Cogeneration Information

Industry leading technology that allows our Cogeneration power plants to respond to your actual electricity and heat requirements. Our Power Electronics load follow both electricity and heat usage, allowing us to change the CHP Engine settings accordingly. By using an Inverter Generator, we can not only run at variable speeds, but generate clean electricity.

Adsorption Chillers: creating cooling from excess heat

Are CHP Inverter Generators worth it?

Cogeneration Systems Advantages and Disadvantages

Cogeneration vs CHP vs CHP Cogeneration

Combined cycle power vs cogeneration

Is it worth connecting a biogas Cogeneration power plant to the grid?

Types of Cogeneration Technology

Wastewater Treatment Plants and Cogeneration – Is there value?

What approvals are needed for a CHP Inverter Generator?

What are the benefits of cogeneration?

What are the benefits of reciprocating engines for both power generation and cogeneration?

What are the different types of cogeneration prime movers?

What is Cogeneration?

What is an Inverter Generator?

What is the Cogeneration Process?

What is the Emissions Reduction Fund?

Why invest in a diesel prime backup generator What is the difference between topping and bottoming cycle CHP?

What is trigeneration?

What role does heat play in the CHP Inverter Generator process?

What’s the difference between absorption and adsorption chillers?

Why is cogeneration more efficient?

Why is cogeneration the best renewable energy option for feedlots?