SPECIFICATIONS

500W + 20000W Version Solar System

- 500W solar panel sales version

- 20000W inverter sales version

- 2000W inverter rated power

- 60A solar charge controller

- DC 12V/24V input and AC 110V/220V output options

Solar System Components in One Kit

- Flexible solar panel × 1

- 60A solar charge controller × 1

- Power inverter × 1

- Connection and mounting accessories as shown

- Battery and appliances are not included

Choose AC 110V or AC 220V Output

- Select the AC 110V version for compatible 110V appliances.

- Select the AC 220V version for compatible 220V appliances.

- Check your local appliance voltage before ordering.

Compact Flexible Monocrystalline Panel

- Size: 420 × 280 mm

- Weight: Approx. 400 g

- DC output: 18V

- USB output: 5V

- Dual USB + DC output box

- IP67 rating applies to the panel only

60A Controller with LCD and Multiple Outputs

- 60A controller configuration

- LCD status display

- Dual USB ports

- Dual DC output ports

- MPPT marking on the controller

Four-Step System Connection

1. Connect the controller to the battery.

2. Connect the solar panel to the controller.

3. Connect the inverter to the battery.

4. Connect compatible appliances to the inverter.

Battery and appliances are not included.

Complete Solar System Details

View the complete system overview, component details, installation sequence, controller functions, inverter display, protection features and outdoor application scenes in one continuous image.

Please Check Before Ordering

- 500W and 20000W are product power options/sales versions; inverter rated power is 2000W.

- Actual solar output varies with sunlight, panel angle, temperature, shading and system conditions.

- Actual inverter performance depends on battery voltage, battery condition, connected load and operating conditions.

- Select the correct DC input and AC output version before ordering.

- Battery and appliances are not included.

🔋Choose the right battery

Choosing the right battery is very important for your inverter to work safely and stably.

1. Selection Principle

The actual output power of the inverter is determined by the discharge capability of the battery.

If the battery capacity is too small, the following problems will occur:
⭐Low voltage alarm
⭐Automatic shutdown
⭐Unable to drive loads
⭐Cannot reach rated power

2. How to calculate the required battery current

The maximum current the battery needs to supply depends on your inverter power and battery voltage.

Formula:

Discharge Current (A) = Inverter Rated Power (W) ÷ Battery Voltage (V) ÷ 0.85

3. Suggested Battery for Common Inverters

For 12V Batteries
⭐500W inverter → Recommended battery: 70Ah or above
⭐1000W inverter → Recommended battery: 100Ah or above
⭐1500W inverter → Recommended battery: 150Ah or above
⭐2000W inverter → Recommended battery: 200Ah or above

For 24V Batteries
⭐1000W inverter → Recommended battery: 70Ah or above
⭐1500W inverter → Recommended battery: 100Ah or above
⭐2000W inverter → Recommended battery: 150Ah or above
⭐3000W inverter → Recommended battery: 200Ah or above

4. Important Tips

⭐Insufficient battery capacity will cause low voltage alarm, shutdown or unable to reach full power.

⭐For long life and safe use, do not overload the battery.

⭐If you need help choosing a battery, please tell us your inverter model and load power.