reduce their dependence on diesel-based backup systems. Remote monitoring through Solaryaan Cloud, supported by Wi-Fi, 4G and 5G connectivity, enables users to monitor system performance and manage energy usage more effectively.

Commenting on the launch, Mr. Manoj Patel, Founder and CMD, Solaryaan, said, “India’s energy transition must move beyond generating clean electricity to storing and intelligently managing it. Our new C&I Battery Energy Storage System has been developed to help businesses improve energy reliability, manage peak demand and make better use of solar power. This launch brings us closer to our purpose of empowering a billion lives with clean energy.”

Mr. Chirag Patel, Executive Director and CEO, Solaryaan, added, “Energy storage is becoming increasingly important for commercial and industrial users as they look for greater predictability, efficiency and control over their power consumption. Through our integrated BESS and cloud-based monitoring platform, we aim to make intelligent energy management more accessible to Indian businesses while supporting their transition towards cleaner and more dependable power.”

Visitors can experience the new BESS solution alongside Solaryaan’s expanding portfolio of hybrid inverters, All-in-One energy-storage systems, lithium-ion batteries, grid-tied inverters and microinverters at Hall No. 3, Stall No. C-60.

REV Expo 2026 will be held from 11–13 September 2026 at the Defence Expo Ground, Sector 18, Vrindavan Colony, Lucknow.

Solaryaan, an emerging clean energy technology company, is set to launch its 125 kW/241 kWh Commercial and Industrial Battery Energy Storage System (BESS) at REV Expo 2026, being held from 11–13 September at the Defence Expo Ground in Lucknow.

The launch represents an important milestone in Solaryaan’s journey from a solar inverter-focused company to an integrated clean energy solutions provider. It is part of the company’s “Solaryaan 2.0 – Energy Independence Series,” focused on enabling consumers and businesses to gain greater control over how energy is generated, stored and consumed.

Solaryaan’s C&I BESS enables businesses to store surplus electricity generated through solar systems or drawn from the grid and deploy it when it is needed most. With operating modes such as peak shaving, load-shedding support, PV-storage energy management and frequency regulation, the system can help commercial and industrial users optimise energy consumption, manage peak demand and improve power reliability.

By providing stored power during outages or high-demand periods, the solution can also help businesses reduce their dependence on diesel-based backup systems. Remote monitoring through Solaryaan Cloud, supported by Wi-Fi, 4G and 5G connectivity, enables users to monitor system performance and manage energy usage more effectively.

Commenting on the launch, Mr. Manoj Patel, Founder and CMD, Solaryaan, said, “India’s energy transition must move beyond generating clean electricity to storing and intelligently managing it. Our new C&I Battery Energy Storage System has been developed to help businesses improve energy reliability, manage peak demand and make better use of solar power. This launch brings us closer to our purpose of empowering a billion lives with clean energy.”

Mr. Chirag Patel, Executive Director and CEO, Solaryaan, added, “Energy storage is becoming increasingly important for commercial and industrial users as they look for greater predictability, efficiency and control over their power consumption. Through our integrated BESS and cloud-based monitoring platform, we aim to make intelligent energy management more accessible to Indian businesses while supporting their transition towards cleaner and more dependable power.”

Visitors can experience the new BESS solution alongside Solaryaan’s expanding portfolio of hybrid inverters, All-in-One energy-storage systems, lithium-ion batteries, grid-tied inverters and microinverters at Hall No. 3, Stall No. C-60.

REV Expo 2026 will be held from 11–13 September 2026 at the Defence Expo Ground, Sector 18, Vrindavan Colony, Lucknow.

Solaryaan, an emerging clean energy technology company, is set to launch its 125 kW/241 kWh Commercial and Industrial Battery Energy Storage System (BESS) at REV Expo 2026, being held from 11–13 September at the Defence Expo Ground in Lucknow.

