E-commerce, fresh food, and pharmaceutical logistics are driving demand for temperature-controlled electric vans. Unlike diesel trucks, EVs lack continuous engine power for cooling, creating a need for auxiliary AC systems that run independently on battery power.

Modern solutions from companies like Corunclima feature DC-powered compressors, condensers, and intelligent controls, supporting platforms such as BYD T3 and Nissan e-NV200. These systems operate on 12V–72V architectures, deliver near-silent, zero-emission cooling, and maintain cargo integrity during loading and parking. They integrate with vehicle BMS to optimize energy use, and some support external AC power or auxiliary battery packs for extended runtime.

Applications include grocery, restaurant, vaccine, and e-commerce delivery fleets. Key challenges remain—energy consumption, battery limits, and high-temperature loads—but manufacturers are improving COP and reducing power draw. Future trends point to AI optimization, telematics integration, and solar-assisted charging.

Auxiliary AC is transforming electric vans from simple transporters into fully functional zero-emission cold-chain tools. As battery and system efficiencies advance, these units will become standard equipment—ensuring the future of urban logistics is both electric and reliably cold.