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Goodwe ES 4.6kW Hybrid Inverter (4.6KW Backup), South Africa

Max. Apparent Power from Utility Grid(VA) 9200W
Max. DC Input Power (W) 6500W
Nominal Battery Voltage (V) 48V
Max. DC Input Voltage (V) 580V
Battery Type Li-Ion or Lead-acid*1

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Goodwe ES 4.6kW Hybrid Inverter (4.6KW Backup)







Goodwe ES 4.6kW Hybrid Inverter, 4.6KW Backup for sale in South Africa

4.6Kw Goodwe ES series Full Hybrid inverter is best suited to grid-connected PV systems: enhancing self-consumption and providing 4.6kW backup power to essential loads in the event of loss of grid. The Goodwe ES series bi-directional energy storage inverter can be used for both on-grid and off-grid PV systems.  During  the  day,  the  PV  array  generates  electricity which can be provided either to the loads, fed  into  the  grid  or  charge  the  battery,  depending  on  the  economics  and  set-up.  The electricity stored can be released when the loads require it during the night.  Additionally, the power grid can also charge the storage devices via the inverter.

  • It can intelligently control the flow of energy.
  • Both MPPT charge controller and inverter are fully integrated
  • Intelligent battery management function.
  • Capable of being grid-interactive or grid-independent.
  • Compatible with various Li-Ion battery types.
  • 2 x MPPT inputs with a Max of 6500Wp.
  • 100A Battery charger.
  • IP65 dust-proof and water-proof rating.
  • 45°C full-load output.
  • Monitoring of inverters is free via computers or mobile phones and extremely easy to use.
  • Fanless, low-noise design.
  • When using Lead-Acid battery technology with the ES/ EM Inverter range, Goodwe does not take any responsibility if the system performs below expectation
Solar Panel Energy are a distributing company that does not store all products on our website.

As a product intended for the new installation of PV storage generators, EM/ES series are aimed for boosting self-consumption in areas with high electrical rate and a relatively low FIT. For areas and regions where peak shaving can be applied and feed-in-power is restricted, this system would be a good fit.

Functional Introduction
Increasing Self-Consumption: During the day, the electricity from the PV array is used to optimize self-consumption. The excess is used to recharge the batteries and can be released to the loads at night. The highest proportion of self use is up to 95%.

Peak  Shaving:  By  setting  the  charging  and  discharging  time,  the  battery  can  be  charged  using  the  lower  electrical  rate  and  discharged to loads when there is a high electrical rate.

Power  Supply  for  Important  Loads:  Connected  to  the  backup  side  of  the  inverter,  loads  such  as  refrigerators,  routers,  lamps,  computers  and  other  small  appliances  can  be  powered.  When  grid  fails  the  system  automatically  switches  to  back-up  mode  within milliseconds.

Goodwe ES 4.6kW Hybrid Inverter (4.6KW Backup)
Battery Type Li-Ion or Lead-acid*1
Nominal Battery Voltage (V)  48V
Max. Charging Voltage (V) ≤60 (Configurable)
Max. Charging Current (A)*1 100A
Max. Discharging Current (A)*1 100A
Battery Capacity (Ah)*2 50~2000Ah
Charging Strategy for Li-Ion Batter Self-adaption to BMS
Max. DC Input Power (W) 6500W
Max. DC Input Voltage (V) 580V
MPPT Range (V) 125~550V
Start-up Voltage (V)*3 150V
MPPT Range for Full Load (V) 170~500V
Nominal DC Input Voltage (V) 360V
Max. Input Current (A) 11/11
Max. Short Current (A) 13.8/13.8A
No. of MPP Trackers 2
No. of Strings per MPP Tracker 1
Nominal Apparent Power Output to Utility Grid (VA) 4600VA
Max. Apparent Power Output to Utility Grid (VA)*4 5100VA
Max. Apparent Power from Utility Grid(VA) 9200VA
Nominal Output Voltage (V) 230V
Nominal Output Freqency (Hz) 50/60HAZ
Max. AC Current Output to Utility Grid (A) 24.5*5A
Max. AC Current From Utility Grid (A) 40A
Output Power Factor  ~1(Adjustable from 0.8 leading to 0.8 lagging)
Output THDi (@Nominal Output) <3%
Max. Output Apparent Power (VA) 4600VA
Peak Output Apparent Power (VA)*6 6900,10sec
Max. Output Current (A) 20A
Nominal Output Voltage (V) 230 (±2%)V
Nominal Output Freqency (Hz)  50/60 (±0.2%)Hz
Output THDv (@Linear Load) <3%
Max. Efficiency 97.60%
Max. Battery to Load Efficiency 94.00%
Euro Efficiency 97.00%
Anti-islanding Protection Integrated
PV String Input Reverse Polarity Protection Integrated
Insulation Resistor Detection Integrated
Residual Current Monitoring Unit Integrated
Output Over Current Protection Integrated
Output Short Protection Integrated
Output Over Voltage Protection Integrated
Operating Temperature Range (°C)  -25~60
Relative Humidity  0~95%
Operating Altitude (m) ≤4000
Cooling Natural Convection
Noise (dB) <25
User Interface LED & APP
Communication with BMS*7 RS485; CAN
Communication with Meter RS485
Communicaiton with Portal Wi-Fi
Weight (kg) 30kg
Size (Width*Height*Depth mm)  516*440*184mm
Mounting  Wall Bracket
Protection Degree  IP65
Standby Self Consumption (W) <13W
Topology High Frequency Isolation
Grid Regulation VDE-AR-N 4105, VDE0126-1-1, AS4777.2, G83/2, CEI 0-21, NRS 097-2-1, EN50438
Safety Regulation IEC/EN62109-1&2, IEC62040-1
EMC  EN61000-6-1, EN61000-6-2, EN61000-6-3, EN61000-6-4, EN 61000-4-16, EN 61000-4-18, EN 61000-4-29
*1: Lead-acid battery use refers to Approved Battery Options Statement. The actual charge and discharge current also depends on the battery.
*2: Under off-grid mode, then battery capacity should be more than 100Ah.
*3: When there is no battery connected, inverter starts feeding in only if string voltage is higher than 200V.
*4: 4600 for VDE 0126-1-1 &VDE-AR-N4105, 4950 for AS4777.2(GW5048D-ES); 4050 for CEI 0-21(GW3648D-ES).
*5: 21.7A for AS4777.2
*6: Can be reached only if PV and battery power is enough.
*7: The standard configuration is CAN.


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