Domain-Controlled Modular EV Chassis Technology
GEIC develops modular electric chassis and compact commercial vehicle platforms for urban mobility, last-mile logistics, autonomous delivery, battery swapping ecosystems and customized B2B vehicle programs. The technology approach combines platform modularity, domain-controlled electrical architecture and practical integration support for commercial vehicle deployment.
Domain-controlled architecture
A domain-controlled chassis architecture helps simplify vehicle integration by coordinating core vehicle functions through a scalable electronic and electrical system. This supports more efficient engineering collaboration with OEM partners, system integrators and body builders.
Modular platform scalability
GEIC focuses on modular platform design so electric commercial vehicles can be adapted for logistics vans, drop-side flatbeds, mobile retail, cold-chain delivery, utility service and autonomous mobility scenarios while maintaining a consistent engineering foundation.
Battery swapping ecosystem
For high-utilization commercial fleets, fast energy replenishment can improve operating efficiency. GEIC and GETEC-related projects highlight battery swapping infrastructure experience for light truck and logistics operations, helping partners evaluate fleet-level electrification models.
B2B integration support
Technology cooperation can include application analysis, configuration evaluation, body integration discussion, localized assembly planning and CKD/SKD cooperation. The goal is to help partners reduce development risk and accelerate market entry for electric commercial vehicles.
From Platform Technology to Fleet Deployment
GEIC technology is developed for practical commercial deployment. A modular chassis platform can reduce repeated engineering work when a partner needs multiple vehicle bodies or regional variants, while domain control provides a clearer foundation for integrating vehicle systems, software functions and smart mobility modules.
Battery swapping technology is especially relevant for high-frequency urban logistics and delivery fleets, where charging downtime can directly affect operating efficiency. By connecting vehicle platforms with fast energy replenishment infrastructure, GEIC and its partners can explore deployment models for green logistics, commercial fleet electrification and future autonomous mobility scenarios.
