Esta página solo está disponible en inglés. Ir a la portada en español

×

Questa pagina è disponibile solo in inglese. Home page in italiano

×

Diese Seite ist nur auf Englisch verfügbar. Zur deutschen Startseite

×

Cette page est disponible uniquement en anglais. Aller à la page d'accueil en français

×

TIP Group Unveils Electric Reefer Trailer Powered by Solar and Recuperated Energy

TIP Group Unveils Electric Reefer Trailer Powered by Solar and Recuperated Energy

Pilot project integrates battery, solar, and kinetic energy for zero-emission cold transport.

TIP Group, in partnership with SolarEdge e-Mobility and Mitsubishi Heavy Industries Thermal Transport Europe GmbH, has launched its first fully electric reefer trailer, known as the Powered Trailer. The new system integrates solar, battery, and energy recuperation technologies to eliminate the use of diesel-powered refrigeration, aiming to support zero-emission temperature-controlled transport across Europe.

Product Overview

Unveiled at the IAA Transportation exhibition in Hannover, the Powered Trailer uses a solar panel roof that supplies between 20–120% of the refrigeration unit’s energy demand, depending on external conditions and customer usage. An energy recuperation axle captures kinetic energy—mainly during braking—and stores it in a high-capacity battery that powers the all-electric refrigeration unit from Mitsubishi Heavy Industries. The trailer can also be charged via a standard 400V external grid connection.

“Our cooling units use highly efficient inverter technology to ensure that no energy is wasted,” said Gunnar Hilge, Head of Development at Mitsubishi Heavy Industries Thermal Transport Europe GmbH. “In an ideal scenario, the trailer’s energy demand is fully met through renewable sources.”

Market Trial and Use Case

The system is currently in a pilot program with Zippel Group, a logistics provider specialising in temperature-controlled transport. The goal is to validate the technology’s reliability, energy efficiency, and economic viability. According to SolarEdge e-Mobility Senior Director Pavel Gilman, the pilot focuses on telematics-driven KPIs such as operational reliability and return on investment.

Compared to traditional diesel refrigeration units, Mitsubishi Heavy Industries estimates that operational costs could be reduced by up to 50%, with potential return on investment achieved in two to four years.

Adoption Challenges and Regulatory Hurdles

Despite its promise, the Powered Trailer faces barriers to broad market adoption. Regulatory approval for energy recuperation axles remains pending in some countries, including the Netherlands. “We expect this to be resolved by Q2 2025,” said Rogier Laan, Vice President Sales and Marketing at TIP Group. “In the meantime, we are working with alternative markets to push adoption forward.”

High electricity costs and operator hesitancy also slow adoption, though TIP Group is addressing these through real-world trials, customer support, and financing models.

“The technologies required to make a quantum leap in sustainable logistics are already available,” said Gilman. “The question is not if, but when. The pace of adoption will depend on legislation, customer acceptance, and continued proof of operational benefits.”

As the pilot progresses and infrastructure adapts, the Powered Trailer represents a practical, scalable solution for decarbonising refrigerated logistics.

Get the daily refrigeration briefing

One email a day. Trusted by 3,000+ RACHP professionals.

More on Cold Chain

All on Cold Chain →

Insights

Secop's Solar Direct Drive (SDD) System Earns WHO PQS Approval – The Team Behind It
Article

Secop’s Solar Direct Drive (SDD) System Earns WHO PQS Approval – The Team Behind It

Partner's material In March 2026, Secop’s Solar Direct Drive Power Management Module was granted WHO PQS prequalification and officially listed in the WHO Catalogue of Prequalified Immunization Devices. The WHO IMD-PQS (Immunization Devices Performance, Quality and Safety programme) is the global benchmark for cold chain equipment used in immunisation. Being listed in its catalogue is

22 Jun 2026
Case Study - Effect of Louvers or diffusers on air flow distribution and cooling time on a meat log during Chill cycle
Tech Guide

Case Study – Effect of Louvers or diffusers on air flow distribution and cooling time on a meat log during Chill cycle

By Kushal Aurangabadkar An experimental analysis was conducted on a cooler space measuring 3.66 m × 6.096 m (12.0 ft × 20.0 ft), equipped with an ammonia refrigeration coil, five 30 cm (12 in.) fans, and five diffusers. The study measured airflow patterns, cooling rates, and heat transfer efficiency in meat storage by testing two configurations:

Kushal Aurangabadkar · 21 Jan 2026
Total Cost of Ownership (TCO) for Modular Refrigeration Systems in Life Sciences Distribution Centers
Tech Guide

Total Cost of Ownership (TCO) for Modular Refrigeration Systems in Life Sciences Distribution Centers

by Ramez Naguib, P.E. Introduction Life sciences distribution centers are under immense pressure to deliver consistent temperature control, comply with increasingly stringent regulations, and optimize operational efficiency. Traditional built-up refrigeration systems often prove cumbersome, costly, and slow to implement. In contrast, modular, factory-assembled refrigeration systems have emerged as a compelling alternative. Drawing on lessons from

Ramez Naguib · 14 Jan 2026
Everything on Cold Chain: 2,057 articles, 2 case studies, 23 insights

Most read this month

All news →