Battery-swapping platform for electric vehicles with IoT-enabled charging networks
SUN Mobility operates a battery-swapping infrastructure for EVs, positioning the company as a logistics and hardware player rather than a pure software vendor. The tech stack—Android, Node.js, Python, PostgreSQL, Kafka, and Azure cloud services—reflects a distributed IoT system managing fleets, swap stations, and battery inventory. Active hiring is engineering-heavy (7 of 9 roles) with senior/lead bias, while projects span supplier enablement, manufacturing transitions, and predictive maintenance—a pattern indicating the company is shifting from early-stage tech validation toward manufacturing rigor and operational scale.
SUN Mobility develops battery-swapping technology and networks designed to address range anxiety and charging time in electric vehicles. Founded in 2017 as a joint venture, the company operates across India with a workforce of 501–1,000 employees headquartered in Bangalore. The business model separates battery ownership from vehicle purchase through a subscription service, targeting OEMs, fleet operators, and ride-sharing providers. Current focus includes integrating swapping technology into OEM vehicle platforms, scaling manufacturing processes to automotive-grade standards, and building predictive maintenance systems to reduce operational costs and downtime.
SUN Mobility develops battery-swapping infrastructure with IoT-enabled swap stations. The system uses a subscription model to separate battery ownership from vehicles, designed to eliminate charging time and range anxiety for EV users.
Android, Node.js, Python, PostgreSQL, Kafka, Redis, RabbitMQ, React, Angular, Docker, and Azure cloud services. The stack supports distributed IoT operations across swap stations, fleet management, and battery logistics.
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