Monitoring and optimisation of energy systems
We optimise power plants with specialised solutions for diverse requirements.
With intelligent monitoring and data-based optimisation, we increase performance, reduce downtime and ensure the sustainable performance of your systems.
Our primary goal is to ensure a secure, environmentally friendly and economical energy supply. To this end, we develop and distribute comprehensive IT solutions for plant monitoring, optimisation and operational management, and provide support for the planning, operation and maintenance of power stations, waste incineration plants, cement works and wind turbines. Our spectrum ranges from energy supply using conventional fuels and renewable energies to electrical and heating networks and storage facilities. Developing sustainable and economical supply concepts is at the heart of our work. Our IT solutions transform costs into reliable performance.
What we can do for you:
- Improving plant availability and efficiency through post-engineering services
- Adapting plants to new legal constraints and market requirements
- Analysis and optimisation through additional measurements and tests
- Optimisation of O&M processes and procedures
- EBSILON®Professional: our tool for simulating thermodynamic cycle processes for plant design and optimisation
- Online monitoring systems, such as SR::EPOS, for continuous monitoring of the power plant process from a technical and economic perspective. Key plant components are evaluated on a cyclical basis.
- Condition monitoring systems such as SR::SPC enable anomalies to be detected at an early stage, allowing maintenance and repair measures to be planned. This reduces the number of unplanned shutdowns.
- Operations management system (SI®/PAM) to support the effective planning, control, implementation and documentation of maintenance measures
- Intelligent process control to optimise the combustion process and support the achievement and compliance with statutory emission values
- Fleetwide monitoring systemsfor the economically and technically optimal control of plants
- Optimisation of networks and supply concepts
- WINDcenter for continuous improvement processes, more efficient workflows, faster responses and greater data transparency in the field of wind energy
- Fuel conversion of boiler systems to more environmentally friendly alternatives
