EMO Energy enters heavy commercial EV battery segment for buses, trucks and fleet applications

EMO Energy has announced its entry into the heavy commercial vehicle (HCV) segment with a battery platform designed for electric buses, trucks, and commercial fleets.

According to the company, the platform combines battery systems, charging systems, thermal management, and AI-powered battery monitoring software into a single solution. It is designed to address operational challenges associated with commercial EV deployment, including vehicle downtime, overheating, charging delays, and battery degradation over time.

The platform supports battery systems of up to 800V and is compatible with both lithium iron phosphate (LFP) and nickel manganese cobalt (NMC) cell chemistries. According to the company, it is designed to support charging times of less than 30 minutes. The platform includes a modular battery architecture, immersion cooling-based thermal management, a smart battery management system (BMS), cell-level monitoring, predictive diagnostics, safety features, vehicle-specific configurations, and EMO Energy’s battery intelligence platform, SENS.

EMO Energy said the platform is designed for electric buses, heavy-duty trucks, freight and logistics fleets, and construction and industrial vehicles. The company currently works with commercial EV manufacturers on battery, charging, thermal management, and battery monitoring systems. According to EMO Energy, its entry into the HCV segment expands its commercial electrification portfolio, with the platform incorporating battery intelligence, operational uptime, lifecycle management, and support for second-life battery applications.

Commenting on the development, Sheetanshu Tyagi, Founder and CEO of EMO Energy, said, “The future of commercial EVs will be defined not just by battery capacity, but by battery intelligence. At EMO Energy, we’re building intelligent battery systems that help commercial fleets achieve higher uptime, faster charging, and long-term reliability at scale.”

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