Why Choose Hybrid Inverter?

??PV inverter has two types: On grid inverter & Storage inverter.

?On Grid System

PV system generates electricity that feeds into the grid, sells it to the grid for profit or for self consumption.On grid system generates electricity only during the day but off at night.

On grid system, the power generation is affected by the weather, has unpredictability as well as impact on the power grid, affect the stability of the entire power grid system.

On grid system depends on the power grid, and once the power outage, the whole system will be breakdown.

?Hybrid System

When the grid has electricity, the current from inverter then feeds into the grid; when the grid is outage, hybrid inverter switches to off-grid working mode and outputs the voltage to supply emergency loads.

The energy storage system realizes self-consumption to the greatest extent.It stores the electricity generated by the PV into battery when the power consumption is low during the daytime,and release the electricity when needed at night.It improves the rate of self-consumption and reduces the pressure on the utility grid.

When power outage, solar can continue to generate electricity and switch to off-grid mode to continue supply the loads. Especially in the places where the power grid is unstable,can meet the living needs of local residents to the greatest extent.

Peak cut is a measure to adjust the electricity load.According to the regular of different users, reasonably and systematically arrange and organize the time of various users. In order to reduce the load peak, fill the load valley. Reduce the peak and valley difference of power network load, so that power generation and electricity consumption tend to balance.

?HOW HYBRID STORAGE WORKS

During the day, the PV array generates electricity which can be provided either to the loads, fed into the grid or charge the battery, depending on the economics and set-up. The electricity stored can be released when loads requirement during the night, including inductive loads such as air conditioners or refrigerators. Additionally, the power grid can also charge storage devices via the inverter. Hybrid Inverter is equipped with a built-in EPS (Emergency Power Supply) as standard configuration, allowing you to run essential loads like fridges, lights and power points whenever the grid goes down. An all-round intelligent system for maximum energy flexibility.

?? Mode Ⅰ

During the day, the energy generated by the energy storage system is preferentially supplied to the household load (including the load connected to the emergency interface), the excess energy is charged to the battery, and finally the remaining electrical energy flows into the grid.

?? Mode Ⅱ

During the day, the energy generated by the energy storage system is preferentially supplied to the household load (including the load connected to the emergency interface). If the amount of power generation does not satisfy the household load, the power in the battery is released and supplied to the load. If the power is still insufficient, it is provided by the grid.

?? Mode Ⅲ

At night, the energy storage system releases electrical energy to the household load (including the load connected to the emergency interface), and insufficient electrical energy is provided by the grid.

?? Mode Ⅳ

In the event of a power outage, the energy storage system releases electricity in Battery and supplies the load to the emergency power supply.

?? Mode V

The energy storage system can use the grid to charge the battery. If the local time-of-use tariffs mode is adopted, the user can choose to charge the battery at the price of the late night.