The launch represents an important milestone in Solaryaan’s journey from a solar inverter-focused company to an integrated clean energy solutions provider. It is part of the company’s “Solaryaan 2.0 – Energy Independence Series,” focused on enabling consumers and businesses to gain greater control over how energy is generated, stored and consumed.

Solaryaan’s C&I BESS enables businesses to store surplus electricity generated through solar systems or drawn from the grid and deploy it when it is needed most. With operating modes such as peak shaving, load-shedding support, PV-storage energy management and frequency regulation, the system can help commercial and industrial users optimise energy consumption, manage peak demand and improve power reliability.

By providing stored power during outages or high-demand periods, the solution can also help businesses reduce their dependence on diesel-based backup systems. Remote monitoring through Solaryaan Cloud, supported by Wi-Fi, 4G and 5G connectivity, enables users to monitor system performance and manage energy usage more effectively.

Commenting on the launch, Mr. Manoj Patel, Founder and CMD, Solaryaan, said, “India’s energy transition must move beyond generating clean electricity to storing and intelligently managing it. Our new C&I Battery Energy Storage System has been developed to help businesses improve energy reliability, manage peak demand and make better use of solar power. This launch brings us closer to our purpose of empowering a billion lives with clean energy.”

Mr. Chirag Patel, Executive Director and CEO, Solaryaan, added, “Energy storage is becoming increasingly important for commercial and industrial users as they look for greater predictability, efficiency and control over their power consumption. Through our integrated BESS and cloud-based monitoring platform, we aim to make intelligent energy management more accessible to Indian businesses while supporting their transition towards cleaner and more dependable power.”

Visitors can experience the new BESS solution alongside Solaryaan’s expanding portfolio of hybrid inverters, All-in-One energy-storage systems, lithium-ion batteries, grid-tied inverters and microinverters at Hall No. 3, Stall No. C-60.

REV Expo 2026 will be held from 11–13 September 2026 at the Defence Expo Ground, Sector 18, Vrindavan Colony, Lucknow.

Raptee.HV has launched the Centre of Excellence for electric mobility at Rajalakshmi Engineering College, marking the beginning of a long-term industry-academia partnership focused on building deeper industry exposure and hands-on learning in electric mobility.

Inaugurated on World EV Day by Abhay Meganathan S, Vice Chairman of Rajalakshmi Engineering College, the 3,000 sq. ft. facility is one of the first initiatives under Raptee.HV Academy, the company’s broader programme to bring hands-on EV engineering and industry exposure into educational institutions.

The launch also marks the signing of a Memorandum of Understanding (MoU) between Raptee.HV and Rajalakshmi Engineering College, formalising a long-term collaboration in electric mobility.

The partnership creates multi-faceted avenues for industrial training, site visits, guest lectures, internships, industry-oriented courses and joint research. By connecting REC’s academic talent with Raptee.HV’s expertise in engineering electric motorcycles, students and faculty can directly engage with real-world EV challenges. Built with an investment of INR 50 lakh, the HV Lab moves beyond conventional classroom learning to house a Raptee.HV T30, core EV components, a naked motorcycle equipped with digital twin technology, interactive learning modules and dedicated spaces for hands-on experimentation and prototyping.

Tailored for students across electrical, electronics, and automotive engineering, the lab offers direct, practical engagement with core EV systems including battery packs, electric motors, power electronics, charging infrastructure, vehicle communication, and real-time diagnostics. By bridging theory and practice, the facility empowers students to move past traditional classroom instruction to actively experiment, prototype and build next-generation electric mobility solutions. Furthermore, the laboratory will drive faculty development, industry-linked projects, collaborative research, and intellectual property creation, enabling students and academics alike to tackle real-world engineering challenges facing the EV industry.

Dinesh Arjun, Co-Founder and CEO, Raptee. HV, commented, “The next generation of mobility will be built by engineers who understand the machine from the cell to the software. But you cannot build that understanding from a classroom alone. You have to get your hands dirty, take systems apart, question how they work, experiment and build again. The HV Lab is our attempt to bring that experience into engineering education. If even a few students walk out of this lab wanting to build the next great EV technology, we have done our job.”

