A three-phase power supply system with the following specifications is available: Type: Three-phase Voltage: 22 kV Frequency: 60 Hz The system is to be used to charge a battery bank with the following characteristics: Total Power: 56 kW Nominal Voltage: 370 Vdc Choke Coil Specifications: Resistance (R): 0.7 Ω Inductance (L): 0.8 H Two scenarios need to be addressed: Charging at Home: Power: 7 kW Voltage (AC): 220 Vac Charging Station (Fast Charging): Target Charge: 90% of 56 kW (50.4 kW) Charging Time: 30 minutes (0.5 hours) Task: Design a controlled rectification system in Simulink that meets the above requirements for both scenarios. Include the appropriate power electronics components, transformer specifications, and any necessary control mechanisms.
A three-phase power supply system with the following specifications is available: Type: Three-phase Voltage: 22 kV Frequency: 60 Hz The system is to be used to charge a battery bank with the following characteristics: Total Power: 56 kW Nominal Voltage: 370 Vdc Choke Coil Specifications: Resistance (R): 0.7 Ω Inductance (L): 0.8 H Two scenarios need to be addressed: Charging at Home: Power: 7 kW Voltage (AC): 220 Vac Charging Station (Fast Charging): Target Charge: 90% of 56 kW (50.4 kW) Charging Time: 30 minutes (0.5 hours) Task: Design a controlled rectification system in Simulink that meets the above requirements for both scenarios. Include the appropriate power electronics components, transformer specifications, and any necessary control mechanisms.
A three-phase power supply system with the following specifications is available: Type: Three-phase Voltage: 22 kV Frequency: 60 Hz The system is to be used to charge a battery bank with the following characteristics: Total Power: 56 kW Nominal Voltage: 370 Vdc Choke Coil Specifications: Resistance (R): 0.7 Ω Inductance (L): 0.8 H Two scenarios need to be addressed: Charging at Home: Power: 7 kW Voltage (AC): 220 Vac Charging Station (Fast Charging): Target Charge: 90% of 56 kW (50.4 kW) Charging Time: 30 minutes (0.5 hours) Task: Design a controlled rectification system in Simulink that meets the above requirements for both scenarios. Include the appropriate power electronics components, transformer specifications, and any necessary control mechanisms.
A three-phase power supply system with the following specifications is available:
Type: Three-phase
Voltage: 22 kV
Frequency: 60 Hz
The system is to be used to charge a battery bank with the following characteristics:
Total Power: 56 kW
Nominal Voltage: 370 Vdc
Choke Coil Specifications:
Resistance (R): 0.7 Ω
Inductance (L): 0.8 H
Two scenarios need to be addressed:
Charging at Home:
Power: 7 kW
Voltage (AC): 220 Vac
Charging Station (Fast Charging):
Target Charge: 90% of 56 kW (50.4 kW)
Charging Time: 30 minutes (0.5 hours)
Task:
Design a controlled rectification system in Simulink that meets the above requirements for both scenarios. Include the appropriate power electronics components, transformer specifications, and any necessary control mechanisms.
Branch of science that deals with the stationary and moving bodies under the influence of forces.
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