Heat Utilization

In cogeneration plants, both the thermal energy and the electrical energy are utilized. Depending on the application, the overall efficiency can reach more than 90 percent. Two types of heat are available during operation from the engine's exhaust gas: coolant heat and heat energy.

The heat results from the thermal heat, process heat, and service water heating. These types of heat can be integrated in existing heating systems and infrastructures. Buffer storage can be used to separate the power production from the heat utilization. Industrial processes run on saturated steam generated from exhaust gas energy. In this context, heat can be extracted concurrently from the coolant for heating purposes.

Chilling can be used for ambient air cooling and process cooling. In this case, the generated heat is converted to cooling energy. Here too, integration in existing cooling and ventilation systems is possible. Alternating summer and winter operation enables a longer plant operation time.

Fig. Principle of combined heat and power (CHP) plants with gas engines

Fig. Principle of combined heat and power (CHP) plants with gas engines

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Container Cogeneration Plant

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