H2e Power RES

Product and Technology

Green Economy

Your Personal Power Solution

H2e Power RES is a combined heat and power appliance for more independence and lower electricity costs providing energy where it is needed. Based on innovative solid oxide fuel cell (SOFC) technology, it reduces greenhouse gas (CO2), pollutant (NOx and CO), particulate and noise emissions while reducing operational costs for customers by providing electricity and heat at high efficiencies.

Solutions

In existing buildings in particular, energy efficiency can be increased significantly with a Sunfire-Home device without major changes in the existing house infrastructure. In addition, the units are suitable for new buildings to meet energy efficiency requirements.

Designed as add-on devices based on LPG/Propane or natural gas, they are easy to install and, due to their low height, fit in every boiler room.

h2e’s 1.5kW SOFC CHP module

Each 1.5 kW module is a fully integrated and autonomously operable power unit. Installations of multiple parallel modules can form an on-site power plant of the power output of several hundreds of kilowatts, securing critical loads and providing continuous power and heat generation as a back-bone generator of a local microgrid. Yet, each module can be shut down for maintenance individually, making maintenance easy and minimally interfering with other functions.

Specifications

Technical details of 1.5 kWe SOFC system

Design Data

Fuel cell heater

Auxiliary Burner

Connection Data

1.5KW x 3 CHP SOFC SYSTEM INSTALLED IN AN APARTMENT IN GERMANY

Competitive Advantages

Efficiency
46-56% Electrical, 84-90% CHP

Reduced CO2 Emission and air and sound pollution
35-50% reduction in CHP, 80% with biogas.

Fuel Flexibility
• Clean Fuels – biogas, methane. Conventional – including natural gas, LPG and diesel
• High purity hydrogen not required

DI water and usable heat
Bi product in CHP unit is high quality usable heat and DI water

Flexible System Configuration
System tuning for thermal or Electrical power output based on customer requirements.

Long Operational Life & High Durability
• 40,000 – 60,000 hours of system life (currently under testing to increase system life between 60,000 to 80,000 hours
• Highest impurity tolerance of all fuel cell types