Method for controlling the cogeneration system feeding the receiver with dynamically variable/overload electric power consumption

摘要

a control system kogeneracyjnym supply the very variable input electricity composed of an internal combustion engine (1), fuelled by (9) and the generator (2), mains electricity (10) receiver (7), equipped with an electric motor (6) supplied from forging dnicy (2) cogeneration system, with the rolling pin removed from two sides.one of which is controlled by the electromagnetic clutch (3) sprzu0119gniu0119ta with pru0105dnicu0105 (2), and the other by gearing (5) of the flywheel (4) is that by the control system (8) controls the electromagnetic clutch attaching and excluding (3) in accordance with e current measurement load (11) of the generator (2) in this wayin the work of the generator (2) without the overload clutch (3) is excluded, and a flywheel (4) is powered by an electric motor (6) through gearing (5), and at the time of the strain generator (2), established by measuring current (11), followed by the howl u0105czenie power engine (6) and the clutch (3),thus the flywheel (4) with pru0105dnicu0105 (2) cogeneration system, so that energy stored in the rotating the flywheel is used to drive the generator (2), which allows the kogeneracyjnemu defeating overload.as to the system memory controller (8) is introduced the characteristics of torque produced by an internal combustion engine (1) as a function of delivered gas (9) and on the basis of the current measurement load (11) of the generator (2), and the volume of the right engine load (1) is a specified quantity of gas (9),we need to manufacture by the engine (1) the time and where necessary quantity of gas (9) exceeds the size of its (12) to the control system is the power engine (6) and the clutch (3), and thus the flywheel (4) with pru0105dni you (2) cogeneration system.so that energy stored in the rotating the flywheel (4) will overcome circulating load with less input gas (9) than in the system without such control system.