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Water/liquid-cooled hydrogen fuel cell systems are specifically designed for large-scale power generation applications, offering superior thermal management and enhanced durability. These systems efficiently dissipate heat through advanced cooling mechanisms, ensuring stable performance even under high-load conditions. The option to choose between metal and graphite bipolar plates provides flexibility—metal plates deliver exceptional mechanical strength, while graphite plates offer superior corrosion resistance. Additionally, these systems support both DC and AC output configurations, making them adaptable to diverse energy infrastructures. Customizable designs further allow integration with various industrial and commercial applications, from grid support to backup power solutions.
Merk :
RubriNominaal uitgangsvermogen :
110kWDC/DC-omzetter :
OptionalMaatwerk :
AvailableKoeling :
Water coolingMOQ :
1 setProduct Description
110kW Water Cooled Hydrogen PEM Fuel Cell
Hydrogen fuel cells represent an electrochemical energy conversion technology that directly transforms the chemical potential of hydrogen and oxygen into electrical power. Operating on the reverse principle of water electrolysis, these systems feature separate anode and cathode chambers where hydrogen oxidation and oxygen reduction reactions occur. The proton exchange membrane (PEM) facilitates ionic conduction while forcing liberated electrons through an external circuit, generating usable electricity. A complete fuel cell power system integrates multiple single cells into modular stacks, each comprising membrane electrode assemblies (MEAs) sandwiched between precisely engineered bipolar plates that manage gas distribution and current collection.
Product Advantage
1. Clean-0
With zero carbon emission and no pollution during the process of generating electricity, fuel cell is exceedingly friendly to our environment.
2. Adaptable
PEM fuel cell can adapt to various climates and geographical environments including low temperature environments, and can meet the needs of 100W-10MW in a variety of using scenarios.
3. Efficient-60%
Hydrogen PEM fuel cell have a power generation efficiency of up to 60%, which is much higher than conventional combustion-based power generation efficiency of 33-35%.
4. Reliable
PEM fuel cell needs low maintenance during operation and have service life up to 20000 hours.
Parameter
100kW-150kw Hydrogen Fuel Cell
| Rated Output Power | 110kW | Fuel Cell Type | PEMFC |
| Output Voltage | 48VDC(optional) | Cooling | Water cooling |
| H2 Purity |
≥99.99% |
Cold Start Time | 30S |
Product Features
Rubri offers:
Diversified options of fuel cell, such as air cooling or liquid cooling hydrogen fuel cell, as well as the choice of AC or DC output, with customizable output voltage.
Single fuel cell covers a wide power range, from 50W to 300KW, with the capability to expand up to 10MW.
Products customized for different usage scenarios, offering professional design and production services to meet specific needs.
Excellent after-sale service, including technical support, product knowledge training, installation guidance, and a 1-year warranty for hydrogen fuel cells.
Multiple Usage Scenarios
Hydrogen fuel cell can be used in various scenarios:
1. Backup power
2. Hydrogen Heavy Truck
3. Hydrogen UAV
4. Hydrogen forklift
Luchtgekoelde brandstofcel maakt gebruik van proton-uitwisselingsmembraantechnologie om energie op te wekken zonder vervuiling of CO2-uitstoot. De nieuwe brandstofcel kent diverse toepassingsscenario's.
LEES VERDER
Dankzij het eenvoudige systeemontwerp kan de luchtgekoelde brandstofcel voor verschillende scenario's worden gebruikt, zoals waterstoffietsen, waterstofdriewielers, rondvaartvoertuigen, waterstofdrones, kleine onbemande schepen en draagbare energiecentrales etc.
LEES VERDER
PEM-waterstofbrandstofcellen maken gebruik van protonuitwisselingsmembraantechnologie (PEM) om waterstof en zuurstof om te zetten in water en elektriciteit. Een PEM-brandstofcel genereert energie zonder vervuiling of CO2-uitstoot.
LEES VERDER
Waterstofbrandstofcellen met water-/vloeistofkoeling kunnen dankzij een hogere koelcapaciteit de gegenereerde warmte snel afvoeren en kunnen daarom in grotere energieopwekkingssystemen worden gebruikt.
LEES VERDER
PEM-waterstofbrandstofcellen maken gebruik van protonuitwisselingsmembraantechnologie (PEM) om waterstof en zuurstof om te zetten in water en elektriciteit. Een PEM-brandstofcel genereert energie zonder vervuiling of CO2-uitstoot.
LEES VERDER
Met een eenvoudig systeemontwerp, luchtgekoelde brandstofcel kan worden gebruikt voor verschillende scenario's, zoals waterstofvorkheftrucks, waterstofvrachtwagens, waterstofbussen, waterstofauto's, waterstofboten en als stationaire noodstroomvoorziening.
LEES VERDER
Waterstofbrandstofcellen met water-/vloeistofkoeling kunnen worden gebruikt in grotere energieopwekkingssystemen. Optioneel: bipolaire plaat van metaal of grafiet, optionele DC- of AC-uitgang, aanpasbaar voor verschillende toepassingsscenario's.
LEES VERDER
Waterstofbrandstofcellen met water-/vloeistofkoeling kunnen worden gebruikt in grotere energieopwekkingssystemen. Optioneel: bipolaire plaat van metaal of grafiet, optionele DC- of AC-uitgang, aanpasbaar voor verschillende toepassingsscenario's.
LEES VERDER
IPv6 NETWERK ONDERSTEUND
