Logan Energy and H2 Energy Partner to Scale Green Hydrogen Infrastructure in Sarawak

Scotland and Malaysia Team Up to Jumpstart Southeast Asia’s Hydrogen Future

Logan Energy Ltd, one of Scotland’s go-to names in hydrogen systems, has just inked a significant agreement with Malaysia’s H2 Energy Sdn Bhd. The two firms are joining forces to roll out major hydrogen infrastructure projects across Sarawak, Malaysia, starting July 16, 2025.

The move is a big step forward in Sarawak’s bold vision to lead ASEAN’s push toward a green hydrogen-driven economy, as laid out in its Post Covid-19 Development Strategy 2030 (PCDS 2030). The agreement, signed during International Energy Week in Kuching, is also the first official partnership connecting Scotland’s hydrogen know-how with Malaysia’s clean energy ambitions.

Real-World Impact: Clean Hydrogen Hits the Streets and the Grid

Centered on scaling up hydrogen production for industry and off-grid power, the partnership is kicking off with a few game-changing pillars:

• Large-scale green hydrogen production powered by Sarawak’s abundant hydropower reserves
• The Kuching Urban Transport System (KUTS)—a hydrogen-powered public transit network set to serve around 700,000 residents
• Off-grid fuel cell solutions aimed at electrifying remote clinics and villages, following models H2 Energy has already made work in Malaysia’s most isolated spots
• Technology transfer and skills training, laying the groundwork for local manufacturing and new clean tech jobs

Logan Energy brings a strong track record to the table—the company’s fuel cell and hydrogen refueling systems are already up and running across the UK and Czech Republic. This partnership gives them a real pathway to scale that kind of success across Southeast Asia.

Tech Specs: Hydrogen-Powered Solutions from the Ground Up

Here’s what this groundbreaking tech collaboration will deliver:

• Green hydrogen production through electrolysis, using 100% renewable hydropower
• Fuel cell systems for clean, off-grid electricity and transportation
• Next-gen hydrogen refueling stations that feature smart storage, compression, and on-the-go refueling capabilities

While they’re starting in Malaysia, the scalable nature of the tech could open doors throughout ASEAN over the coming years.

What This Means in Plain English

• This marks the first formal hydrogen energy collaboration between the UK and Malaysia, targeting everything from urban mobility to energy in remote rural communities.
• Sarawak will be the testing ground for what could become a blueprint for green mobility and grid decarbonization across the region.
• The deal sets the stage for ESG-driven investment, clean energy jobs, and export opportunities—exactly the kind of growth story that attracts both governments and global investors.
• Alignment with PCDS 2030 ensures smoother access to funding and public support, crucial pieces for scaling quickly and effectively.

Bigger Picture: Sarawak at the Heart of Green Growth

Sarawak is no stranger to clean energy—it’s got a long history with hydropower and is now adding clean hydrogen to that mix. Its post-pandemic recovery plan zeroes in on energy diversification, and hydrogen plays a starring role in that new chapter.

Logan Energy brings significant field experience to this effort, especially in building hydrogen refueling infrastructure that can handle high demand. H2 Energy, on the ground in Malaysia, knows how to tackle practical deployment challenges in rural areas—whether it’s tough terrain or getting buy-in from communities.

What’s Next

Signing the MoU is just the start. The real work now depends on mobilizing funding, educating the public, growing a pipeline of hydrogen-capable professionals, and stitching new systems into existing infrastructure. But all signs point to Sarawak becoming a standout example of how to build a zero-emission economy from the ground up.

Bottom line? If we want green hydrogen to become mainstream, we need smart tech and places that are ready to run with it. This partnership delivers both—and then some.