# Plug-in Hybrid Refrigerated Transport

*Last updated: 2026-06-17*

> Plug-in hybrid refrigerated transport combines a combustion engine with an externally rechargeable battery to power the refrigeration unit on electricity during standstill and urban delivery legs.

Plug-in hybrid refrigerated transport combines a combustion engine with an externally rechargeable battery to power the refrigeration unit on electricity during standstill and urban delivery legs. This configuration directly addresses two persistent challenges in last-mile cold-chain logistics: frequent stops in city centres and tightening low-emission zone regulations. On longer intercity routes, the combustion engine takes over, preserving the range that fully electric vehicles cannot yet reliably match. For fleet operators unable to rely on dense charging infrastructure, plug-in hybrid refrigerated vehicles represent a practical intermediate step on the path to zero-emission cold-chain transport.

**Source:** [https://en.wikipedia.org/wiki/Plug-in_hybrid_electric_vehicle](https://en.wikipedia.org/wiki/Plug-in_hybrid_electric_vehicle)

## Quick Facts

| Property | Value |
|---|---|
| Term | Plug-in Hybrid Refrigerated Transport |
| Language | EN |
| Word count | 93 |
| Last updated | 2026-06-17 |
| Source | https://en.wikipedia.org/wiki/Plug-in_hybrid_electric_vehicle |

---

*Logistics Glossary — Freight Academy: [https://www.freight-academy.com/en/glossary/plug-in-hybrid-refrigerated-transport](https://www.freight-academy.com/en/glossary/plug-in-hybrid-refrigerated-transport)*

*Markdown mirror: [https://www.freight-academy.com/api/md/glossary/en/plug-in-hybrid-refrigerated-transport](https://www.freight-academy.com/api/md/glossary/en/plug-in-hybrid-refrigerated-transport)*

*JSON summary: [https://www.freight-academy.com/api/v1/glossary/plug-in-hybrid-refrigerated-transport/llm-summary?lang=en](https://www.freight-academy.com/api/v1/glossary/plug-in-hybrid-refrigerated-transport/llm-summary?lang=en)*