As electric vehicles reshape global logistics, electric van freezer units are emerging as a cornerstone of sustainable cold chain transport. Delivering deep-freeze temperatures without fossil fuels, these systems meet stringent emissions targets and the growing demand for silent, zero-emission urban delivery.

Corunclima leads this transition with fully electric refrigeration solutions for compact commercial fleets. Its V150TB and V350TB units sustain temperatures as low as –20 °C, making them ideal for frozen food, ice cream, and pharmaceutical distribution. Operating exclusively on DC power—drawn from the vehicle battery or integrated lithium packs—they eliminate engine idling and fuel consumption entirely.

Beyond environmental gains, these units offer significant operational advantages. Quieter than diesel alternatives, they enable overnight city deliveries without noise restrictions. Their modular design fits both full-electric vans—such as the Maxus e-Deliver 9, e-Sprinter, and BYD T3—and conventional models equipped with auxiliary batteries, providing deployment flexibility.

Economically, the shift is compelling. Reduced fuel use, lower maintenance, and longer engine life directly cut operating costs. In sectors like pharma and vaccines, precise, stable deep-freeze performance ensures regulatory compliance and minimizes spoilage risks.

With regulators tightening emissions rules and last-mile e‑commerce booming, demand for electric refrigeration is poised for rapid growth. Continued advances in battery density, thermal control, and IoT-based monitoring will further boost performance and affordability, cementing the electric van freezer unit as a defining technology in next-generation cold chain logistics.