Efficient operation benefits plant owner's economy and competitiveness
Efficient energy production and distribution require more than routine maintenance – they demand continuous optimization. By combining technical expertise, close collaboration, and precise analysis, we ensure that plants operate stably, efficiently, and cost-effectively – both now and in the future.
Improved performance doesn’t happen by chance – it requires insight, strategy, and a solid technical foundation. We identify optimization potential, ensure smooth implementation, and follow up on performance to keep plant operations competitive and sustainable in a dynamic energy sector.
Plant performance is crucial
Plant in operation
For a plant owner, improving efficiency in energy production and distribution is becoming increasingly critical to ensuring strong operational economics and maintaining competitive advantage. This applies whether the facility produces only heat, only electricity, or operates as a combined heat and power (CHP) system.
Operational optimization must be carried out in close collaboration with plant operations and planning teams, while taking ongoing processes into account. Involving all relevant stakeholders is essential to achieving the intended economic and technical goals.
We support customers in assessing and analyzing performance improvement opportunities and in designing the necessary adjustments – including both plant hardware and automation systems.
Additionally, we assist with the practical aspects, such as supplier coordination and follow-up on performance after the implemented modifications.
Added Values has expertise in:
- Troubleshooting, optimization, and flexibility improvements, e.g., for varying fuel types
- Energy efficiency analysis, such as heat balance evaluations
- Analysis of dynamic behavior to improve system services
- Performance monitoring and follow-up
- Online support and optimization tools
- Lifetime assessments, maintenance planning, and failure analysis
- Efficiency analysis of fuel blends, components, and subprocesses