Application and Principle
- APPLICATION:
+ Households with normal to high monthly electricity bills.
+ For highly electricity-used consumers during the night. Households in areas with frequent power outages affecting daily life or work.
+ The household has installed a grid-tied solar power system and wants to upgrade with the energy storage system.
- Working principle:
+ The system prioritizes using DC power from solar panels to convert to AC power to supply electricity-consuming equipment, and at the same time to charge the battery if the battery has not been fully charged.
+ If the solar system generates excess power, it will be connected to the grid to sell electricity to EVN. When the power from the solar panels and battery is short, the system will automatically draw more electricity from the grid to supply electrical equipment and charge the battery.
+ In case of a power outage or customers disconnecting the system from the grid intentionally, the Hybrid Solar Power System will use power from solar panels and backup power from batteries to supply equipment.
- OPERATION MODE: There are three basic modes in the PV Master App that end users can use:
+ General mode: During the day, the energy generated by the PV system is used in the following order: supply loads; charge the battery; export excess electricity to the grid. At night, the battery powers the loads. If battery power is insufficient, the system is designed to automatically switch supply sources to the grid to keep the loads energized.
+ Backup mode: In this mode, the battery is only used as a backup power source when there is a power outage on the grid, and as long as the grid is available, the battery will not stop powering the load. The battery will be charged by electricity generated by the PV system or from the grid.
+ Economy Mode: Customers can set charging and discharging times according to the grid's peak and off-peak rates and electricity consumption patterns.