LD-HP-200 MW High-performance PEM Hydrogen Production Equipment

LD-HP-200 MW High-performance PEM Hydrogen Production Equipment

The LD-HP-200 is meticulously crafted to harness hydrogen production from renewable energy sources and seamlessly integrate into skid-mounted systems.

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hydrogen

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86-0592-2882613

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LD-HP-200 MW High-performance PEM Hydrogen Production Equipment

Product presentation

The LD-HP-200 MW high-performance PEM hydrogen production equipment is specifically designed for hydrogen production from renewable energy and is suitable for skid-mounted systems. The equipment is compact, easy to install, movable, and scalable. It operates simply and reliably, with low cost and long service life, and can meet a wider range of working conditions according to customer needs.

Technical specifications

Hydrogen flow rate	200 Nm³/h
Hydrogen quality	99.9996%
Scope of work	10% ~110%
DC power consumption	3.6~4.5 kWh/ Nm³
Standard load current density	1.5~2.5 A/cm²
Device response time	Cold start: 8 s
Device response time	Hot start: 3 s
Equipment footprint	*Electrolyzer part: 6 m 2.5 m**
Equipment footprint	*Rectifier part: 6 m 2.5 m**
Equipment installation environment	5~40 ℃
Required public facilities	Electricity, demineralized water, cooling water, nitrogen

Product Advantages

(I) High Performance

Hot Start Time: Only 3 seconds, ensuring rapid response.
Operating Range: 10% - 110%, offering strong adaptability.
Current Density: Standard load of 2.0 A/cm², with an operating range of 1.0 - 2.5 A/cm², providing high flexibility.

(II) Low Cost

Noble Metal Carrier: Minimal usage, reducing costs.
Hydrogen Production Efficiency: High hydrogen output per unit area of material, ensuring efficiency.
Localization Rate: Over 90% of raw materials are domestically sourced, reducing procurement costs.

(III) High Safety

Advanced Membrane Material: Withstands temperatures up to 95°C and offers excellent mechanical properties.
High-Stability Catalyst: Resistant to high current density, anti-degradation, and ensures long-term stability.
Second-Level Response: Enables real-time monitoring of hydrogen content in the gas-liquid separator to ensure safe operation.

Application Scenarios

Hydrogen Production from Renewable Energy: Integrates with solar, wind, and other renewable energy sources to achieve efficient energy conversion.
Hydrogen Refuelling Stations: Supplies hydrogen for fuel cell vehicles, promoting the development of green transportation.
Industrial Applications: Provides high-purity hydrogen for industries such as chemical and metallurgy, supporting industrial upgrades.