Fuel
The system uses natural gas, biogas, or another fuel to power the unit.
Cogeneration — what it is and what it offers
In a single process you obtain electricity and useful heat, using fuel up to 90% more efficiently.
Electricity production generates waste heat. Cogeneration recovers and uses it for space heating, hot water, or industrial processes, significantly improving overall system efficiency.
- Cost savings — lower electricity and heat bills.
- Environment — reduced CO₂ emissions and better fuel use.
- Energy security — a stable, local power source.
- Financial support — access to funds and support schemes.
Cogeneration is becoming a key pillar of Poland’s energy transition. By producing power and heat simultaneously, it serves district heating, industry, CHP plants, and large municipal facilities. It not only boosts efficiency but also supports climate goals and reduces dependence on external energy supplies.
Cogeneration technology
One installation — double benefit: electricity and heat from a single source.
In cogeneration, electricity and heat are produced simultaneously in one process. This allows up to 90% of the fuel’s energy to be utilized, translating into real savings and lower energy losses. CHP systems are compact, efficient, and can operate locally, strengthening recipients’ energy security.
How cogeneration works
The cogeneration process combines the production of electricity and heat in a single, efficient installation.
Power generation
An engine or turbine generates electricity that feeds the grid or the local installation.
Heat recovery
Waste heat from electricity production is captured and reused.
Heat distribution
Heat is delivered to heating systems, domestic hot water, or industrial processes.
Control & monitoring
Automation optimizes operation and ensures system safety.
By generating power and heat simultaneously, cogeneration delivers significant savings and improves the energy efficiency of plants, facilities, and municipal systems.
Why choose cogeneration?
Cogeneration is an efficient and ecological energy source that supports sustainable development.
Cost savings
Lower electricity and heat bills thanks to high efficiency.
Lower emissions
Better fuel utilization and reduced CO₂.
Supply stability
Local energy generation and greater independence.
Subsidies
National and EU programs supporting investments.
How to prepare a cogeneration investment?
Implementing cogeneration requires careful planning — from demand analysis to commissioning.
- 1Analysis of electricity and heat demand at the facility
- 2Choosing the right technology and fuel type (gas, biogas, other)
- 3Technical design adapted to the infrastructure and local conditions
- 4Obtaining required permits and grid access
- 5Implementation, assembly, and commissioning of the cogeneration system
Invest in energy efficiency
Find out how cogeneration can lower costs and increase your company’s energy independence.
How a cogeneration investment proceeds
We deliver projects end-to-end — from audit, through design and technology selection, to commissioning and operational oversight.
- Etap 1
Needs analysis and energy audit
We assess electricity and heat demand and select the optimal technology.
- Etap 2
Technical design and permitting
We prepare documentation, obtain permits, and agree grid connection terms.
- Etap 3
Equipment delivery and installation
We handle logistics, supply, and install all CHP components.
- Etap 4
Start-up, tests, and commissioning
We verify correct operation, configure the system, and commission it.
- Etap 5
Support and service
We provide post-implementation support, monitoring, and rapid technical service.