Ultravibrant Solar Energy, a dynamic solar EPC firm, drives India’s renewable energy revolution. Focused on end-to-end solar solutions for residential, commercial, and industrial sectors, the company designs and delivers high-efficiency solar panel systems, ground-mounted arrays, and industrial installations, using premium-grade components and a certified installation team. This ensures optimal performance, safety, and long-term reliability. Renowned for timely project execution, seamless grid integration, and uncompromising safety standards, Ultravibrant Solar embodies its mission to “power a sustainable future” by reducing carbon footprints and enhancing energy efficiency across industries.
At the Renewable Energy India Expo 2025, in an exclusive conversation with The Interview World, Kuldeep Kumar Jain, CEO of Ultravibrant Solar Energy Pvt. Ltd., shared a bold vision for the future of renewable energy. He discussed how the company’s collaboration with Lithina Energy Solutions aims to accelerate innovation in solar technologies. He also outlined his strategic roadmap for the indigenization of solar solutions, the company’s five-year outlook on power generation capacity, and the pivotal role of solar energy in driving national sustainability goals. Furthermore, Jain emphasized the company’s commitment to making solar power more affordable, accessible, and transformative for consumers.
Here are the key insights from his compelling conversation.
Q: What sorts of innovations are anticipated from the collaboration between Ultravibrant Solar Energy and Lithina Energy Solutions, and how will they impact the renewable energy market?
A: Lithina has entered its first joint venture with Ultravibrant Solar Energy, a trusted EPC company with over 11 years of experience in the solar industry. Through this collaboration, Lithina is introducing global-standard commercial energy storage solutions, including advanced battery packs and containerized battery systems. Ranging from 125 kW to 261 kW at the lower end and scale up to 3 MWh, these systems address both small- and large-scale energy requirements.
Production for this joint venture will begin in the second week of November at the new manufacturing facility located in Prahladpura Industrial Area, Jaipur. The collaboration combines Ultravibrant’s EPC expertise with Lithina’s technological innovation to develop and assemble energy storage solutions in India. While the company currently imports battery cells and battery management systems, all assembly and container fabrication take place domestically, reflecting a strong step toward ‘Make in India’ goals.
The venture primarily focuses on Battery Energy Storage Systems (BESS), a critical component for integrating renewable projects across Rajasthan. With numerous tenders emerging in the state, the company is actively participating to strengthen grid stability and solar adoption.
In parallel, Lithina and Ultravibrant are expanding into residential and small commercial segments, offering compact battery systems for homes, shops, and institutions. These solutions aim to reduce dependence on costly diesel generators (DGs) by lowering the levelized cost of energy (LCOE) for communities, hospitals, and commercial facilities.
Looking ahead, the partnership plans to indigenize the Energy Management System (EMS) and Battery Management System (BMS) technologies, transforming the joint venture into a fully integrated, India-based energy innovation hub. As the collaboration grows, it promises to drive accessibility, affordability, and sustainability across the nation’s renewable energy landscape.
Q: With India’s solar energy market growing rapidly, what are your plans for the indigenization of your technology, including battery and storage solutions?
A: We have a clear plan to indigenize our raw materials. At present, we depend on foreign suppliers for cells. However, under the vision of Atmanirbhar Bharat, we are steadily working to reduce this dependency and build domestic capabilities.
Currently, India has only a few cell manufacturers, but the landscape is evolving. New producers are emerging, and we are aligning our roadmap with this growth. Within the next two to three years, we aim to achieve significant indigenization by developing and sourcing these materials locally.
At this stage, we continue to import certain raw materials from other countries, but that too will gradually change as our local ecosystem matures.
Q: How do you envision your power generation capacity evolving in the next five years, and what is your target in gigawatts?
A: Our current plan is to establish a production capacity of 1.7 gigawatt-hours. Looking ahead, we aim to expand this capacity nearly fivefold by 2030, reaching 10 gigawatt-hours. This growth aligns with India’s ambitious Solar Mission of achieving 500 gigawatts of renewable energy. Through both manufacturing and EPC solutions, we are committed to contributing at least 10 gigawatt-hours to this national goal.
Q: In what ways does your technology promote environmental sustainability and support the nation’s green energy goals?
A: India today offers a diverse range of energy technologies such as solar, wind, and battery energy storage systems. Solar power works when the sun shines, and wind power operates when the wind blows. However, during peak demand or when sunlight and wind are unavailable, the real challenge arises. To address this gap, battery energy storage systems (BESS) play a crucial role by ensuring continuous and reliable power supply.
Traditionally, large institutions and residential complexes have relied on diesel generator (DG) sets, which produce power at a high cost of ₹27–28 per unit. In contrast, BESS can deliver electricity at a much lower rate, around ₹5–6 per unit, offering both economic and environmental advantages.
As technology advances and scales, the cost of energy storage will continue to fall, making it even more competitive and accessible. This evolution will not only strengthen India’s energy reliability but also accelerate the transition toward clean, green energy.
Moreover, we are actively engaging with battery recyclers to develop sustainable solutions for end-of-life materials. Our goal is to ensure responsible recycling and safe disposal of battery residues within India, thereby minimizing environmental impact and reinforcing our commitment to a circular, eco-friendly energy ecosystem.
Q: What strategies are you adopting to make solar energy more affordable and accessible for consumers in the near future?
A: This technology is set to gain rapid popularity. At present, commercial electricity costs around ₹13 per unit, and rates rise even higher during peak hours. In contrast, battery-backed solar systems offer a far more economical and sustainable alternative. They not only reduce power costs but also provide a reliable solution that complements solar energy generation.
Large-scale utility projects, supported under various government initiatives such as the Prime Minister’s schemes, are increasingly adopting hybrid systems that combine solar and gas. This integration is becoming a necessity rather than an option. In fact, we have taken a pioneering step by establishing Rajasthan’s first fully automated manufacturing facility for such advanced systems.
I am confident that in the coming years, this technology will emerge as a major driver of India’s green energy transition. When I began working in the solar sector in 2011, power from solar cost around ₹17 per unit. Today, that cost has fallen to nearly ₹2 per unit. This remarkable progress shows how rapidly technology evolves and becomes accessible.
What once seemed a luxury is now a necessity, and soon, energy storage will follow the same path, becoming an indispensable part of India’s clean energy future.
