Future Solar, headquartered in Vadodara, Gujarat, ranks among India’s leading and premium solar panel manufacturers. The company delivers high-performance Solar PV modules, powered by advanced AI-driven manufacturing technologies. Operating from a fully automated 35-acre facility in Karjan, Vadodara, it currently manufactures both N-type TOPCon and P-type Mono-PERC modules. Looking ahead, Future Solar aims to scale its production capacity to 4.8 GW for modules and 2.4 GW for TOPCon cells by the end of 2025.
As part of the Samanvay Group—renowned for its legacy in real estate and healthcare—Future Solar brings a heritage of trust and innovation to the renewable energy sector. Rooted in the philosophy of “Made in India, Made for the World,” the company strives to make clean energy accessible, affordable, and dependable across residential, industrial, commercial, and utility-scale markets. It backs this mission with BIS, IEC, and ISO certifications, and ALMM and ALCM listing as per MNRE, alongside rigorous product testing protocols that ensure uncompromised quality and reliability.
Driven by a bold vision, Future Solar seeks to accelerate the global shift toward clean energy. It does so by leveraging advanced solar technologies, maintaining stringent quality standards, and championing sustainable growth strategies.
At the Renewables Summit 2025, hosted by Mercom India, The Interview World sat down with Varun Jakhar, AGM – Key Accounts, Sales, at Future Solar. In this exclusive conversation, Jakhar detailed the company’s innovations in solar energy, outlined the end-to-end process of solar cell sourcing, manufacturing, and integration, and unpacked the potential of bifacial dual-glass technology. He also offered insight into Future Solar’s growth roadmap and its vision for technological leadership in the sector.
Here are the key takeaways from this compelling exchange.
Q: What innovations has Future Solar introduced in renewable energy, and how are they impacting solar energy generation in India and globally?
A: Future Solar stands at the forefront of India’s solar module manufacturing landscape, driven by next-generation technology and engineering precision. The company leads with its adoption of the cutting-edge N-type Tunnel Oxide Passivated Contact (NTOPCON) technology—offering some of the industry’s highest-capacity modules. In the G12R segment, Future Solar has introduced advanced modules delivering up to 635 Watt peak, setting new benchmarks in performance. These modules are produced on a fully automated, AI-driven manufacturing line that ensures unmatched consistency and precision.
To guarantee durability and reliability, Future Solar subjects every module to rigorous quality control and testing protocols. This is especially critical, as installations span across diverse geographies—ranging from plains and plateaus to rugged terrains. Regardless of the environment, the modules are built to perform with steadfast reliability.
Reinforcing this commitment to quality, Future Solar collaborates with globally recognized testing authorities such as Underwriters Laboratories (UL) in the USA and Technischer Überwachungsverein (TÜV) in Germany with reference to Fraunhofer testing procedures. These certifications serve as a testament to the company’s compliance with the most stringent international standards, making their modules truly “battle-tested” for global deployment.
Future Solar’s reach extends far beyond Indian borders. The company currently exports modules from its state-of-the-art facility to major international markets, including the United States and Australia, while actively exploring new geographies for expansion.
Back home in India, the company has observed common failure points in competitor installations—often due to poor handling, substandard installation practices, or module quality issues. Future Solar addresses these challenges proactively. In addition to its automated manufacturing systems, the company deploys a dedicated technical team to oversee installation quality. This team verifies procedures at every critical step and advises customers on best practices for module handling, loading, unloading, and erection at the project site.
In essence, Future Solar is not just building world-class modules—it’s ensuring they deliver unmatched performance from factory floor to field.
Q: Is Future Solar manufacturing its products indigenously in India, or sourcing components internationally and assembling them locally?
A: In India, most solar manufacturers, including Future Solar, currently operate on a ‘sandwich manufacturing’ model—primarily assembling imported components. This trend has long defined the domestic solar landscape. However, the scenario is rapidly shifting.
With a strong policy push from Prime Minister Narendra Modi and the introduction of the Approved List of Cell Manufacturers (ALCM), domestic manufacturing is gaining momentum. Backward integration and raw material localization have emerged as the industry’s new priorities, driving manufacturers to rethink their supply chains and invest in self-reliance.
India has already achieved nearly 50% of its targets in this domain—a significant milestone. While critical components such as cells, glass, frames, and junction boxes have traditionally been sourced from international suppliers, the country is now developing domestic capabilities across these segments.
