Method for controlling an internal combustion engine (1) with more than one cylinder (2), wherein individual cylinders (2) can be switched off according to a predeterminable pattern depending on the required power output, wherein the pattern consists of a ...

Method for operating an internal combustion engine (1), in particular a gas engine, with at least one combustion chamber (2), to which charge air (A) with a variable charge pressure (p a ) and / or a variable charge air quantity is supplied, wherein from a...

Prechamber system (1) for an internal combustion engine, comprising: - a prechamber (2) having a wall (3), - a spark plug (4) having at least one electrode (13), - a gas introduction device (5), in particular a gas valve, - a gas channel (7) connecting the...

Method for operating a generator (2) connected to a power supply network (1), in particular a synchronous generator, during a network fault in the power supply network (1), in particular during an electrical short circuit, wherein an electrical excitation ...

Method for operating a stationary power plant (2) connected to a power supply network (G), wherein upon occurrence of a dynamic network fault in the power supply network (G), in particular an electrical short circuit, at least one fault value (N1 - N29) is...

Method for operating an internal combustion engine (2) coupled to a generator (1) in the event of a grid fault in an electrical supply network (3) connected to the generator (1), in particular in the event of a dynamic grid voltage dip, wherein the interna...

The pre-chamber system (1) has a pre-chamber volume (4) including an ignition region (3) and a flow transfer region (7) separated from each other by an intermediate wall (9). A flow transfer passage (5) connects the flow transfer region of the pre-chamber ...

The method involves detecting a cylinder-specific signal of each cylinder, such as of cylinder internal pressure, cylinder exhaust gas temperature, nitrogen oxide emissions or combustion-air ratio, and forming a set value from the signals of the cylinder. ...

The method involves acquiring specific cylinder signal from each cylinder (2). The combustion parameter of the corresponding cylinder is controlled as a function of the cylinder signal. The cylinder-specific reference cylinder value is set for the cylinder...