Abhay Meganathan S, Vice Chairman of Rajalakshmi Engineering College, said, “Electric mobility is transforming the future of transportation, and engineering education must evolve alongside this transformation. At Rajalakshmi, we believe that students learn best when academic knowledge is complemented by meaningful exposure to real-world technologies and industry practices. Our collaboration with Raptee.HV and the launch of the REC-Raptee HV Centre of Excellence for Electric Mobility is a significant step in that direction. This Centre will provide our students and faculty with opportunities to engage with advanced EV technologies, undertake industry-oriented projects, pursue research and innovation, and develop solutions to real-world mobility challenges. We are delighted to partner with Raptee. HV in nurturing the next generation of engineers who will shape the future of electric mobility.”

The new Centre further strengthens Rajalakshmi’s growing ecosystem of advanced research and industry-oriented innovation. Rajalakshmi has invested significantly in building advanced research infrastructure, with 15 Centres of Excellence with state-of-the-art equipment and licensed software. These facilities provide a strong platform for multidisciplinary research, technology development and industry collaboration, enabling students and faculty to work on emerging technologies and address real-world engineering challenges.

Raptee.HV has launched the Centre of Excellence for electric mobility at Rajalakshmi Engineering College, marking the beginning of a long-term industry-academia partnership focused on building deeper industry exposure and hands-on learning in electric mobility.

Inaugurated on World EV Day by Abhay Meganathan S, Vice Chairman of Rajalakshmi Engineering College, the 3,000 sq. ft. facility is one of the first initiatives under Raptee.HV Academy, the company’s broader programme to bring hands-on EV engineering and industry exposure into educational institutions.

The launch also marks the signing of a Memorandum of Understanding (MoU) between Raptee.HV and Rajalakshmi Engineering College, formalising a long-term collaboration in electric mobility.

The partnership creates multi-faceted avenues for industrial training, site visits, guest lectures, internships, industry-oriented courses and joint research. By connecting REC’s academic talent with Raptee.HV’s expertise in engineering electric motorcycles, students and faculty can directly engage with real-world EV challenges. Built with an investment of INR 50 lakh, the HV Lab moves beyond conventional classroom learning to house a Raptee.HV T30, core EV components, a naked motorcycle equipped with digital twin technology, interactive learning modules and dedicated spaces for hands-on experimentation and prototyping.

Tailored for students across electrical, electronics, and automotive engineering, the lab offers direct, practical engagement with core EV systems including battery packs, electric motors, power electronics, charging infrastructure, vehicle communication, and real-time diagnostics. By bridging theory and practice, the facility empowers students to move past traditional classroom instruction to actively experiment, prototype and build next-generation electric mobility solutions. Furthermore, the laboratory will drive faculty development, industry-linked projects, collaborative research, and intellectual property creation, enabling students and academics alike to tackle real-world engineering challenges facing the EV industry.

Dinesh Arjun, Co-Founder and CEO, Raptee. HV, commented, “The next generation of mobility will be built by engineers who understand the machine from the cell to the software. But you cannot build that understanding from a classroom alone. You have to get your hands dirty, take systems apart, question how they work, experiment and build again. The HV Lab is our attempt to bring that experience into engineering education. If even a few students walk out of this lab wanting to build the next great EV technology, we have done our job.”

Abhay Meganathan S, Vice Chairman of Rajalakshmi Engineering College, said, “Electric mobility is transforming the future of transportation, and engineering education must evolve alongside this transformation. At Rajalakshmi, we believe that students learn best when academic knowledge is complemented by meaningful exposure to real-world technologies and industry practices. Our collaboration with Raptee.HV and the launch of the REC-Raptee HV Centre of Excellence for Electric Mobility is a significant step in that direction. This Centre will provide our students and faculty with opportunities to engage with advanced EV technologies, undertake industry-oriented projects, pursue research and innovation, and develop solutions to real-world mobility challenges. We are delighted to partner with Raptee. HV in nurturing the next generation of engineers who will shape the future of electric mobility.”

