Green Energy
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PEM electrolysis hydrogen production leader

High performance catalyst, slurry, membrane electrode

performance metrics International performance benchmark
0 Annual DOE Goals in the United States
The core electrochemical performance has comprehensively exceeded the 2026 target set by the US DOE, and the related results have been published in Science, marking that the technological leadership has reached the internationally recognized next-generation level.
Cost turning point Cracking the cost bottleneck
0 %Reduced usage of precious metals
By designing atomic level catalysts, the iridium loading was reduced to 0.3 mg/cm ², leading to a significant decrease in membrane electrode costs and bringing PEM hydrogen production into the cost range of large-scale commercialization.
Ultra wide load Fully consume green electricity
0 %Wide load response
The instantaneous power regulation range of 0% -400%, which can respond to power fluctuations in milliseconds and achieve full flexible consumption of wind and photovoltaic power, is a key technology for building a new type of power system with "load following source".
Durable and reliable Long operating life
0 Annual definition of durability standard
Based on ultra-low Voltage Decay Rate design, the ultra long lifespan provides over 20 years of stable operation guarantee for GW level green hydrogen bases, significantly reducing the life cycle levelized cost (LCOH) and enhancing investment certainty.
Technology Engine

Technology Engine

From catalyst to membrane electrode, the core technology of the entire stack is independently controllable.

The world's leading high-efficiency catalyst
R&D and production technology

Catalyst Artificial Intelligence Design
And high-throughput evaluation technology

Pioneering non fluorinated ionomer slurry
Development technology and exclusive formula

Advanced membrane electrode independently developed and designed
Coating and production process

Products

Products

Three major series, three positioning options, flexible configuration. Parameters can be customized and the entire process can be traced.

🌿 Sustainable: Lower precious metals ⚡ Not flexible: Wide load adaptation to green electricity 🛡️ Reliability: lifespan and consistency
Real time indicators of green energy (demonstration)
Voltage/power consumption/hydrogen production/efficiency · automatic change · replaceable with real test data
voltage
1.78V
power consumption
4.50kWh/Nm³
Hydrogen production
0.0Nm³/h
efficiency
71.8%
Wide load Low precious metals green power
SHINE-HYDROGEN Kunpeng series product image

SHINE-HYDROGEN Kunpeng Series

Ultimate Performance

Designed for high-current-density, long-life, and demanding operating conditions, this series is ideal for wind-and-solar hydrogen production, industrial green hydrogen, and hybrid hydrogen systems that require top-tier performance.

High-Iridium Catalyst Iridium Loading ≥ 0.6 Electricity consumption ≤ 4.05
View Series
SHINE-HYDROGEN · Baize series product image

SHINE-HYDROGEN · Baize Series

Cost-Effective

Balancing performance, durability, and precious-metal usage, this series is built for cost-sensitive large-scale applications such as wind-and-solar hydrogen production and distributed energy.

Low-Iridium Catalyst Iridium Loading ≥ 0.35 5% -300% load
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SHINE-HYDROGEN · Lushu series product image

SHINE-HYDROGEN · Lushu Series

Economy

Using ultra-low-iridium materials and domestic supply solutions, this series lowers adoption barriers for hydrogen-rich water systems, hydrogen-powered two-wheelers, and compact consumer devices.

Ultra-Low-Iridium Catalyst Iridium Loading ≥ 0.2 10000 hour lifespan
View Series
Solutions

Solutions

Built on high-current-density, wide-load, long-life membrane-electrode technology, our solutions unlock off-grid hydrogen production without dedicated storage, maximize renewable-power utilization, and accelerate cost-effective green hydrogen deployment.

wind-and-solar hydrogen production scenario
01 / 04

Drive Green Fuel Parity

For large integrated wind, solar, hydrogen, and e-fuel projects, our membrane-electrode platform enables off-grid hydrogen production without dedicated storage, helping scale green hydrogen and green fuels economically.

Core Value
Green hydrogen costs can fall below RMB 10/kg, supporting commercially viable production of green methanol, green ammonia, and sustainable aviation fuel at scale.
About Us

About Us

From Science to GW level production lines, we use verifiable data to build a trust bridge from the laboratory to commercialization.

View About Us →
state media reports
state media reports Widely reported by CCTV News, People's Daily, Xinhua News Agency and other media outlets

Scientists and Entrepreneurs

80+
Publish research papers
20+
Sino-US patents
13000+
He cited the paper

Development Milestone

2017 2023 2025
2025 Authoritative Journal Publication and Scale Promotion

partner

Fudan University logo Shanghai Electric logo Doctor logo Shaanxi Coal Group logo Runshihua Group logo Weifu logo

innovation consortium

Lead the formation of a green and low-carbon innovation consortium, and collaborate with upstream and downstream enterprises in the industrial chain

School Research Institute Upstream raw material enterprises Downstream integrated enterprises Terminal hydrogen enterprises
News & Insights

News & Insights

Stay informed about the latest developments in the green hydrogen industry through company updates, industry perspectives, and technical whitepapers.

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Load the computing power of green hydrogen into your electrolytic cell

Please leave your requirements and we will coordinate with you within 1 working day for technical consultation, sample application, and business cooperation.

Brand collaboration

Accelerate the mass production of green hydrogen core materials

Sample validation, configuration selection, and mass production empowerment

5 steps for sample delivery
01technical exchange
02Requirement Confirmation
03Sample testing
04Report feedback
05customization
Scope of Support
Technical Consulting Sample Request Business Cooperation
Support covers Technical Consulting, Sample Request, and Business Cooperation, including product selection advice, system-fit evaluation, and solution discussions.
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Contact number 13661464089