10KVA / 10,000W Luxpower MPPT Hybrid Inverter – High-Efficiency Solar Solution

10KVA / 10,000W Luxpower MPPT Hybrid Inverter – High-Efficiency Solar Solution

Battery Inverter Efficiency

• The inverter's battery can discharge at a maximum rate of 250 amps and has a more powerful UPS.
• Simple installation, 200A pass-through relay to EPS
• Seamless switching in less than 10 ms, plug and play
• Normal 230, 240V, split phase 120/240, 120/208, 100/200V available
• Modern parallel battery inverter capable of up to 120 kW
• When in parallel, the whole system is managed automatically by the host inverter.
• Simple to use solar battery power inverter that is compatible with both low and high voltage batteries.
• Advanced parallel battery inverter, up to 120 kW
• AC-coupled function
• Separate generator interface
• In order to manage the battery intelligently and lower bills, battery inverters collaborate with utilities.
• Ten-year warranty option

The Efficiency of Solar Battery Inverters
97. 2% Europe Efficiency 96. 7% Max Efficiency PV to Grid 94. 7% Max Efficiency Battery to Grid 99. 9% MPPT Efficiency

10 kVA LXP Hybrid

Use of a Solar Battery Inverter

System Connection

A novel solar and battery inverter architecture that can be used in backup, offgrid solar, and ongrid solar systems. The LXP Hybrid uses an intelligent solar storage system that is programmable and timed. In addition to protecting your home appliances from grid outages, this power inverter battery may help you increase your solar energy self-use. The power battery inverter may also balance your energy usage plan in order to lower your energy expenses.

Modes of Operation for Power Battery Inverters

Variable operating modes are supported by hybrid inverters from LXP.

Self-consumption mode: Solar power will be used to first consume home load, then the remaining solar power will be used to charge the battery; after the battery is charged, the solar power may be fed into the grid.

Off Grid Solar Inverter will charge or discharge battery based on the time users have selected. The force charge and discharge mode is when the battery is charged or discharged by the inverter.

Solar energy will be used to charge the battery in the first mode, then supply the household load, and finally feed into the grid. The region where the grid power supply is unreliable uses the optimal off-grid inverter mode.

Parallel Connection

The MG series of LXP off-grid solar inverters has a parallel connection feature that makes it simple for users to increase their off-grid power. There are a few benefits to the parallel system because of the sophisticated control technique used:

1. Up to nine inverters can be connected.
2. The cable connection does not have to be of the same length.
3. Users can connect every inverter to a single, large battery bank or to a variety of battery groups.