In Short : Together, Statcon Energiaa and Su-Vastika Systems are creating and manufacturing state-of-the-art, Made-in-India Battery Energy Storage Systems (BESS) with digital and embedded Internet of Things characteristics. In order to enhance grid resilience and the digital transformation of the energy landscape, the partnership responds to the increasing need for intelligent energy infrastructure.
Using Digital Intelligence to Drive Innovation in BESS
The partnership focuses on a fast growing market that is expected to reach over USD 32 billion by 2030, up from USD 7.8 billion in 2024. Digital functionality is crucial to the development of lithium-ion BESS. IoT-enabled monitoring, cloud-based remote management, smart grid integration, and advanced data analytics are important areas of innovation. These are essential components of contemporary, flexible energy infrastructure.
Strategic Coherence with the Clean Energy Agenda of India
The partnership intends to lessen reliance on foreign systems and promote indigenous innovation, as both digital grid modernization and climate goals are top priorities for the country. Energy storage will become clean and shrewdly intelligent thanks to the solutions, which will support new use cases including smart city energy systems, urban microgrids, and EV charging infrastructure.
About Statcon Energiaa
One of India’s top innovators in power electronics and grid-connected inverters, Statcon Energiaa was the first to introduce domestic BESS and solar hybrid systems. using an emphasis on internal research and development and decades of manufacturing competence, the company is leading the country’s transition to energy independence using domestic renewable energy technology.
About Systems Su-Vastika
Su-Vastika Systems contributes strong R&D capabilities and cutting-edge patents for lithium batteries and inverters to the collaboration. The company, which is well-known for its inventive BESS hardware, is essential to the development of intelligent, robust energy storage technologies that underpin a grid infrastructure that is digitally connected.
