The ECO-WORTHY G99 Certified Hybrid Inverter is designed for UK home energy storage systems, offering safe and compliant grid connection. Featuring an IP66 weatherproof design, 10ms EPS backup switching, and dual MPPT technology with up to 9000W PV input, it helps maximise solar energy generation while ensuring reliable backup power during outages. Compatible with high-power solar panels and ideal for residential solar battery storage applications.
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Eco-Worthy INVT 6kW 48v IP66 Hybrid Inverter With G99 Certified
Eco-Worthy INVT 6kW 48v IP66 Hybrid Inverter With G99 Certified
Regular price
£999.99
Sale price
£999.99
Regular price
£1,399.99
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SKU:
SKU:UK-L03NKUK6KWIVNT-1
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£999.99
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INVT 6kW IP66 Hybrid Inverter With G99 Certified
Technical Specifications
INVT 6kW IP66 Hybrid Inverter With G99 Certified
48V 314Ah Lifepo4 Lithium Battery
48V 100AH Wall-Mount Lithium Battery
Battery type
Lithium battery or lead-acid battery
Battery voltage (V)
40-60
Maximum charge and discharge current (A)
100
Communication mode
CAN
Maximum input power (W)
4500
Maximum input voltage (V)
600
Start-up voltage (V)
100
Rated voltage (V)
240
MPPT voltage (V)
100-550
MPPT channels
2
Maximum input current (A)
16
Maximum input short-circuit current (A)
20
Rated output power (VA)
3000
Maximum output power (VA)
3300
Maximum output current (A)
15
Rated voltage (V)
230
Rated frequency (Hz)
50
Total harmonic distortion of current (@ rated power)
＜3%
Maximum output power (VA)
3000
Maximum output current (A)
15
Peak output power, time (KW, s)
4.5,10
Rated output voltage, frequency (V, Hz)
230, 50
THDv (@ rated power)
＜3%
Switching time (ms)
＜10
Ambient temperature
-30℃～+60℃
Standby power (W)
＜10
Topology
High-frequency isolation (for battery)
Ingress protection
IP66
RH
0~100%
Communication
RS485 & CAN & Wi-Fi & 4G & LAN & Bluetooth
Maximum working altitude (m)
4000
Noise
≤35dB
Cooling mode
Natural cooling
Display
LCD
Dimension
490*395*200
Weight
21.35Kg
Battery Capacity:
314Ah
Battery Power:
16.08kWh
Rated Voltage:
51.2V
Voltage Range:
40~58.4V
Maximum Charge/ Discharge Current:
150A
Charge Temperature Range:
0-55℃
Disharge Temperature Range:
﹣20－55℃
Maximum Charge Voltage:
58.4V
Battery Weight:
293.2lb/133kg
Battery Size:
32.56*20.47*9.92in/80.7*52*25.2cm
Circuit Breaker:
2*125A(250A)
Max. parallel number:
15pcs
BMS Brand:
PACE BMS
Items
ECO-LFP48100WM01
Rated voltage
51.2V
Max.voltagerange
58.4V
Low voltage cut-off
40.0V
Nominal energy
5.12KWh
Usable energy
5.12KWh
Nominal capacity
100Ah
Dimension
18.23*8.93*20.47in/46.3*22.7*52cm
Weight
109lbs/50kg
Standard charge current
≤50A
Max.charge current
100A
Standard discharge current
≤50A
Max.discharge current
100A(initialtemp.≤35°C)
Communication port
RS485/CAN/RS232
Max.parallel number
32pcs
Rated capacity
100Ah（0.5C,77°F）
Operating temperature
Charge: -20~55°C Discharge: -20~55°C
Cycle Life
≥6000 cycles @ 25 °C, 0.5C charge / 0.5C discharge, ≥80% SOH
Warranty
10 Years
Included in the Box
User manual
Eco-Worthy INVT 6kW IP66 Hybrid Inverter With G99 Certified-user manual
DownloadFrequently Asked Questions
How do you test lithium battery performance?
+
When measuring the battery's rated voltage, it is recommended to first disconnect the connection wires between the battery and the load, inverter, and charger to ensure accurate results.
What’s the relationship between lithium battery voltage and SOC?
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①During battery use, it is recommended to keep the SOC at 20%~80% to extend the battery life (charge to at least 13.3V) ②If the battery is not used for a long time (more than half a year), at least 50% of the power should be guaranteed, otherwise the battery may be over-discharged and damaged. ③After fully charged, if the battery voltage is greater than or equal to 13.3V after one hour without any connections, it is within the normal range. ④This table is only the test result under ideal conditions. After adjusting to the correct parameters, the voltage drops to 13.26V, which does not prove that the battery capacity is insufficient. The actual capacity needs to test the power of the connected load and the length of use.
How to activate a protected lithium battery?
+
A:Take 12.8V battery as an example, when the voltage drops to 0~2V, the battery BMS may enter protection state, and the battery needs to be reactivated. Method 1: Use an AC-DC LiFePO4 Lithium charger with activation function, set the charging voltage to 14.6V for charging. After 30~60 minutes, use a multimeter to measure the voltage. If the voltage changes, continue to charge. Method 2: Use a solar panel and controller with activation function. In an environment with good lighting conditions, connect the solar panel, controller, and battery, and set the charging voltage to 14.6V for charging. After 30~60 minutes, remove the battery connection wire, use a multimeter to measure the voltage. If the voltage changes, continue to charge.
Solar Panel Performance Testing Method
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Disconnect all wires from the solar panel. Use a multimeter to measure both short-circuit current (Isc) and open-circuit voltage (Voc) under sunny outdoor conditions.Note: Performance may vary due to controller temperature and battery charge level.
What kind of warranty and support do you offer?
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We provide up to a 10-year warranty on key battery models, along with U.S.-based support. Our team assists with installation guidance, troubleshooting, and system planning to ensure a smooth experience.