Parul University and Sunrise CSP India Sign MoU for Solar Energy Research

India’s solar capacity has been progressing at a pace that consistently surprises its own creators. But growth in installed capacity does not automatically solve the operational challenges that follow. Dust accumulation on glass surfaces reduces energy output by 15-30% in arid regions. Degradation of concentrators lowers efficiency over time. The cost and logistics of keeping large solar installations clean across thousands of acres creates a problem that manual labour alone cannot address at scale.

Gujarat has been one of India’s most active states in solar energy expansion, and Vadodara’s proximity to both industrial clusters and renewable energy projects gives this collaboration a geographic logic that strengthens its practical impact. This is what applied university research looks like when a NAAC A++ institution with ₹25 Crore+ in research funding partners with industry to solve problems that the solar sector needs solved today.

Sunrise CSP India works specifically in solar thermal technologies, where these maintenance challenges sit at the of daily operations. The company’s decision to partner with a university’s research infrastructure reflects a practical response to a real gap. The problems are defined. The technology to solve them needs to be built, tested, and validated under Indian field conditions.

For engineering students at Parul University, this partnership means working on problems that the solar industry needs solved right now. The research is not theoretical. Design the future with cutting-edge innovation, pursue B.Tech in Mechatronics or Bachelor of Technology in Aeronautical Engineering at Parul University and turn ideas into intelligent systems and flight-ready technologies.

Apply now to gain hands-on experience, industry exposure, and the skills to lead in robotics, automation, and aerospace.

At the scale of a commercial solar installation, even a small reduction in cleaning frequency translates into significant cost savings and efficiency gains.

Parul University’s Micro-Nano Research and Development center (MNRDC) is the key facility driving this research. Established in 2024 under the Gujarat Industrial Policy 2020 through the Scheme for Assistance for Research and Development Activities, the Micro-Nano Research and Development Center focuses on four research areas: nanomaterials, nanoelectronics, MEMS (Micro-Electro-Mechanical Systems), and biomedical nanotechnology.

The second pillar is the most operationally visible. Cleaning extensive solar fields through manual labour requires a large workforce, demands constant attention, and proves difficult to scale beyond a certain point. A drone-based cleaning system that is reliable, affordable, and deployable across different site conditions would create a substantial operational impact for the solar industry.

Parul University’s role involves the design, prototyping, testing, and continued refinement of autonomous and semi-autonomous drone systems purpose-built for solar panel and concentrator cleaning. The work draws on robotics, computer vision for navigation and obstacle avoidance, mechatronics for the cleaning mechanism itself, and materials science for components that withstand outdoor exposure over thousands of operational hours.

For students in B.Tech Mechanical Engineering, Bachelor of Technology in Aeronautical Engineering, Bachelor of Technology (B.Tech) in Mechatronics Engineering, and related programmes, this pillar offers hands-on experience applied to a problem with clear commercial demand. The research is inherently multidisciplinary, cutting across mechanical engineering, electronics, computer science, and materials science. This is the kind of project exposure that gives graduates an edge in placement interviews, because they have solved a real problem, not just studied one in a textbook.

The third pillar has the most direct human impact in the near term. M.Tech students from Mechatronics from Parul University will be placed on active projects for skill development, defined by Sunrise CSP. This is not a checkbox internship arrangement. Students can undertake dissertation work or extended project-based learning, with mentorship coming from the industry side alongside academic supervision from Parul University faculty.

Performance evaluation will be conducted jointly by both academic and industrial evaluators. This detail matters because it ensures graduates who have solved actual problems, not just studied them in a classroom. The industry-defined problem statements, combined with academic rigour in methodology and documentation, create a learning experience that bridges the gap between a postgraduate degree and professional engineering practice.

Sunrise CSP provides site access for field deployment, domain expertise, mentorship for students, and support for raw material requirements tied to the research work. Parul University contributes qualified faculty, researchers, students, and laboratory infrastructure including the Micro-Nano Research and Development Center. The division of responsibilities is clearly defined, with each side bringing what it does best. For M.Tech candidates evaluating private universities with strong industry collaboration, this partnership represents exactly what applied postgraduate research should look like. Take your engineering journey to the next level with M.Tech programmes at Parul University.

Parul University’s PIERC (Parul Innovation and Entrepreneurship Research Center) is equipped with the best of the professionals and guides to amp businesses globally. The Micro-Nano Research and Development Center, established under  Gujarat government support, gives this specific collaboration a technical edge in nanomaterials characterisation that few private universities in India can match. Combined with B.Tech Bachelor of Technology (B.Tech) in Mechatronics Engineering, Bachelor of Technology in Aeronautical Engineering and M.Tech Programmes such as Master of Technology Mechatronics Engineering, Master of Technology in Aerospace Engineering and Other courses as well.

With drone technology development capabilities across the engineering faculty, and the Bachelor of Science in Physics and Master of Science in Physics programmes, it builds materials science foundations, the university provides the complete academic ecosystem this solar energy research requires.

Gujarat’s position as one of India’s most active states in solar energy deployment adds geographic logic. Vadodara’s proximity to both industrial clusters and renewable energy installations means the technology being developed through this partnership, coatings that reduce maintenance frequency and drones that automate cleaning, can be tested at real sites within driving distance of the campus. For the solar industry, this means faster iteration between laboratory development and field validation.