FIELD: engines and pumps.
SUBSTANCE: proposed system comprises capacitor bank with its charger, electric starter with armature winding, at least one sensor, controller with output and at least one input connected with sensor, voltage inverter with master input, power input and output to convert power output voltage with respect to power input voltage at transmission ratio defined by signal at master input. Note here that voltage inverter power input is connected to capacitor bank, power output is connected to electric starter armature winding while master input is connected to controller output. Said controller incorporates extra capacitor bank charge estimation module. Besides it is configured to limit transmission factor if capacitor bank charge exceeds preset threshold. Otherwise it changes said transmission factor.
EFFECT: higher efficiency of capacitor bank application.
7 cl, 8 dwg
| Title | Year | Author | Number |
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