Differential Pressure PEM High-Pressure Electrolyzer 10 N/m3 Zero Leakage 3 MPa Safety Assured Hydrogen Production for Industrial and Renewable Energy Applications
Differential Pressure PEM High-Pressure Electrolyzer 10 N/m3 Zero Leakage 3 MPa Safety Assured Hydrogen Production for Industrial and Renewable Energy Applications
Introducing the 10 N/m3 Differential Pressure PEM High-Pressure Electrolyzer, engineered for ultimate safety and efficiency in hydrogen production. With a breakthrough 3 MPa pressure differential resistance, zero leakage, and zero explosion risk, this electrolyzer ensures reliable operation even under extreme conditions. Featuring a low DC power consumption of only 4.2 kWh/Nm3 and industry-leading efficiency at 1.75 V @ 2.0 A/cm2, it significantly reduces hydrogen production costs while enhancing system performance by up to 20%. Fully self-controlled with 100% domestically produced core components, it supports diverse applications including renewable energy integration, industrial high-pressure hydrogen supply, and transportation energy innovation.More
Independently developed 10 N/m3 differential pressure PEM high-pressure electrolyzer, capable of withstanding pressure differentials up to 3 MPa, ensuring safety and reliability. It achieves zero leakage and zero explosion risk even under extreme operating conditions. The system’s DC power consumption is reduced to 4.2 kWh/Nm3. With breakthroughs in critical core components that overcome key technology bottlenecks, this electrolyzer is fully self-controlled and sets a new benchmark for safe and efficient hydrogen production.
Application Scenarios:
Renewable Energy Integration Industrial High-Pressure Hydrogen Supply Transportation Energy Innovation
Key Features
Safety First, Performance at the Core — Ultimate Safety with Multiple Redundant Protections
1. Innovatively adopts domestically-produced high-performance membrane electrode assemblies (MEAs) and multi-layer redundant sealing design, enabling stable hydrogen production at 3 MPa high pressure with a zero-leakage guarantee under extreme conditions. 2. Passed rigorous small-scale stack testing covering pressure shocks and long-term operation under complex conditions, ensuring high safety and reliability.
High Efficiency, Low Energy Consumption
1. Industry-leading efficiency at 1.75 V @ 2.0 A/cm2, with optimized flow fields and catalyst layers, reducing electrolytic energy consumption and cutting hydrogen production costs by over 15%. 2. Direct high-pressure supply at 3 MPa improves system efficiency by 20%, achieving cost and efficiency gains across the entire value chain.
Localization Breakthrough, Fully Independent Control
1. Core components such as membrane electrodes and sealing assemblies are 100% domestically produced, breaking technological monopolies and ensuring supply chain security. 2. Custom development capabilities adapt to diverse scenarios, from distributed energy to industrial-scale hydrogen production, flexibly meeting customer demands.
