- Exicom inaugurated a large Industry 4.0-enabled EV charger and power electronics plant in Hyderabad.
- The facility increases production capacity 2.5 times while supporting exports and creating over 750 jobs.
The Exicom Tele-Systems announced the launch of the Exicom EV charging manufacturing facility in Hyderabad on March 16, 2026, marking a major expansion of its production capabilities. Built with an investment of INR 2.16 billion, the new campus supports manufacturing of EV charging equipment, lithium-ion battery systems, and advanced power electronics for both domestic and export markets. Spread across 18.4 acres with approximately 280,000 square feet of built-up space, the project significantly scales the company’s industrial capacity. Phase I of the facility is expected to increase Exicom’s manufacturing output by around 2.5 times while generating more than 750 new employment opportunities in India.
Industry 4.0 Manufacturing Infrastructure
The plant has been developed to support high-precision production of advanced power electronics using Industry 4.0 manufacturing technologies. Automation systems, robotics, and digital traceability tools are integrated across production lines to improve efficiency and quality monitoring. The facility also includes an ISO 8 cleanroom environment and specialized testing infrastructure designed for complex electronic systems. These capabilities allow the Exicom EV charging manufacturing facility to support scalable production of next-generation EV charging equipment while maintaining strict quality control across components and finished systems.
EV Charger Testing and Sustainable Campus Design
Alongside manufacturing operations, the site will host an EV charger interoperability testing center to support compatibility across charging networks and vehicle platforms. The facility will also produce Tritium’s TRI-FLEX liquid-cooled power modules, strengthening Exicom’s presence in high-power charging infrastructure. Sustainability features have been incorporated throughout the campus, including a 1 MW rooftop solar installation, rainwater harvesting systems, a sewage treatment plant, and nearly 40 percent green cover. The development has been planned to meet IGBC Green Building standards while supporting long-term growth in electric mobility infrastructure.
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