Hybrid Solar Inverter (UPS) LPW-HY-1000VA (1000W) 12V 40A MPPT 20-150V OFF GRID

Hybrid uninterruptible power supply (UPS) with pure sine wave output is a comprehensive device designed to provide reliable and uninterrupted power to various equipment in case of main power source outage.

The UPS can be used as an inverter, a solar charger that can charge batteries with solar energy, and also for charging batteries from the grid.

Hybrid uninterruptible power supplies with pure sine wave output have all the necessary features to provide backup power for a private house, apartment, office, warehouse, and other facilities.

UPS with pure sine wave and MPPT controller:

• when combined with batteries, can be used as an uninterruptible power supply;

• can operate without a battery connected. Electrical equipment is powered by electricity from solar panels or from the 220V grid, depending on the time of day and the generation of photo modules.

Hybrid UPS with pure sine wave is capable of automatically managing electrical energy sources:

• Solar panels;

• Grid;

• Battery banks.

Hybrid uninterruptible power supply with pure sine wave is compatible with various types of battery banks:

• Lead-acid batteries (AGM, AGM MG);

• Gel batteries;

• Lithium iron phosphate (LiFePO4).

Buy a hybrid UPS with pure sine wave: where is it used?

• home solar power station;

• backup power systems for heating boilers, autonomous water supply, etc.;

• for uninterrupted power supply of powerful computers and server stations;

• for autonomous power supply of household appliances (refrigerator, audio equipment, air conditioner, air compressor) and other equipment with switched-mode power supplies.

Hybrid inverters with pure sine wave and MPPT controller - advantages of use:

• in case of shading of part of the solar panel area, the inverter automatically optimizes generation;

• smart charger design to optimize battery operation;

• cold start function.

Hybrid UPS with pure sine wave is equipped with comprehensive electronic protection, which guarantees the safety and stability of the system in various conditions:

• Overload protection. This function detects and prevents exceeding the nominal power or current consumed by connected devices. When the system load becomes too high, overload protection automatically cuts off the output power to prevent damage to the system and connected devices.

• Short-circuit protection prevents system damage in case of a short circuit at the output. When a short circuit occurs, short-circuit protection immediately cuts off the output power to prevent overheating and damage to system components.

• Over/under voltage protection function regulates the output voltage and prevents it from exceeding or falling below safe values.