10kw-15kw Fuel Cell Air Hydrogen Circulation Pump High-Speed 20000rpm Efficient Hydrogen Recycling for Fuel Cell Systems HCP 10H/L

10kw-15kw Fuel Cell Air Hydrogen Circulation Pump High-Speed 20000rpm Efficient Hydrogen Recycling for Fuel Cell Systems HCP 10H/L

  • 10kw-15kw Fuel Cell Air Hydrogen Circulation Pump High-Speed 20000rpm Efficient Hydrogen Recycling for Fuel Cell Systems HCP 10H/L
  • 10kw-15kw Fuel Cell Air Hydrogen Circulation Pump High-Speed 20000rpm Efficient Hydrogen Recycling for Fuel Cell Systems HCP 10H/L
  • 10kw-15kw Fuel Cell Air Hydrogen Circulation Pump High-Speed 20000rpm Efficient Hydrogen Recycling for Fuel Cell Systems HCP 10H/L
  • 10kw-15kw Fuel Cell Air Hydrogen Circulation Pump High-Speed 20000rpm Efficient Hydrogen Recycling for Fuel Cell Systems HCP 10H/L
Summary
High-efficiency 10kw-15kw Fuel Cell Air Hydrogen Circulation Pump HCP 10H/L enables optimal hydrogen recycling in fuel cell systems, featuring 6000-20000rpm speed range, 15kPa pressure rise, and 100NL/min flow rate. Designed for enhanced stack performance and hydration control, this robust pump with 3-leaf Roots design, stainless steel shaft, and ice-breaking capability ensures reliable operation in hydrogen energy applications. Ideal for fuel cell BOP integration with optional DC/DC converter and customizable layout support.More
Specifications
Brand:
HCP 10H/L
DC/DC converter:
Optional
Customization:
Available
  • 10kw-15kw Fuel Cell Air Hydrogen Circulation Pump High-Speed 20000rpm Efficient Hydrogen Recycling for Fuel Cell Systems HCP 10H/L
  • 10kw-15kw Fuel Cell Air Hydrogen Circulation Pump High-Speed 20000rpm Efficient Hydrogen Recycling for Fuel Cell Systems HCP 10H/L

Product Description

10kw-15kwFuel cell air hydrogen circulation pump

Hydrogen circulation pump

In a fuel cell system, in order for the fuel cell stack to react adequately,

Improved output performance, usually supplied with excess hydrogen and air.

The hydrogen cycle system circulates the unreacted hydrogen in the fuel cell stack to the hydrogen inlet of the fuel cell stack,

To save hydrogen fuel, improve hydrogen utilization. At the same time, part of the water generated by the electrochemical reaction of hydrogen and oxygen in the fuel cell pile is also circulated to the inlet of the fuel cell pile with hydrogen to improve the hydration level of the fuel cell pile.

Product Advantage

3 Leaf Roots line, stainless steel rotor shaft

Easy installation, convenient customer system integration layout

Large flow rate, high pressure ratio

The speed can be high or low, and the blade shape is strong and the ice breaking function is strong

Mechanical glue filling design reduces insulation risk.

Advanced rotor coating design reduces friction risk.

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