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Pre-order Product code: A5120
Pickup from Kyiv:
When: Tomorrow
Nova Poshta: 1 - 2 days
ALL-IN-ONE Model ES is a charging station that is equipped with an innovative LiFePO4 battery with a capacity of 5120 Wh and a pure sine wave inverter with a power of 4200 W. The incredible power provided by the Model ES allows you to power a variety of devices such as a laptop, refrigerator, TV, air conditioner, power tools and more. Thanks to its design, it is easy to move around the room, so you can take it with you wherever you go.
One of the main advantages of Model ES is fast charging. You can charge the station from the mains in a matter of hours, and also use solar panels to restore energy.
HATCAT pays special attention to the security of its devices. Model ES is equipped with a multi-stage protection system that ensures safe operation. You can rest assured that your electronics will be safe when using this charging station.
Make a deal at once with a 5% discount and take away the gift
1) Power Station ALL-IN-ONE Model ES, 5120Wh, 4200W -- € -- €
2) Battery module Model B, 5120Wh, LiFePO4 -- € -- €
3) Connecting cable for extra battery Extra Battery Link Cable - € 0 €
Double your power station's capacity to 10,240 Wh by simply connecting the Model B battery module.
Thanks to the universal Extra Battery Link Cable, the connection is quick and easy, with just one simple movement.
Capacity
5120 Wh
100 Ah
Battery cell technology
Lithium Iron Phosphate
LFP (LiFePO4), EVE®, Class A
AC output
220 / 230 / 240 V, 50 / 60 Hz
2 outlets: 16 A / 3600 W (Max.)
2 terminals: 18.2 A / 4200 W (Max.)
Pure sine wave
Operating performance
Total output power: 4,200 W
Boost mode:
− up to 6,800 W (3 sec)
− up to 6,300 W (5 sec)
− up to 4,600 W (30 sec)
Input for solar panels
Nominal operating voltage: 360 VDC
PV input voltage range: 60 - 450 VDC
Start-up voltage / Initial Feeding Voltage:
– 60 VDC / 90 VDC (for Grid-off mode)
– 90 VDC / 120 VDC (for Hybrid mode)
Vmax PV: 500 VDC
Imax PV: 22 A
Maximum PV input power: 6200 W
Grid-tie Mode Support2
AC input
Acceptable input voltage range:
− 90 - 280 V (APL mode, transfer time 20 ms)
− 170 - 280 V (UPS mode, transfer time 10 ms)
Maximum input current / power:
− 16 A / 3680 W (powered from outlet via AC cable)
− 40 A / 7850 W (powered from electrical panel)
Input frequency range: 50±1Hz / 60±1Hz
Internet connection WiFi 2.4 GHz (optional)
Additional battery support Yes. Battery module Model B, 5120 Wh
Protective functions
The integrated professional Smart BMS ensures intelligent control and balancing of each individual battery cell, as well as providing protection against short circuits, overvoltage, overheating, overcharging, undervoltage, and overload.
Metal fireproof housing
Additional functions
Wheels for movement (removable)
Simple connection of the entire apartment to terminals
Electricity generation back to the grid (sales)2
Ability to disconnect non-critical loads and reserve power for critical loads
Display and LED-indications
Battery Life Cycle
6000+ cycles,
with >80% SoH capacity retention1
Operating conditions
Discharge temperature: -20 °C ~ 55 °C
Charging temperature: 0 °C ~ 55 °C
Storage temperature: -10 °C ~ 40 °C
Humidity: 10% to 90% (non-condensing)
How to connect to the grid
Via terminal block (AC-IN):
− to the electrical panel via power cables
− to the socket via AC cable
Type of load connection to the station
2 plugs
2 sockets
Dimensions
Charging station: 701 x 441 x 231 mm
Cartoon: 800 x 530 x 340 mm
Safety certificates CE, EMC, MSDS, UN38.3
Weight 59 kg (net), 61,7 kg (gross)
Delivery set
− Power Station
− AC Power Cable
− User Manual
1 The battery retains >80% of its initial capacity after 6000 cycles at: charge/discharge current of 0.5C/0.5C, an ambient temperature of 25°C, and a maximum depth of discharge of 80% DoD.
2 The power station can operate in hybrid mode. Solar energy will primarily power the loads, with battery charging as the secondary priority. Excess energy will be fed back into the grid. Attention! This mode requires a bidirectional meter and an available special tariff from the energy provider.