1. The latest WiFi and Bluetooth module enables wireless communication, eliminating the need for a dedicated gateway and offering flexible and convenient configuration. This greatly reduces operational issues caused by system failures, simplifies the system by eliminating equipment such as DC combiner boxes, distribution cabinets, and inverter rooms. The microinverter becomes the brain and steward of the power station, incorporating advanced and mature communication technology to manage the entire photovoltaic power station's data and information through wireless channels, reducing the cost of manual on-site maintenance and ensuring optimal station operation.

2. Modular design and standardized products ensure higher system reliability with patented topology.

3. Maintenance-free inverters: IP67 protection rating ensures good resistance to wind, sand, and salt spray, eliminating the need for regular dust cleaning and dustproof mesh maintenance. It also reduces the use of vulnerable components, eliminating the need for regular replacement of items such as fuses and fans., designed for maintenance-free operation.

4. AC-side to grid with physically isolated dual-switches enables thorough grid isolation.

5. Include protection functionality for relay faults and reverse connections of L, N, and earth lines, ensuring system integrity and safety.

6. Micro power generation - generating electricity with over 3W, even on overcast or rainy days, extending daily power generation by 2 hours.

7. Global sales with no patent risks.

8. Truly achieve high-voltage isolation of primary and secondary sides, with true 4kV high-voltage isolation between DC and AC sides.

9. Relay contact detection level and relay failure detection function.

10. Each PV interface has PV module leakage current detection, greatly enhancing system safety.

11.Hardware non-destructive grid reset (patented technology).

1. The latest WiFi + Bluetooth module enables wireless communication, eliminating the need for a dedicated gateway and offering flexible and convenient configuration. This greatly reduces operational issues caused by system failures, simplifies the system by eliminating equipment such as DC combiner boxes, distribution cabinets, and inverter rooms. The microinverter becomes the brain and steward of the power station, incorporating advanced and mature communication technology to manage the entire photovoltaic power station's data and information through wireless channels, reducing the cost of manual on-site maintenance and ensuring optimal station operation.

2. Modular design and standardized products ensure higher system reliability with patented topology.

3. Maintenance-free inverters: IP67 protection rating ensures good resistance to wind, sand, and salt spray, eliminating the need for regular dust cleaning and dustproof mesh maintenance. It also reduces the use of vulnerable components, eliminating the need for regular replacement of items such as fuses and fans., designed for maintenance-free operation.

4. AC-side to grid with physically isolated dual-switches enables thorough grid isolation.

5. Include protection functionality for relay faults and reverse connections of L, N, and earth lines, ensuring system integrity and safety.

6. Micro power generation - generating electricity with over 3W, even on overcast or rainy days, extending daily power generation by 2 hours.

7. Global sales with no patent risks.

8. Truly achieve high-voltage isolation of primary and secondary sides, with true 4kV high-voltage isolation between DC and AC sides.

9. Relay contact detection level and relay failure detection function.

10. Each PV interface has PV module leakage current detection, greatly enhancing system safety.

11.Hardware non-destructive grid reset (patented technology).

This product is a balcony micro energy storage product, which includes a battery pack, photovoltaic controller, and display controller. It is used in conjunction with photovoltaic panels. When there is sufficient sunlight, the battery is charged first. After the battery is fully charged, it supplies power to the load of DC devices such as micro inverters. When the sun cannot provide sufficient sunlight, it automatically switches to the battery for external discharge, achieving the function of adding energy storage to micro inverters. Through the display screen, the characteristics of photovoltaic input power and battery pack power can be viewed. At most, two PV inputs are connected to solar panels with a voltage of 12-60V, and one DC output is connected to an XT90 interface. The load device is connected through an extension cable. In addition, when the battery pack power is insufficient, capacity expansion can be achieved through external power packs, allowing for micro scale expansion

The capacity of the energy storage system has increased.