Other

Hans-Peter Lang

Manfred Schmidt

Eugen Holl

J&uuml;rgen Fetzer

The present invention relates to a control system for a hybrid system comprising at least one energy store ( ) and an energy source ( ), the control system using a charge state (Z) in the at least one energy store ( ), a nominal operating point (P ) of the energy source ( ) and a system power (P ) which is currently to be output to ascertain a storage power (P ) which is to be output or received by the at least one energy store ( ) and a source power (P ) which is to be output by the energy source ( ) on the basis of at least one optimization criterion. In order to create a particularly flexible control system, the invention provides that at least one charge limit value (P , P , P ) and at least one discharge limit value (P , P , P ) for the at least one energy store ( ) and a power limit value (P ) for the energy source ( ) are also used at the same time in order to ascertain the storage power (P ) and the source power (P ), and that the at least one charge limit value (P , P , P ), the at least one discharge limit value (P , P , P ), the power limit value (P ) and the nominal operating point (P ) can be parameterized via an interface ( ) in the control system.

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Neunkirchen, Germany

Hans-Peter Lang