Heating and cooling supply for medium-sized enterprises, Development of detailed solutions within the scope of energy planning, control systems for household appliances

The interaction of components or subsystems within a large-scale network is the critical juncture that determines whether individual units can reach their full potential or if energy supply and demand can effectively balance each other within the system. Robust control systems achieve this target even under irregular operating conditions or component failures.

We possess extensive expertise in system control, ranging from household appliances (e.g., refrigerators, dishwashers) to complex heating and cooling supply systems for entire urban districts. Building on detailed Modelica simulations (Dymola) of the respective scenario, we transform concepts for the utilization of system components into concrete mathematical control models. These are then subjected to comprehensive testing. In many cases, the conceptual development of the physical system goes hand in hand with the specific design of the algorithm to maximize efficiency from the start. Real-world implementation of the control systems is typically carried out via Siemens PLC (SIMATIC). We set up experimental facilities or ensure on-site that the system’s core functions remain automated and stable even in the event of a malfunction. We support system operations at least through the initial phase, which often evolves into extensive monitoring. This allows us to identify and resolve vulnerabilities in both hardware and logic—frequently utilizing digital twins of critical components—to ultimately transition the system into a series-ready product, if required. Bold ideas and high complexity inspires us. We are the ideal partner for customized control challenges for which the market currently offers no off-the-shelf solution.