InSolare Energy has signed an MoU with CSIR-Structural Engineering Research Centre (CSIR-SERC), a national laboratory under the Council of Scientific and Industrial Research (CSIR), known for its expertise in structural analysis, design and testing.
Under this collaboration, CSIR-SERC will provide comprehensive testing, technical evaluation, validation and analytical support for InSolare's proprietary renewable energy systems and structural components. The partnership will operate on a project-to-project basis, ensuring that every innovation is subjected to rigorous scientific scrutiny and engineering validation before large-scale deployment.
Dr. Sunit Tyagi, Founder and MD, InSolare Energy said, "Engineering excellence is not optional in renewable infrastructure, it is foundational. As systems scale in size and complexity, structural integrity and scientific validation become central to long-term performance. Our collaboration with CSIR-SERC institutionalises that rigor within our innovation journey. Every asset we deploy must be resilient, tested under real-world conditions and built to endure decades of operation. This partnership strengthens our ability to integrate research-backed validation into execution, ensuring that India's clean energy expansion is not only rapid, but structurally robust and future-ready".
As renewable infrastructure scales across diverse climatic and load-bearing conditions in India, structural resilience has emerged as a critical differentiator. Through this MoU, InSolare aims to further institutionalise third-party validation and advanced structural assessment across its solar, hybrid and hydrogen-related installations. The collaboration bridges laboratory-grade scientific rigor with real-world renewable infrastructure execution.
Speaking on the partnership, Col Pankaj Sharma, VP (R&D), InSolare Energy said, "Innovation in clean energy must be matched by disciplined validation. Through this collaboration with CSIR-SERC, we are embedding advanced structural testing and analytical evaluation into our development lifecycle. This moves us beyond conceptual innovation towards scientifically verified deployment. By aligning laboratory-grade research with on-ground execution, we are accelerating the translation of indigenous technologies into scalable, dependable renewable infrastructure."
Dr N Anandavalli, Director, CSIR-SERC noted, "This partnership bridges advanced structural research with large-scale renewable energy deployment. By providing rigorous testing, validation and analytical support, we aim to enhance the safety, durability; and performance of emerging clean energy systems. Structured collaboration between scientific institutions and industry is essential to strengthening India's renewable infrastructure ecosystem."