Hydrogen Fuel Cell T-2500
  • Hydrogen Fuel Cell T-2500

Fotos dienen nur zu Informationszwecken.

please use latin characters

Hersteller: Horizon Fuel Cell Technologies

Hydrogen Fuel Cell T-2500

  • T-2500
  • Spitzenleistung
  • Spannungsbereich
  • Strombereich

This fuel cell stack is designed to serve two functions. It can be used in a standalone configuration to power a remote facility or operation, but multiple T-2500 units can also be connected to achieve a total power output of 5kW or higher. This flexibility allows this fuel cell stack to be deployed in a wider range of configurations. While this flexibility is extremely useful, this fuel cell stack still has the same advantages as it is designed to operate in rural locations and areas. The modular configuration of this fuel cell enables emission-free operation in more locations while being environmentally friendly.

Features:

  • hydrogen pressure - hydrogen must be supplied to the fuel cells at a pressure of 0.55 to 0.75 bar.
  • ambient temperature - fuel cells operate best in a temperature range of 0 to 40°C.
  • weight - the entire unit (including fan and housing) weighs 40.3 kg.
  • efficiency - at peak power, the system efficiency is 42%.
  • hydrogen purity - fuel in the form of gaseous hydrogen with a purity of at least 99.995% is required.
  • output voltage - voltage can be adjusted in the range of 43.2 to 57.6 V DC.

Component List:

  • 1 x 2500W fuel cell
  • 1 x 2500W controller
  • 1 x fuel cell connector
  • 1 x RS232 cable
  • 1 x FC +/- cables
  • 1 x output +/- cables
  • 1 x pressure regulator
  • 2 x 8 mm PTFE tube (1m)
  • 20 x ferrule connectors
  • 1 x hydrogen sensor
Specification Value
Rated Power 0 to 2,500 W @ 20°C and 101.3 kPa
Current 0 to 47 A @ 54 V
Voltage 43.2 to 57.6 V DC
Voltage Ripple ±1 V
Controller Dimensions (W×D×H) 430 mm × 550 mm × 88 mm
Stack Dimensions (W×D×H) 430 mm × 550 mm × 356 mm
Controller Weight 13.5 kg
Stack Weight 40.3 kg
Operating Temperature Range −10°C to +45°C (additional heating required below 0°C)
Recommended Starting Temperature Above 5°C
Relative Humidity 0–95% Non-condensing
Communication RS232
Fuel Hydrogen and air
Cooling Air (built-in cooling fan)
Inlet Pressure H₂ 0.55–0.75 Bar
Hydrogen Purity ≥99.995% dry H₂
Hydrogen Consumption ≤0.78 Nm³/kWh (average at maximum load)
Startup Time ≤2 minutes at ambient temperature
System Efficiency ≥42% at peak power
Efficiency Reduction Due to Temperature 1.25% per °C above 40°C
Efficiency Reduction Due to Altitude 3.5% for every 500 m above 1,000 m
Maximum Noise Normal operation: <70 dBA
Weniger
Weiterlesen

Senden Sie eine Anfrage

Interessieren Sie sich für dieses Produkt? Benötigen Sie zusätzliche Informationen oder individuelle Preise?

Kontaktiere uns
FRAGEN SIE NACH DEM PRODUKT close
Vielen Dank für die Zusendung Ihrer Nachricht. Wir werden so schnell wie möglich antworten.
FRAGEN SIE NACH DEM PRODUKT close
Durchsuche
Senden Sie eine Anfrage

Zur Wunschliste hinzufügen

Sie müssen eingeloggt sein

  • Spitzenleistung
  • Spannungsbereich
  • Strombereich

This fuel cell stack is designed to serve two functions. It can be used in a standalone configuration to power a remote facility or operation, but multiple T-2500 units can also be connected to achieve a total power output of 5kW or higher. This flexibility allows this fuel cell stack to be deployed in a wider range of configurations. While this flexibility is extremely useful, this fuel cell stack still has the same advantages as it is designed to operate in rural locations and areas. The modular configuration of this fuel cell enables emission-free operation in more locations while being environmentally friendly.

Features:

  • hydrogen pressure - hydrogen must be supplied to the fuel cells at a pressure of 0.55 to 0.75 bar.
  • ambient temperature - fuel cells operate best in a temperature range of 0 to 40°C.
  • weight - the entire unit (including fan and housing) weighs 40.3 kg.
  • efficiency - at peak power, the system efficiency is 42%.
  • hydrogen purity - fuel in the form of gaseous hydrogen with a purity of at least 99.995% is required.
  • output voltage - voltage can be adjusted in the range of 43.2 to 57.6 V DC.

Component List:

  • 1 x 2500W fuel cell
  • 1 x 2500W controller
  • 1 x fuel cell connector
  • 1 x RS232 cable
  • 1 x FC +/- cables
  • 1 x output +/- cables
  • 1 x pressure regulator
  • 2 x 8 mm PTFE tube (1m)
  • 20 x ferrule connectors
  • 1 x hydrogen sensor
Specification Value
Rated Power 0 to 2,500 W @ 20°C and 101.3 kPa
Current 0 to 47 A @ 54 V
Voltage 43.2 to 57.6 V DC
Voltage Ripple ±1 V
Controller Dimensions (W×D×H) 430 mm × 550 mm × 88 mm
Stack Dimensions (W×D×H) 430 mm × 550 mm × 356 mm
Controller Weight 13.5 kg
Stack Weight 40.3 kg
Operating Temperature Range −10°C to +45°C (additional heating required below 0°C)
Recommended Starting Temperature Above 5°C
Relative Humidity 0–95% Non-condensing
Communication RS232
Fuel Hydrogen and air
Cooling Air (built-in cooling fan)
Inlet Pressure H₂ 0.55–0.75 Bar
Hydrogen Purity ≥99.995% dry H₂
Hydrogen Consumption ≤0.78 Nm³/kWh (average at maximum load)
Startup Time ≤2 minutes at ambient temperature
System Efficiency ≥42% at peak power
Efficiency Reduction Due to Temperature 1.25% per °C above 40°C
Efficiency Reduction Due to Altitude 3.5% for every 500 m above 1,000 m
Maximum Noise Normal operation: <70 dBA
Weniger
Weiterlesen
Kommentare (0)