That said, certain materials—particularly high-grade polysilicon—remain unavailable in India. For now, manufacturers rely on global sources. But the future looks promising. Advancements in extraction, chemical processing, and distillation technologies may soon enable domestic production, transforming India into a fully self-reliant solar ecosystem.
Future Solar is aligning with this national vision. The company is preparing to launch a 2.4 GW integrated solar cell line, expected to become operational by December 2026. This investment will significantly enhance its vertical integration capabilities, with potential for further expansion based on market demand.
Currently, Future Solar operates at 4.8 GW of module manufacturing capacity, placing it firmly among India’s top ten solar module producers. Remarkably, the company has achieved this scale within just two years—growing from a megawatt-level startup to a gigawatt-scale manufacturer in record time.
But growth at Future Solar isn’t just about numbers. The company is equally committed to delivering excellence. It’s focused on quality, innovation, and long-term value, ensuring that every module contributes to powering India’s clean energy future with performance and reliability.
In essence, Future Solar is not just manufacturing solar modules—it’s helping shape India’s renewable energy independence, one watt at a time.
Q: Could you explain the bifacial dual‑glass technology that Future Solar is leveraging, and how it enhances solar energy performance?
A: Bifacial technology often suffers from a common misconception—people tend to believe that the module itself is bifacial. In reality, it’s the solar cells that are inherently bifacial. Whether sourced domestically or imported, modern cells are designed to absorb light from both the front and rear surfaces. The distinction arises not from the cell but from how the module is constructed.
If a transparent material—such as glass or a clear backsheet—is used on the rear side, the module becomes bifacial, allowing light to penetrate and energize the cell from both sides. Conversely, when an opaque backsheet, typically white and used to enhance front-side irradiance, is applied, the module functions as monofacial. But at its core, the cell remains bifacial.
This nuanced understanding is vital as the industry rapidly evolves. Over the years, we’ve seen a shift from polycrystalline to monocrystalline PERC, and now to advanced technologies like TOPCon. The horizon continues to expand with innovations such as back-contact and perovskite cells gaining momentum.
At Future Solar, we are fully prepared for this technological evolution. Our manufacturing line is completely automated with minimal manual intervention and supported by an in-house testing laboratory that ensures rigorous quality control. Built around the state-of-the-art Gensun line with K-type stringers, our setup offers flexibility to adopt next-generation technologies with only minor tool modifications.
Currently, we manufacture G12R high-efficiency modules, which represent the latest in solar innovation. These modules deliver superior performance with minimal variation in size, offering a practical balance between cost-effectiveness and energy output. Backed by a 30-year linear performance warranty and a 12-year product warranty, they are engineered to endure—both in efficiency and durability.
In short, Future Solar isn’t just following industry trends—we’re building the infrastructure to stay ahead of them. With adaptable technology and future-ready systems, we continue to deliver high-wattage, high-efficiency modules that promise long-term value and reliable performance.
Q: How do you envision Future Solar evolving over the next 5 to 10 years in terms of business growth and technological innovation?
A: At Future Solar, even the highest benchmarks don’t define our limits—we believe the sky itself is just the beginning.
We’re constantly pushing forward. As mentioned, we’re expanding into solar cell manufacturing. But that’s only one step. We’re also gearing up to enter deeper layers of the solar supply chain and broaden our reach into new divisions.
Looking ahead, we have bold plans. Green hydrogen, electric vehicles, and allied emerging segments are firmly on our roadmap. Strategic collaborations are underway to ensure we’re not just part of the green transition—we’re helping lead it.
To strengthen our market presence, we’re rapidly building a robust distribution network. We’ve already identified and engaged potential partners and are currently operational with 15 active distributors. Our goal is to scale this network to 50 in the near future.
Our infrastructure is equally ambitious. We’ve established premium warehouse facilities in major Indian cities, focusing on high-demand regions. We’re actively serving key solar-rich states like Rajasthan and Gujarat, where installed capacities are peaking—but the growth potential remains vast.
Future Solar is accelerating at a remarkable pace. We credit this momentum to our commitment to advanced technology, a future-ready vision, and a mission aligned with India’s national objectives. With unwavering focus, we’re on track to contribute significantly to India’s net-zero goals—and we intend to get there sooner than expected.
