NetSure 801 Series Power System

The NetSure 801 series power system is a new generation large-capacityDC power system. This power system incorporates the following technologies: digital dual-DSP control, active PFC, soft switch, primary clamping patented technology, and centralized cooling patented technology. Energy-efficient and eco-friendly, the system features high efficiendy, high power density, high reliability, ultra-low radiation, and quick maintenance.

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Description

MODEL SPECIFICATIONS OVERVIEW metric

Models Power Capacity Current Capacity Output Voltage, Nominal Input Voltage, Nominal System Type Height Width Depth Weight
NetSure™ 801 CAA 116 kW (Up to 348kW) 2000A (Up to 6000A) 48 VDC 380 VAC/480 VAC Cabinet 2000 mm 600 mm 800 mm Rectifier Cabinet: ≤180 kg
AC Cabinet: ≤300 kg
DC Cabinet: ≤290 kg
Rectifier: 10 kg
NetSure 801 CA7 116 kW (Up to 348kW) 2000A (Up to 6000A) 48 VDC 380 VAC/480 VAC Cabinet 2000 mm 600 mm 600 mm Rectifier Cabinet: ≤180 kg
AC Cabinet: ≤300 kg
DC Cabinet: ≤290 kg
Rectifier: 10 kg
NetSure 801 AG1 92.8 kW (Up to 278.4kW) 1600A (Up to 4800A) 48 VDC 380 VAC/480 VAC Cabinet 2350 mm 600 mm 600 mm Rectifier Cabinet: 270 kg
DC Cabinet: 260 kg
Rectifier: 10 kg

Features

  • The power system keeps in normal operation under the voltage ranging from 260Vac to 530Vac and withstands an extreme voltage input of 600Vac.
  • Network monitoring: Remote monitoring is performed in real time through network interfaces, modems, and RS232 interfaces.
  • Digital active current sharing: stable current equalization. The unbalance of load sharing is less than 1%. The rectifier module can work steadily independent from monitoring units and automatically equalize currents.
  • Safety and reliability: full surge protection design for AC, DC, and signals.
  • Damage-free hot swap of rectifier modules and monitoring modules and quick and easy online maintenance.
  • Full front access operation and unlimited overhead and underground cabling.
  • Battery pole reversal protection: Protect against module explosion in case of battery pole reversal.
  • Withstand transient overvoltage generated by the generator startup with no strict requirements on generator output.
  • Gradual increase in output current: The output current can be set to gradually increase. This minimizes the shock to loads and batteries and prolongs service life of the batteries.