Expert services for thermal power plants

Improving performance, reliability and operational flexibility

The evolving role of thermal power plants

Keeping the energy system reliable in a changing landscape

Thermal power plants remain a critical component of modern power systems. As increasing volumes of renewable generation are integrated into the grid, conventional assets are expected to operate more flexibly while maintaining high levels of reliability and availability.

At the same time, plant operators face a combination of challenges: ageing equipment, more frequent cycling, stricter environmental requirements, evolving market conditions and the need to maximise the value of existing assets. Navigating these challenges requires informed technical decisions based on deep operational and engineering expertise.

How ENGIE Laborelec supports plant operators

Practical expertise across the entire asset lifecycle

Drawing on more than 60 years of experience in power generation, ENGIE Laborelec helps owners and operators improve asset performance, reduce operational risks and extend equipment lifetime.
Our specialists support thermal power plants through:

  • Performance assessments and efficiency optimisation
  • Asset integrity and lifetime evaluation
  • Condition monitoring and diagnostics
  • Root cause investigations and troubleshooting
  • Non-destructive testing and field measurements
  • Digital monitoring and advanced analytics

By combining field measurements with advanced analytical tools, we help identify opportunities to improve performance, reduce risks and extend asset lifetime.

Our Services

Practical expertise to improve the performance, reliability and flexibility of thermal power assets throughout their lifecycle. Explore our key service areas below.

Reducing costs and maximizing availability and reliability

For example by extending equipment lifetime, optimizing maintenance schedules, and preventing (re)occurrence of events.

Improving asset performance

For example by finetuning process parameters, improving start-stop flexibility and resilience, and reducing energy consumption.

Reducing the environmental footprint

For example by improving overall efficiency and by reducing CO2, NOx and other emissions.

Have a look at our dedicated microsite

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