Product Description Features 10.2 to 1.6kW: This pure sine wave grid-connected inverter converts DC power from solar panels to AC power. Capacity ranges from 0.2 to 1.6kW. 2. DC to AC: This grid-connected microinverter supports 10.8V to 30V DC input and outputs 180V to 280V AC. 3. Please note: This grid-connected microinverter is commonly used in small solar systems and can only be used with solar panels, not with batteries. 4. Multiple protections: This grid-connected inverter features islanding protection, voltage protection, frequency protection, temperature protection, and current protection. 5. Long service life: This solar microinverter is made of high-quality aluminum alloy, ensuring a long service life. Specifications Product Type: Grid-connected Inverter Material: Aluminum Alloy Inverter Housing Dimensions: Approx. 10 x 7.5 x 3.5 cm / 3.94 x 2.95 x 1.38 inch Photovoltaic Output (DC): Number of Input Interfaces: 1 set Maximum Input Power: 180 W Maximum Input Current: 9.37 A P AC Output (AC): Rated Output Power: 150 W Maximum Output Power: 160 W Rated AC Frequency: 50/60 Hz Output Frequency Range: 50 Hz: 47.5 to 52.5 Hz / 60 Hz: 57.5 to 62.5 Hz Output Power Factor: 0.99 Efficiency: Maximum Conversion Efficiency: 92.5% MPPT: Tracking Efficiency: 99.9% Nighttime Loss: 700 mW Temperature Range: -40 to 65°C (Ambient Temperature) / -40 to +85°C (Storage Temperature) Waterproof Protection Rating: IP55 Communication: No comprehensive grounding: The PE end of the AC cable is the grounding wire for the device; there are no other grounding ports. Packaging List 1 x Solar Grid-Connected Inverter 1 x User Manual 1 x AC Cable Notes This device can only be connected to solar photovoltaic modules as input power. This device is a grid-connected power generation device and must be connected to the power grid. It can only generate electricity normally when the power grid is working properly. When the power grid fails, the device will also stop generating electricity. Before use, ensure that the open-circuit voltage VOC and operating voltage VMP of the photovoltaic modules match the input voltage and operating voltage range of this device. Before use, ensure that the maximum output power of the photovoltaic modules does not exceed the maximum input power of the device. The DC power from the photovoltaic modules will flow through this device; therefore, each circuit must be disconnected individually before maintenance or disassembly. Do not cover any other items on this device. Do not open the casing for maintenance; maintenance of this device must be performed by a qualified professional. When the photovoltaic modules are connected to this device and exposed to sunlight, they will supply DC power to this device; please exercise caution. Do not install the device in direct sunlight or in places where it may be covered by rain or snow (e.g., gaps between two modules should be avoided).