The Huawei iSitePower-M, a solution that integrates battery, DG, grid and solar power and is a perfect fit for areas that have unreliable power generation.


R68999 
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The Huawei iSitePower-M, a solution that integrates battery, DG, grid and solar power and is a perfect fit for areas that have unreliable power generation.

The iSitePower-M allows the user to set up  the system in multiple different configurations that can match their power usage.
The iSitePower-M ensures that there are multiple layers of protection set-up to guarantee safety such as: IP65 Waterproof and DustproofStable Lithium Battery LFPSystem level security certificationadaptation to even the most complex power grids and is able to resist shock currents.

Advantages:

  • Seamless energy switchover (<20ms) .
  • Low noise emission (<29dB).
  • Easy and Quick installation.
  • Fast Charging capable.
  • IP65 Waterproof and Dustproof.
  • Mobile App management.

General Data Specs: 

  • Dimensions: 700 x 1471 x 158mm
  • Weight: 17Kgs for each Power Module.
    50Kgs for energy storage module.

 

  • Ultra-fast: 2-hour fast charge 100%
  • Ultra-quiet: Fanless design, operating noise less than 29 dB Energy switchover without perception<10ms Smart priority management (Solar /battery /grid /DG) Smart mobile
  • APP management: monitor device running status in real-time, help EPC & client efficiently manage the device. D.G. scheduling is supported, D.G. does not need to be started manually.
  • Built-in energy optimizer, supporting mixed use of old and new lithium batteries
  • Indoor scenario, floor-mounted
  • Off-grid and unreliable grid areas, civil and commercial backup power
  • AC mode – Single-phase/dual-wire: 85 – 290 Vac
  • Input Power – Single-phase/dual-wire, 42A
  • Input voltage – 58-150 V DC
  • Input power – 8kW max
  • Output voltage – Single-phase 200–230 Vac
  • Battery capacity – 4.8kWh per battery
  • Charging Power – 4.8kW max.
  • Maximum parallel capacity – A maximum of three battery modules can be connected in parallel, 14.4 kWh.