• 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell

1Nm ³/ H-type PEM water and electrolysis cell

Gas productionNm³/h1.5Hydrogen is mixed with oxygen
Hydrogen productionNm³/h1
Temperature  of circulating  water25-70
Water consumptionL/h6 ~ 1Pure Water,deionized water
Circular manner/Pump circulation
Hydrogen purity%99.99
Water electrolysis method/Water electrolysisProton exchange membrane   electrolysis
Maximum stressMpa3.5
TDSAnode waterPPM≤1Pure water system
Cathode waterPPM/
Constant currentA380-400
Dimensions(without lugs)mm322×232×202
Dimensionsmm322×272×225

(including lugs and fittings)
Weightkg

Application areaFuel cell system testing,fuel cell backup power supply,cogeneration,semiconductor, multi-energy complementary independent micro-network and other fields
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • 1Nm ³/ H-type PEM water and electrolysis cell
  • Description