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Hybrid Inverter GoodWe GW8K-ET plus three-phase
GW8K-ET
€1,430.00
Tax included
Hybrid Inverter three-phase GoodWe of 8000W and 48V with SetApp configuration. It has an efficiency of 98.2% and a maximum entry current of 12.5A. This group of inverters They stand out for their efficiency, energy management and easy installation.
This hybrid Inverter It has a three-phase emergency energy outlet with three-phase current. This inverter It leaves nothing to be desired thanks to the connection of the high-voltage battery and Juto with 2 independent MPP followers. This device is configured updated through the application and sends your data to the free portal GoodWe SEMS through the integrated WiFi interface. Includes a three-phase smart counter with folding current transformers.
5 year warranty.
The inverters hybrids GoodWe Et are characterized by the following:
- - Peak Shaving: smart management of battery charge, the GoodWe it acts as an intelligent energy management system, it can be programmed to load the electrical network when the price of electricity is more batroat and use energy at peak hours.
- - Food of critical charges: small appliances, such as refrigerators, routers, lamps, computers and other appliances can be connected to the reserve supplies of the inverter, when there is no power network, the system is connected in military seconds to the reserve power source.
- - Greater self-consumption: during the exit and sunset the electric power produced by the solares optimizes home car consumption, the surplus is used to charge batteries and can be used when necessary, at night or when there is no photovoltaic production.
- - They bring the uninterrupted electricity supply function integrated (UPS).
- - Light design of only 25kg.
In the following link you can find the detail of the accessories supplied next to the product: https://drive.google.com/file/d/1Ff2LdriFav_-nDAu3yWzJ746g6_ACbiQ/view?usp=sharing.
Technical sheet:
|
Model
|
Gw8k-ET
|
|
Battery input data
|
|
|
Battery
|
Lithium ion
|
|
Battery voltage range (V)
|
180 ~ 600
|
|
Max. Charging current (A
|
25
|
|
Max. Discharge current (A)
|
25
|
|
Load strategy for lithium ion battery
|
Auto-adaptation to BMS
|
|
FV chain input data
|
|
|
Max. Input power CC (W)
|
9600
|
|
Max. Input voltage DC (V)
|
1000
|
|
MPPT Range (V)
|
380 ~ 850
|
|
Start voltage (V)
|
180
|
|
Minimum power supply (V)
|
210
|
|
MPPT range of full load (V)
|
240 ~ 850
|
|
Nominal input voltage DC (V)
|
620
|
|
Max. Input current (A)
|
12.5 / 12.5
|
|
Max. short circuit current (A)
|
12.5 / 12.5
|
|
No. of MPP trackers
|
2
|
|
Output data CA
|
|
|
Apparent power of nominal output to the network (VA)
|
8000
|
|
Max apparent power output to the network (VA)
|
8800
|
|
Max. Apparent power from the network (VA)
|
15000
|
|
Nominal output voltage (V)
|
400/380, 3L / N / PE
|
|
Nominal exit frequency (Hz)
|
50/60
|
|
Max output current CA to the network (A)
|
13.5
|
|
AC current from the network (A)
|
22.7
|
|
Output power factor
|
~ 1 (adjustable from 0.8 conductive to 0.8 inductive)
|
|
Output THDI (in nominal output)
|
> 3%
|
|
Efficiency
|
|
|
Max. efficiency
|
98.2%
|
|
Max. Battery efficiency in load
|
97.5%
|
|
Euro efficiency
|
97.2%
|
|
General data
|
|
|
TEMP range Operational (° C)
|
-35 ~ 60
|
|
Relative humidity
|
0 ~ 95%
|
|
Operational altitude (M)
|
≤4000
|
|
Noise (DB)
|
|
|
Weight (kg)
|
24
|
|
Size (Width * High * Long MM)
|
415 * 516 * 180
|
|
Degree
|
Ip66
|
|
Self-consumption at rest (W)
|
|
|
Topology
|
Transformer
|
- Power (kW)
- 6 - 9.9
- Phase Type
- Three-phase
- Max Current Input (A)
- 12 - 12.99
- Compatibility list
- BYD HVS / HVM
Dyness Tower T7 / T10 / T14 / T17 / T21
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