Project HAECHI reimagines the electric vehicle powertrain through a universal battery module — the BattMod — designed for flexible use across vehicles and infrastructure. This hot-swappable system allows energy modules to move seamlessly between EVs and solar charging stations, enabling real-time range optimisation and circular energy use.

The innovation spans three areas:

By combining flexibility, intelligence, and mechanical simplicity, HAECHI creates a scalable platform that lowers carbon emissions, reduces costs, and adapts to diverse global mobility contexts.

Built with transparency, circularity, and cross-border collaboration at its core, HAECHI is a practical leap forward — designed not just to meet today’s EV needs, but to accelerate the global transition to modular, repairable, and inclusive energy systems.

1. Electrical
A modular battery architecture with a smart BMS enables vehicles to run on varying numbers of BattMods, tailoring weight and power to journey length.

2. Mechanical
Lightweight enclosures use additive manufacturing and advanced cooling for strength, safety, and efficiency.

3. AI & Software
Smart sensors build a live thermal and pressure map, with cloud-based monitoring and app-based user updates — making every BattMod traceable and accountable.

By combining flexibility, intelligence, and mechanical simplicity, HAECHI creates a scalable platform that lowers carbon emissions, reduces costs, and adapts to diverse global mobility contexts.

Built with transparency, circularity, and cross-border collaboration at its core, HAECHI is a practical leap forward — designed not just to meet today’s EV needs, but to accelerate the global transition to modular, repairable, and inclusive energy systems.