Exicom unveiled new powerful EV solutions developed at the intersection of renewable energy, and scalable, high-power public charging at the Bharat Mobility Global Expo 2025. The company showcased a highly integrated solution Harmony Boost combining solar power, grid input, intelligent Battery Energy Storage System (BESS) and multiple dispenser units (up to 400kW) to deliver a greener and faster EV charging experience for Indian EV users.
There is a growing need for high-power EV charging in the market, however, practical implementation is constrained by grid power limitations and high upstream capex of upgrading grid infrastructure. At the same time, the country is vigorously working towards transitioning to renewable energy. Both these macro trends necessitate reducing the dependence on grid power for EV charging, an aspect that is being effectively addressed by Exicom’s BESS-integrated charging solutions.
This technology, which is now being adopted globally, is being showcased in India by Exicom, for the first time. One of the key differentiators of this solution is its ability to intelligently store and manage both solar and grid power, to maximize the use of renewable energy in EV charging. This solution smartly addresses the challenge of intermittent availability of solar power and peak demand management at the grid level to deliver fast charging of up to 400kW per plug ‘every-time’ for EV users, by using smart energy storage and management. It also creates immense value for the Charge Point Operators by bringing in cost efficiencies and helping them deliver a market-leading customer experience.
This solution is seamlessly integrated with Exicom’s new distributed charging product which is available in multiple configurations for power levels up to 400kW per plug, enabling users to efficiently charge vehicles in reduced time, and mitigating range anxiety for EV drivers. Intelligent power sharing between multiple plugs also caters to the varied charging requirements of EVs while increasing the overall efficiency of the charging station.