Green Energy,
Sustainable Future

Revolutionary hydrogen technology, zero-emission solutions, and clean energy innovation designed to power our future.

The Future in Figures Hydrogen's Global Rise

0+

Countries

Have hydrogen strategies or are developing them. (Hydrogen Council).
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Projects

Large-scale hydrogen production projects announced globally. (BloombergNEF).
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Hydrogen Trains

In operation or testing across Europe and Asia. (Railway Gazette).
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Cost Drop

Electrolyzer costs fell by 30% since 2015 — expected to keep declining. (IEA).

Our Vision

Lead Vietnam's Green Hydrogen market,

expand to ASEAN

and global market.

Hydrogen technology represents the next frontier in clean energy—a versatile, zero-emission solution that can power everything from vehicles to entire cities while creating a truly sustainable energy ecosystem.

Our Mission

Reducing Emissions, Creating Impact

Committed to accompanying Vietnam and the world in the goal of reducing emissions and developing a circular economy.

Our Solution

Our Solution Stack

Complete hydrogen ecosystem from production to mobility solutions

Our Partners

Our Potential Partners

Saigon Hi-Tech Park logo
Artboard Partner logo
Fulbright University logo
NIC logo
ICED logo
Bach Khoa Toi logo
Saigon Hi-Tech Park logo
Artboard Partner logo
Fulbright University logo
NIC logo
ICED logo
Bach Khoa Toi logo

Global Hydrogen Demand

An overview of the expected increase in hydrogen demand, a crucial component in the global energy transition.

Scroll down to view data up to year 2030

Explore real-world
applications

From zero-emission transport to grid-scale storage, hydrogen is powering a cleaner future.

Image of Production Hydrogen VehicleHover image of Production Hydrogen Vehicle

Hydrogen Pioneer

Production Hydrogen Vehicle

Range

647 km

Refuel

5-min

Launched in 2014 by Toyota Japan, now in 2nd generation (2020). A zero-emission sedan featuring advanced fuel cell technology, combining luxury with environmental responsibility.

Image of Commercial Hydrogen TruckHover image of Commercial Hydrogen Truck

Hydrogen Pioneer

Commercial Hydrogen Truck

Range

400 km

Refuel

8-15 min

Launched in 2020 by Hyundai Korea, the world's first mass-produced fuel cell heavy-duty truck. A zero-emission commercial vehicle delivering powerful performance for sustainable logistics.

Image of Hydrogen Passenger TrainHover image of Hydrogen Passenger Train

Hydrogen Pioneer

Hydrogen Passenger Train

Range

1,000 km

Refuel

15-20 min

Launched in 2018 by Alstom France, the world's first hydrogen-powered passenger train. Operating in Germany, this zero-emission train replaces diesel units on non-electrified lines.

Image of Hydrogen Aircraft ConceptHover image of Hydrogen Aircraft Concept

Hydrogen Pioneer

Hydrogen Aircraft Concept

Range

2,000+ nm

passengers

100+

Unveiled in 2020 by Airbus Europe, targeting entry into service by 2035. The ZEROe concept demonstrates three aircraft variants using hydrogen technology for zero-emission commercial aviation.

Image of Maritime Hydrogen VesselHover image of Maritime Hydrogen Vessel

Hydrogen Pioneer

Maritime Hydrogen Vessel

Renewable

100%

Emission

Zero

Launched in 2017 in France, the first hydrogen-powered vessel to circumnavigate the globe. A floating laboratory combining solar, wind, and hydrogen power for autonomous, zero-emission maritime innovation.

Choosing Hydrogen Is Choosing the Future

Discover how hydrogen is reshaping the future of energy with its unmatched efficiency, scalability, and zero-emission promise.

Zero Emission Technology

Hydrogen fuel cells produce only water vapor as a byproduct, making it one of the cleanest energy solutions available. From cars to trains, hydrogen power helps eliminate harmful emissions across all transportation sectors.

Energy Storage & Flexibility

Hydrogen can store surplus renewable energy and be used anytime, making grids more stable and flexible.

Global Scalability

Hydrogen is abundant and can be produced locally — enabling global energy independence and sustainability.

Versatile Applications

From personal vehicles to commercial aircraft, hydrogen power is adaptable across all transportation modes. The Airbus ZEROe and maritime vessels demonstrate hydrogen's potential to revolutionize every sector of transport.

Zero Emission Technology

Step inside a world where sustainable innovation and clean energy meet.

Our Team

Meet Our Team

Founders with expertise in reneable energy technology, engineering, and business development.

Manager 1 Photo
COO
- Master of Public Policy, Fulbright & Bachelor of Finance - CFA (U.S.) & ACCA (U.K.) | charterholder - 16+ years in finance, management, venture building Cofounder/CEO of Beekrowd, Bees: Advisor / Board Member of 10+ companies

Ly Minh Hoang

CEO Photo
CEO
- Serial entrepreneur, founder & chairman Suga, Fides. - 20 years of startup & venture building in game, software.

Truong Ngoc Duy

Manager 2 Photo
Head of R&D
- M.Sc. in Computer Science - 15 yars of R&D experience in IoT, Robotics, and Automation technologies, - CEO of Combros Technology Co. Ltd. Serving agriculture, healthoare, and smart city solutions for over 10 years

Nguyen Duy Xuan Bach

Employee 1 Photo

Nguyen Thi Nhat Thien

CFO

Employee 2 Photo

Tran Thi My Ai

Head of Legal

Employee 3 Photo

Nguyen Huy Cuong

Research & Analyst

Employee 4 Photo

Truong Quang An

Project Coordinator

Experimental Roadmap Labs Setup & Operation

Strategic timeline for transforming Vietnam's energy landscape through green hydrogen innovation

0-12 MONTHS

PHASE 1

- Conduct comprehensive research and analysis of international models. - Consult with experts from Vietnam and Japan, collaborate with SHTP(Saigon High - Tech Park). - Compile a list of necessary materials and equipment for the laboratory.

12-24 MONTHS

PHASE 2

- Prepare the site and construct the laboratory according to standard layout. - Install specialized equipment. - Train personnel and establish operational and safety procedures.

24-36 MONTHS

PHASE 3

- Conduct pilot blending trials (gradually increasing from 2% to 20% H2). - Evaluate materials, performance, and durability across cycles. - Optimize the system and prepare for hybrid fuel cell integration.