Trina Green Hydrogen shipped its first containerized electrolyser to Porto, Portugal,

First Green Hydrogen Electrolyser Sails into Porto

On August 1, 2025, Trina Green Hydrogen, the clean energy arm of China’s Trina Solar, sent its first containerized hydrogen electrolyser system across the sea to Europe. Soon, this module will plug into a government-backed hydrogen refuelling station in Porto, Portugal—marking their big European debut.

Plug-and-Play Green Hydrogen Electrolyser

This Green hydrogen electrolyser grabs renewable electricity to split water into hydrogen and oxygen, then stores and compresses the hydrogen for fuel cell vehicles. Built inside a container, it’s plug-and-play, modular, and ready to roll out in a flash—ideal for Renewable energy Europe.

Powering Portugal’s Hydrogen Ambitions

This delivery isn’t just for show—it’s a key part of Portugal’s national hydrogen plan under the EU Green Deal. The Portuguese Government fast-tracked permits and pitched in funding, while local universities and research centers will team up to share know-how and fuel innovation.

Award-Winning Clean Tech in Action

2025 saw Trina Green Hydrogen snatch up clean energy awards. At the Porto station, hydrogen buses and trucks will fuel up, providing data to refine future projects. It’s also creating skilled jobs in logistics, boosting Sino-European clean tech ties and sparking discussions on supply chain resilience and tech sovereignty.

Riding the Renewable Energy Europe Wave

Europe has been pouring investments into clean hydrogen since its 2050 climate-neutrality roadmap. Companies like Trina Green Hydrogen jumped in, using solar expertise to deliver top-tier electrolysis abroad—showing that global teamwork can power our clean energy future.

Porto: Emerging Hub for Renewable Energy Europe

With 1.72 million residents and a strong industrial base, Porto is emerging as a hub for Renewable energy Europe. This Portugal hydrogen project not only cuts local emissions but also cements the city’s role in Europe’s energy transition.