Looking for . Energy?
- Innovative Energy System Solutions
- Easy Mounting & Installation
- Streamlined Integration for Commercial & Industrial Buildings
- Highly Efficient Supply for Multiple Buildings
Looking for
. . .
Energy?
- Innovative Energy System Solutions
- Easy Mounting & Installation
- Streamlined Integration for Commercial & Industrial Buildings
- Highly Efficient Supply for
Multiple Buildings
Why Choose EC POWER?
All-In-One Cogeneration Unit
The XRGI® is a highly efficient cogeneration plant for all buildings needing power and heat. Learn more about the compact, multi-certified and multi-award-winning all-in-one cogeneration unit from EC POWER.
The EC POWER Solution
Our XRGI® CHP systems offer complete energy solutions and the very best efficiency for future-proof energy supply. Think bigger than just heating.
The XRGI® CHP system:
- Produces decentralized electricity and heat and is climate-friendly
- Saves operating costs and increases ability to receive subsidies and development funds
- Meets efficiency requirements for new buildings and redevelopment
- Supplies electricity and heating demands of 50,000 to 1,500,000 kWh per year to a wide range of building types and sizes
- Assures flexible planning, perfect installation, and easy maintenance
Reliable POWER
1500 +
XRGI® PLANTS SOLD
0 +
INDUSTRY AWARDS
0 +
CO2 SAVINGS IN TONS ANNUALLY
0 +
PATENTS GRANTED
EC POWER Resources
The XRGI® is a highly efficient, compact and multi-certified cogeneration plant for all buildings that need power and heat. Learn more about our XRGI® systems and find information for Planners, Installers and Operators.
Multi-Industry POWER
The XRGI® is a compact cogeneration plant that uses the principle of combined heat and power (CHP):
- For power generation, gas is burned in a highly efficient and extremely quiet combustion engine. The kinetic energy released drives a generator, which then produces electrical power.
- This process generates heat that is almost fully captured by the XRGI® using our patented heat exchanging technology. Heat can then be transferred to a heating circuit and used to generate heat and hot water.
