loader image

Owayo Power Energies

Commercial Energy Solutions

GAS GENERATION
(CHP / TRI-GENERATION)

Reliable power. Useful heat. Maximum efficiency.

Generate electricity and recover usable thermal energy from a single fuel source, designed around your operational demand.

Why CHP

Traditional power generation wastes energy.

Combined Heat and Power systems are designed to do the opposite, capturing and utilising heat that would otherwise be lost.

The result is a highly efficient, on-site energy solution that reduces operating costs, improves reliability, and supports continuous operations.

What This Solution Delivers

In practice, this translates into

Reliable on-site electricity generation
01

Reliable on-site electricity generation

Produce dependable power at the point of use, reducing reliance on grid instability and external interruptions.

Recovery and utilisation of thermal energy
02

Recovery and utilisation of thermal energy

Use captured heat for hot water, steam, process support, or space heating instead of letting it go to waste.

Reduced overall energy costs
03

Reduced overall energy costs

Improve energy economics by producing useful electrical and thermal outputs from a single system.

04

Higher system efficiency compared to conventional generation

By using both electricity and heat outputs, CHP systems achieve far greater overall efficiency than traditional generation methods.

Continuous 24/7 operational support
05

Continuous, 24/7 operational support

Designed for ongoing operation, CHP becomes part of your working energy infrastructure rather than a once-in-a-while backup system.

One Fuel. Multiple Energy Outputs

One system can support electricity, heating, and even cooling.

CHP systems generate electricity for immediate use while simultaneously capturing heat for practical applications such as hot water, steam, or space heating.

In tri-generation systems, this thermal energy can also be converted into cooling through absorption systems, enabling a single solution to meet electrical, heating, and cooling demands.

Fuel Source
Electricity
Heating
Cooling
Where CHP makes sense
Where It Makes Sense

Best suited to facilities with consistent energy and thermal demand

CHP systems are most effective in facilities where both electrical and thermal outputs can be consistently utilised.

Hospitals and healthcare facilities
Hotels and hospitality
Industrial and processing plants
Data centres
Airports and large infrastructure
How It Works

Electricity is generated. Heat is captured. Efficiency increases.

01

Generate electricity

A gas engine drives a generator to produce electricity for on-site use.

02

Capture heat

Heat generated during the process is recovered rather than being lost into the environment.

03

Use outputs fully

The recovered thermal energy is repurposed for real operational use, improving total system efficiency and energy utilisation.

How CHP works
Integration background
Integration

CHP works even better as part of a broader energy strategy.

CHP systems form part of a broader, integrated energy strategy. They can be combined with:

Solar PV and battery storage
Utility Management systems
Existing electrical and thermal infrastructure

This enables hybrid energy systems that optimise cost, efficiency, and reliability across your entire operation.

Unlike standby generators, CHP systems are designed for continuous operation. They deliver both energy security and efficiency, positioning them as a long term infrastructure solution rather than a backup system.

Energy efficiency value
Final Word

Energy efficiency is not just about generating power — it’s about using it fully.

Let’s design a CHP solution aligned to your operation.