1. Could you tell us about a brief overview of your company and its core mission within the renewable energy sector?
At Future Solar, we are proud to be the one among India’s fastest-growing solar module manufacturing companies. Based in Vadodara, Gujarat, our journey began with a clear mission—to empower India’s clean energy transition through cutting-edge, high-efficiency solar solutions. In under a year, we have scaled from a 644 MW facility to a 4.8 GW solar module production line, set to be fully operational by August 2025.
Our core mission is simple yet powerful: to deliver world-class solar modules that are not only technologically advanced but also reliable and sustainable. We are committed to supporting India’s Net Zero 2047 vision and building global competitiveness through innovation, quality, and operational excellence.
2. What unique features or advantages distinguish your solar products and EPC services from other offerings in the market?
While we focus purely on module manufacturing as of now—we’ve built our value proposition on three foundational pillars: Technology, Transparency, and Trust.
Our upcoming 4.8 GW facility is equipped with fully automated, AI-driven lines from Jinchen and ATW—leaders in solar automation and precision. The current automation is from SC Solar. These lines are capable of manufacturing high-efficiency TOPCon modules using M10R and G12R cell architectures with output up to 680 Wp more even higher.
We work exclusively with Tier-1 components, selected through a rigorous and well-audited procurement framework to ensure uniformity, durability, and performance across every batch.
At Future Solar, quality isn’t just a checkpoint—it’s a mindset, reinforced by robust SOPs, transparent validation, and a commitment to long-term performance.
3. Could you elaborate on your flagship solutions, such as the Solar Pump, Solar Street Light, and both On-Grid and Off-Grid Solar Systems, and explain how they address specific energy needs while contributing to sustainability?
While we don’t manufacture products like solar pumps or street lights ourselves, our modules are fully compatible with such decentralized systems. Whether it’s a solar pump in an agricultural field or an off-grid lighting solution in a rural village, our panels are engineered for durability, high efficiency, and superior yield even under harsh conditions.
Our TOPCon Glass-to-Glass bifacial M10R 144 Half cut cell and G12R 132 Half cut cell modules are particularly suited for both on-grid and off-grid applications due to their excellent low-light performance, PID resistance, and higher bifacial gain. These modules offer long-term energy security and lower lifetime costs, directly contributing to sustainability goals in both urban and rural deployment.
4. How was your experience at RenewX 2025, particularly with it being held in Chennai for the first time?
RenewX 2025 in Chennai was an exciting platform for us. It gave us the opportunity to meet both existing clients and new players from South India’s growing solar ecosystem. We used the platform to introduce our latest offering—the N-type TOPCon bifacial glass-to-glass M10R 144 Half Cut Cell & G12R 132 Half Cut Cell modules. The interest and technical discussions we had reaffirmed the relevance of our product roadmap in addressing market demand for next-gen, high-output solar panels.
With our upcoming production line, we will begin manufacturing G12R 132-cell modules, which have already received BIS certification. These modules represent the next phase of high-efficiency solar technology—engineered to deliver superior energy output while requiring significantly less installation space. This makes them especially advantageous for utility-scale deployments and space-constrained commercial projects, where maximizing energy density is critical.
The G12R series combines cutting-edge cell architecture, enhanced bifacial gain, and field-tested reliability to ensure consistent performance across diverse environments.
5. How crucial are expos like these for companies such as yours in terms of increasing visibility and driving growth?
Expos like RenewX play a strategic role in our growth journey. They allow us to showcase our technological advancements, educate the market about our products, and connect directly with EPCs, developers, and utility buyers. In a competitive and rapidly evolving market like solar, physical interaction helps build trust—and trust drives business.
We view such platforms not just as marketing events but as opportunities to listen, adapt, and position ourselves better. With a 4.8 GW module line and upcoming 2.4 GW cell line by 2026-2027, brand visibility and customer engagement are more important than ever as we scale up and explore new domestic and international markets.
6. How do you envision the future of solar energy in India, and what specific role does your company plan to play in shaping the future?
The future of solar energy in India is bright, bold, and inevitable. With supportive government policies, growing awareness, and technological progress, India is poised to become a global leader in clean energy manufacturing and deployment.
At Future Solar, we see ourselves as technology enablers and volume leaders in this movement. We are not just chasing capacity—we are building an ecosystem. Our 2.4 GW cell manufacturing line, which begins production by end of 2026, will mark a key step in vertical integration. Simultaneously, we are investing in R&D and certifications that allow us to cater to export markets.
We believe our role is to bridge global quality with Indian scalability and help the nation achieve its Net Zero goals through affordable, reliable solar energy.
7. What specific short-term and long-term goals does the company have for the next few years, and how do they plan to achieve them?
In the short term, our priority is to operationalize our 4.8 GW manufacturing line and complete the setup for our G12R 132-cell modules, now BIS-certified. We are also expanding our PAN India warehouse and sales network to support this growth.
For the long term, our focus is three-fold:
- Backward Integration: We plan to commission 2.4 GW solar cell manufacturing lines by 2026 -2027.
- Export Expansion: Tapping into global markets via CEC, 3X – IEC certifications, and 3rd-party PV module insurance to meet international standards.
- Innovation Leadership: Investing continuously in new cell formats, AI-integrated manufacturing, and localized supply chains.
By 2026, we aim to be not just one of the largest manufacturer, but a globally recognized brand synonymous with quality, speed, and trust in solar.
