Servotech Energy Methods Ltd., India’s largest EV Charger producer, has secured a considerable contract for putting in 12 EV charging stations from the Company for New and Renewable Power Analysis and Know-how (ANERT), Division of Energy, Govt. of Kerala. Underneath this contract Servotech has to construct 12 electrical automobile (EV) charging stations with 30KW Quick DC EV Chargers on the numerous areas of Kerala Motor Automobile Division. This contract includes Servotech supplying, commissioning, and building of EV charging stations.
This pilot mission whose execution has already begun might be executed in phases with the first section involving the set up of 4 EV charging stations and the 2nd section will contain the set up of 8 EV charging stations. This initiative will show to be useful in facilitating Kerala’s shift in direction of sustainable transportation options by considerably enhancing the state’s EV charging community. Because the demand for EV mobility grows, there’s a corresponding requirement for handy and accessible charging infrastructure for electrical autos. These charging stations will allow EV homeowners to recharge their autos conveniently whereas on the transfer.
Sarika Bhatia, Director of Servotech Energy Methods Ltd. mentioned, “We’re elated to be engaged on this pilot mission for ANERT. As a number one EV Charging participant who could be very actively working in direction of making India transition in direction of inexperienced transportation, this step brings us nearer to attaining our collective dream of seeing India as an EV-powered nation. We’re creating our inexperienced footprints, ranging from Kerala, we plan to extend our footprints to different states as effectively. Our environment friendly {hardware} and software program options will guarantee reliable EV charging stations, catering to the rising demand for sustainable journey choices. This initiative will show to be important for facilitating infrastructure improvement to help the increasing EV buyer base and allow its strategic growth in EV charging infrastructure at locations with excessive charging demand.
