GEN2-LB-EU 3-6K
Single Phase | Hybrid Series | 2 MPPT
Intelligent working modes
▪ Weather Compensation and Smart Octopus charging packages
▪ Self consumption mode for high tariff areas
▪ Charge priority mode for areas where grid power is unstable
▪ Force charge & discharge mode for variable tariff integration
Intelligent Battery Integration
▪ Remote upgrade for battery management system (BMS) firmware
▪ Wide range of compatible battery brands
▪ Auto ‘wake-up’ function of lithium battery from sleep mode
▪ Essential info uploaded to Lux server for quick ESS diagnosis
▪ Battery sharing with multi-inverters in single phase or three phase
Product Parameters
| INPUT (PV DC) | GEN2-LB-EU 5K | GEN2-LB-EU 6K |
| Max. PV array power(W) | 9600 | |
| Rated PV input voltage(V) | 360V | |
| Number of independent MPPT inputs | 2/（1：1） | |
| PV input voltage range(V) | 100~530 | |
| MPPT voltage range(V) | 150-425 | |
| Start-up voltage(V) | 100 | |
| Max. PV input current per MPPT(A) | 18 | |
| Max. PV short-circuit current input per MPPT(A) | 32 | |
| Max. MPPT efficiency | 99% | |
| Battery | ||
| Compatible battery type | Lithium-ion/Lead-Acid | |
| Rated battery voltage(V) | 48 | |
| Battery voltage range(V) | 40~60 | |
| Max. charging current(A) | 105A | 125A |
| Max. charging power(W) | 5000 | 6000 |
| Max. discharging current(A) | 120A | 140A |
| Max. discharging power(W) | 5000 | 6000 |
| Force wake up battery from PV fuction(Y/N) | Y | |
| Grid | ||
| Rated AC voltage(V) | 230 | |
| Rated AC frequency(Hz) | 50/60 | |
| Rated AC output current(A) | 21.7A | 26A |
| Rated AC output power(W) | 5000 | 6000 |
Max. AC intput power (W) | 12000W | |
| PF | 0.99(Adjustable from 0.8 leading to0.8 lagging) | |
| THDI | ＜3% | |
Max. continuous AC passthrough current(A) | 52.2A | |
| UPS | ||
| Rated output power(W) | 5000 | 6000 |
| Rated output voltage(V) | 230 | |
| Rated output current(A) | 21.7A | 26A |
| Rated output frequency(Hz) | 50/60 | |
| Surge power, duration | — | |
| Switching time(UPS ) | 20ms | |
| Wave form | sine wave | |
| THDV | ＜5% | |
| Efficiency | ||
| Max. efficiency | 97.30% | |
| Max. charging efficiency | 94.50% | |
| Max. discharging efficiency | 94.50% | |
| General | ||
| Dimensions(W*H*D) | 528*440*220mm / 20.8*17.4*8.7 i | |
| Weight(kg) | — | |
| Ingress protection rating | IP65 | |
| Operating environment temperature range | -25~60°C | |
| Storage temperature range | -40~65°C | |
| Relative humidity | 0~95% | |
| Display & Communication interface | LCD, RS485/Wi-Fi/CAN | |
| Warranty:5/10 years(Yes/Optional) | 5 years | |
| Cooling method | Smart cooling | |
| Topology on AC side | Transformer-less | |
| Topology on Battery side | Transformer | |
| Altitude(m) | 2000 | |
| Noise emission(typical) | ＜25 | |
| DC connection(VP-D4/MC4(Optional) | MC4 | |
| AC connector(AC connector) | AC connector | |
Installation Instructions
Solar Hybrid Inverter Application
System Connection
A newly designed solar and energy storage hybrid inverter, capable to install in on-grid solar, off-grid solar and back-up systems. LXP Hybrid enables a programmable and scheduled smart solar energy storage system to help increase your solar energy self-consumption rate, protect your home appliances from grid shortage, and balance your energy usage strategy to save energy bill.
LXP hybrid inverters support variable working modes
- Self consumption mode: the solar hybrid inverter will first use the solar energy for the house load first, the left solar power will be used to charge the battery. After the hybrid inverter’s battery is charged, the solar energy can be fed into the grid.
- Force charge and discharge mode: inverter will charge or discharge battery according to the time users set.
- Charge first mode: the solar energy collected by the hybrid inverter will be used to charge the battery first. then take family load and at last feed into grid. This mode of the hybrid inverter is suitable for areas with unstable power supply from the grid.
Parallel Connection
The LXP hybrid inverter MG series support parallel connection function. Which means users can extend their off grid power very easily. Due to the advanced control method, there are some advantages for the parallel system:
1. As more as 10 inverters can be connected
2. There is no requirement for same length of cable connection
3. Users can connect all inverters to a big battery bank or connect to different battery group