The new Centre further strengthens Rajalakshmi’s growing ecosystem of advanced research and industry-oriented innovation. Rajalakshmi has invested significantly in building advanced research infrastructure, with 15 Centres of Excellence with state-of-the-art equipment and licensed software. These facilities provide a strong platform for multidisciplinary research, technology development and industry collaboration, enabling students and faculty to work on emerging technologies and address real-world engineering challenges.

Raptee.HV has launched the Centre of Excellence for electric mobility at Rajalakshmi Engineering College, marking the beginning of a long-term industry-academia partnership focused on building deeper industry exposure and hands-on learning in electric mobility.

Inaugurated on World EV Day by Abhay Meganathan S, Vice Chairman of Rajalakshmi Engineering College, the 3,000 sq. ft. facility is one of the first initiatives under Raptee.HV Academy, the company’s broader programme to bring hands-on EV engineering and industry exposure into educational institutions.

The launch also marks the signing of a Memorandum of Understanding (MoU) between Raptee.HV and Rajalakshmi Engineering College, formalising a long-term collaboration in electric mobility.

The partnership creates multi-faceted avenues for industrial training, site visits, guest lectures, internships, industry-oriented courses and joint research. By connecting REC’s academic talent with Raptee.HV’s expertise in engineering electric motorcycles, students and faculty can directly engage with real-world EV challenges. Built with an investment of INR 50 lakh, the HV Lab moves beyond conventional classroom learning to house a Raptee.HV T30, core EV components, a naked motorcycle equipped with digital twin technology, interactive learning modules and dedicated spaces for hands-on experimentation and prototyping.

Tailored for students across electrical, electronics, and automotive engineering, the lab offers direct, practical engagement with core EV systems including battery packs, electric motors, power electronics, charging infrastructure, vehicle communication, and real-time diagnostics. By bridging theory and practice, the facility empowers students to move past traditional classroom instruction to actively experiment, prototype and build next-generation electric mobility solutions. Furthermore, the laboratory will drive faculty development, industry-linked projects, collaborative research, and intellectual property creation, enabling students and academics alike to tackle real-world engineering challenges facing the EV industry.

Dinesh Arjun, Co-Founder and CEO, Raptee. HV, commented, “The next generation of mobility will be built by engineers who understand the machine from the cell to the software. But you cannot build that understanding from a classroom alone. You have to get your hands dirty, take systems apart, question how they work, experiment and build again. The HV Lab is our attempt to bring that experience into engineering education. If even a few students walk out of this lab wanting to build the next great EV technology, we have done our job.”

Abhay Meganathan S, Vice Chairman of Rajalakshmi Engineering College, said, “Electric mobility is transforming the future of transportation, and engineering education must evolve alongside this transformation. At Rajalakshmi, we believe that students learn best when academic knowledge is complemented by meaningful exposure to real-world technologies and industry practices. Our collaboration with Raptee.HV and the launch of the REC-Raptee HV Centre of Excellence for Electric Mobility is a significant step in that direction. This Centre will provide our students and faculty with opportunities to engage with advanced EV technologies, undertake industry-oriented projects, pursue research and innovation, and develop solutions to real-world mobility challenges. We are delighted to partner with Raptee. HV in nurturing the next generation of engineers who will shape the future of electric mobility.”

The new Centre further strengthens Rajalakshmi’s growing ecosystem of advanced research and industry-oriented innovation. Rajalakshmi has invested significantly in building advanced research infrastructure, with 15 Centres of Excellence with state-of-the-art equipment and licensed software. These facilities provide a strong platform for multidisciplinary research, technology development and industry collaboration, enabling students and faculty to work on emerging technologies and address real-world engineering challenges.