InSolare Energy Secures 50MWp Solar EPC Order in India with 10.8MWh Energy Storage

en.Wedoany.com Reported - On September 18, InSolare Energy announced that it had secured a batch of solar EPC projects with a total scale of 50MWp, along with a 10.8MWh battery energy storage system, with the client being a cement manufacturing enterprise. The projects will be built at three separate locations in Rajasthan, Karnataka, and Maharashtra, India, forming a cross-regional integrated solar and energy storage construction task for industrial users.

The scope of work for this order centers on solar EPC and supporting BESS. The total solar scale and energy storage capacity of the projects have been determined, but InSolare Energy has not yet disclosed the capacity allocation for each of the three sites, the specific client names, the contract amount, or the delivery schedule. The company publicly confirmed that the order is for industrial users and constitutes a project portfolio in which solar power generation facilities and battery energy storage systems are configured simultaneously.

The three projects are distributed across major cement and industrial production concentration areas in India. Project execution will involve ground-mounted solar systems, energy storage systems, electrical integration, and subsequent commissioning. Compared with the company's traditional single solar EPC projects, this order adds a 10.8MWh energy storage configuration, and project delivery requires the simultaneous completion of solar output and energy storage system interfaces.

Earlier in September, InSolare Energy also secured a 35MW/52.5MWp ground-mounted solar EPC project in Sri Muktsar Sahib, Punjab; the company also completed a 55MWp open-access solar project in Bathinda this year, which is equipped with 94,248 bifacial modules and connected to the grid via a 66kV system. The above projects serve as direct engineering references for the company's current projects under construction and recent deliveries, but this 50MWp order is an independent three-site industrial solar-plus-storage project.