Author: Bihar Say | Amrita | Bihar’s Floating Solar Innovation Reaches the BRICS Stage: How Begusarai’s Tushar Kumar Is Putting Water-Based Solar Power in the Spotlight A young
A young professional from Begusarai has taken an Indian floating solar innovation to a global platform, showing how technology and local talent can open new doors for Bihar.
What if the next big opportunity for solar power is not another stretch of land, but the surface of a water body?
That question sits at the heart of a technology showcased by Tushar Kumar from Begusarai, Bihar, at the BRICS India Innovates Expo in New Delhi. His presentation brought floating solar technology into the spotlight, connecting a local story of education and technical work with India’s growing interest in clean energy innovation.
The development matters for more than its international setting. It also highlights the kind of talent emerging from Bihar and the possibilities that arise when scientific knowledge meets practical engineering.
On September 15, 2026, Dainik Jagran reported that Tushar Kumar demonstrated advanced floating solar technology at the BRICS India Innovates Expo, held at Bharat Mandapam.
The expo featured Indian deep-tech innovations, with selected startups presenting their technological capabilities. According to the report, 37 Indian startups participated in the exhibition, which was organised with support from central ministries.
The event also attracted the attention of leaders from BRICS countries, including the presidents of Russia and China, who viewed various Indian technologies.
For Tushar, the event provided an opportunity to present a specialised solar energy platform to an international audience.
Tushar Kumar, who works as a manager at Quant Solar Technology, presented the floating solar photovoltaic platform alongside co-founder Pankaj Kumar.
The platform focuses on solar energy generation over complex water bodies. Unlike conventional solar installations that require land, floating solar systems place photovoltaic panels on water-based structures.
However, the source report does not provide detailed technical specifications, such as the platform’s power capacity, construction materials, deployment area, or commercial rollout status. Therefore, these details require further confirmation before drawing conclusions about the technology’s performance.
The exhibition nevertheless placed the innovation within the broader conversation around indigenous technology and renewable energy.
Floating solar, also known as floating photovoltaic (FPV) technology, involves installing solar panels on floating platforms over water bodies.
The basic idea is straightforward: use available water surfaces for solar power generation while reducing the need for land-based installations.
Yet, designing these systems for complex water bodies requires engineering considerations. Platform stability, anchoring, electrical connections, and site-specific conditions can influence how a project operates.
The report specifically describes Quant Solar Technology’s platform as designed for complex water bodies. It does not, however, establish its tested efficiency, operating scale, or long-term results.
Bihar’s story is often told through its agriculture, heritage, education, and migration. Stories of technical innovation add another dimension to that picture.
Tushar’s participation in a national technology exhibition offers a concrete example of a professional connected to Begusarai contributing to India’s clean energy innovation space.
Importantly, this is not evidence that Bihar has already become a major floating solar manufacturing hub. Instead, it shows how people with regional roots can participate in specialised technological work and gain visibility through national platforms.
For young people in Bihar, such stories can also create curiosity about career paths in engineering, physics, renewable energy, and startup development.
Tushar is the son of Dr. Upendra Kumar, who is associated with the Physics Department at GD College, Begusarai. The report also identifies him as the professor-in-charge at Government Degree College, Veerpur.
That academic connection adds a personal layer to the story. Scientific education is not limited to classrooms or textbooks. It can also connect with practical applications in energy and engineering.
At the same time, one individual’s achievement should not be treated as proof of a wider measurable trend. The available report confirms Tushar’s participation and the technology he presented, but it does not provide data on the number of Bihar-based innovators working in the sector.
Floating solar technology is part of a wider effort to explore alternative locations for renewable energy projects.
Solar installations typically require suitable space, infrastructure, and access to electrical networks. Floating systems offer another possible setting by using water surfaces.
However, the practical value of any floating solar project depends on its design, location, environmental considerations, maintenance requirements, and economic feasibility.
The report describes the technology as an indigenous innovation with potential in water conservation and green energy. It does not establish whether the specific platform has entered commercial deployment or delivered verified energy savings.
Floating solar projects can raise questions about how energy generation interacts with water resources.
For example, project developers may need to study local water conditions, aquatic ecosystems, maintenance access, and the needs of communities that use the water body.
These considerations become especially important when technology moves beyond an exhibition and into real-world deployment.
In Tushar’s case, the reported focus on complex water bodies suggests an engineering challenge worth following. More information about testing, environmental assessment, and implementation would help readers understand its practical potential.
For Begusarai, the story carries a sense of local pride.
A professional connected to the district presented technology at an exhibition that brought Indian startups and international attention together. His participation also created excitement among people in the local education and technical communities, according to the report.
That recognition is meaningful because innovation stories often begin away from the country’s biggest technology centres. Still, the lasting significance of such work depends on what follows: research, testing, partnerships, and the ability to turn an idea into a reliable solution.
The BRICS expo offers visibility. Continued development will determine how far the technology travels.
The available report confirms the presentation of the floating solar photovoltaic platform at the expo. It does not detail the company’s next project, investment plans, pilot installations, or commercial expansion.
Those are the questions that could shape the next chapter of this story.
Will the platform move into field testing? Can the technology support different types of water bodies? What kind of engineering and maintenance challenges will developers face?
Answers to these questions would help establish the platform’s real-world impact.
For now, Tushar Kumar’s appearance at the BRICS India Innovates Expo offers a reminder that innovation can emerge from unexpected places—and that Bihar’s technical talent deserves attention beyond familiar narratives.
At Bihar Say, we believe the stories shaping Bihar’s future deserve to be seen, understood, and shared. Follow Bihar Say at www.biharsay.com for regular updates, untold stories, and meaningful developments from Bihar—and become part of our 15K+ community worldwide.
