NXG+ 1100 Pure Sine Wave Inverter vs Powerone SGTU-2KW Pure Sine Wave Inverter comparison

NXG+ range is a hybrid UPS range that intelligently uses grid and solar power. With ability to operate in a wide voltage range, NXG+ is the ideal starter solar solution for homes.

ISOT Technology

NXG+ Solar UPS uses Intelligent Solar Optimization Technique (ISOT). Once the batteries get charged, it cuts off grid power and supplies electricity through solar panels thus maximizing solar energy usage. This helps you save up to 3 units of electricity per day. Substantial money savings in the long run.

Fast charging through i-Charge Technology

If there are long power cuts in your area, you can use the i-charge fast charging mode for charging batteries in a short time when grid power is available. Note that when i-Charge is switched ON, Power saver mode is deactivated and the ups takes higher charging current from the grid. To activate this mode, use the i-charge ON/OFF switch at the back.

ECO and UPS mode

The NXG+ Solar UPS can run on two modes - UPS and ECO mode. UPS mode should be selected when the user wants to run computers. In the UPS mode, the system switches to battery backup if the mains voltage drops below 180 V.

Safety and Protection

Luminous NXG+ comes with many safety features built in. It continuously monitors the health of your batteries and protects them against deep discharge, overcharge and short-circuit. The Main fuse protects against excessive current thereby protecting your sensitive appliances.

Pure Sine Wave

Its pure sine wave output ensures safety and noiseless operation of connected appliances.

Pure sine wave output, local load consumption and export to grid, 1 can be programmed supply priority for solar, battery or grid, 1 user-adjustable charging current and voltage, 1 programmable multiple operation modes like on-grid, off-grid and grid-tie with battery backup, parallel operation up to 6 units only for 10 kw models (optional), optimum utilization of solar energy to charge the batteries & load in the event of power failure