Energy Automation

Based on individual customer requirements, we create automation concepts for energy generation and distribution systems for heating, cooling, and steam. Whether it be new construction, expansion, or retrofit, we prioritize system availability, the integration of all interfaces, a high degree of flexibility, and maximum operating convenience of the EI&C technology.

Ideally, we are already involved in the consulting and planning phase and can thus set the course for innovative and reliable energy systems with our customers at an early stage. Our strength lies in bridging the gap between process engineering, electrical engineering, and control technology for our customers throughout the entire project.
Sometimes you can't choose the time for a plant repair or retrofit. In these cases, long downtimes are unacceptable for us and our customers. We have therefore developed concepts to modernize systems during operation.

Sometimes you can't choose the time for a plant repair or retrofit. In these cases, long downtimes are unacceptable for us and our customers. We have therefore developed concepts to modernise systems during operation.

We have been supporting many of our customers for decades and are familiar with the process engineering requirements of energy suppliers and industrial companies. This has resulted in a wealth of experience in I&C technology solutions for energy systems. For example, setting up redundant structures in measurement technology, control technology, electrical engineering, and visualization is part of our day-to-day business and, together with high-quality hardware components, has become an integral part of our projects. The systems we plan are particularly reliable thanks to our intensive ‘single point of failure analysis’, which we use to optimize the entire I&C technology for the process engineering process.

We always plan EI&C technology for systems in line with our customers' processes. This ensures that clear system structures are created, from the power supply and control technology through to visualization. The benefits are obvious: maintenance and troubleshooting in the event of faults are much easier and the systems are back in operation more quickly.

Structured in this way, systems offer optimum efficiency, future-proofing, and maximum availability.