• 1725 KVA 2000KVA Power Conversion System (Central PCS)
  • 1725 KVA 2000KVA Power Conversion System (Central PCS)
  • 1725 KVA 2000KVA Power Conversion System (Central PCS)
1725 KVA 2000KVA Power Conversion System (Central PCS)
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WN-1725/2000-HA-UD
Basic info
Brand Wone
Model NO. 1725 KVA Power Conversion System (Central PCS)
Max.Efficiency 99%
AC output power 1725kVA
Max. DC voltage 1500V
Max. DC current 1936A
Max. AC output current 1046A
Series Power Conversion System
Product Detail

Features

  •  Max. efficiency up to 99%.

  • Full reactive power four-quadrant capability.

  •  IP65 protection degree.

  • Black start ability.

  • Support VSG function.

  • Millisecond-level Power response to EMS/SCADA.

  • Three level topology.

  •  Use alone or in combination with MV station.

DC Parameters:

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AC parameters (On-Grid):

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AC parameters (Off-Grid):

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General data:

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How the energy storage converter is short-circuit protected?

Current Detection

  • Function: Monitor the input and output currents of the converter in real time.

  • Principle: Use current sensors (such as Hall effect sensors, shunts, etc.) to detect the current. When a sudden increase in the current is detected and it exceeds the preset threshold, the system will determine that a short circuit may have occurred.

Overcurrent Protection

  • Function: Quickly cut off the power supply when an overcurrent is detected to prevent the short circuit from developing further.

  • Principle:Hardware Protection: Use hardware devices such as fast fuses, circuit breakers, or MOSFETs (Metal Oxide Semiconductor Field Effect Transistors) to cut off the current.

  • Software Protection: Execute the protection logic through a microprocessor or controller to control relays or MOSFETs to cut off the current.

Protection Measures

  • Cutting off the Power Supply: Cut off the power supply through relays or MOSFETs to prevent the short-circuit current from continuing to flow.

  • Alarm Notification: Issue an alarm through the display screen or indicator lights to remind the user that there is a short-circuit fault in the system.

  • Fault Isolation: When a short circuit is detected, isolate the faulty part to prevent the fault from spreading to other parts.

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