SOECOPO 7000W Solar Power System Kit, 12V to 110V/220V Inverter, 500W

$77.13

SOECOPO 10000W Solar Power Generation System Kit

☀ Generate electricity for you, unlock the freedom to use electricity 💡
🔥 Electricity dilemma: In modern life, electricity anxiety follows closely, seriously affecting the life experience.
🔦 Specific difficulties:
⛺ Outdoor scenario: When camping, appliances run out of power, making it impossible to meet entertainment and daily needs.
🏠 Home emergency: power outage at home, food spoilage, inconvenience in daily life.
🌄 Remote areas: Insufficient power supply makes it difficult to ensure daily electricity supply.
💡 Solution: SOECOPO 10000W solar system kit, mobile ""power savior"" 🌞， Easily resolve all kinds of electricity troubles!

📦Package Contents

✅Solar Panel🌞 ×1
✅SOECOPO Charge Controller📟 ×1
✅Inverter🔌 ×1
✅Accessories🧰:
（1）Controller Alligator Clips ×1
（2）Inverter Alligator Clips ×1
（3）DC Cables ×2
（4）Carabiners ×2
（5）Suction Cups ×4
（6）Car Inverter Cable ×1
（7）User Manual ×1
（8）DC 1-to-3 connection cable (used for connecting two boards)
⚠️ Batteries not included (user-provided).

📊Product Parameters

🔹500W Solar Panel
Power Range: 25W - 500W
Output: DC 18V + USB 5V
Dimensions: 480*280mm
Weight: 250g

🔹SOECOPO Charge Controller
Voltage: Auto 12V/24V Detection
Charging Current: 100A
Display: Real-time Voltage/Current Monitoring
Operating Temp: -35°C to +60°C

🔹7000W Inverter
Continuous Power: 1100W
Peak Power: 10000W
Input: DC 12V
Output: AC 220V/110V
Efficiency: >90%

Mode 1: Solar Panel → Mobile Device

✅Features
▸Direct charging via USB (5V output), no controller/battery required.
▸Plug-and-play for emergency use.
✅Precautions
▸Use the built-in USB port on the solar panel.
▸Avoid overcharging under strong sunlight (recommend a phone charge protector).
✅Scenarios
▸ Outdoor emergency charging (camping/hiking)
▸ Phone/tablet power supply in off-grid areas

Mode 2: Solar Panel → Controller → Light Bulb

✅Features
▸Controller stabilizes voltage for bulb protection.
▸Supports low-wattage LED bulbs (≤15W).
✅Precautions
▸Connect controller to a Solar Panel first (even for temporary lighting).
▸Match bulb power to controller’s discharge current (≤10A).
✅Scenarios
▸ Nighttime outdoor lighting (tents/backyards)
▸ Emergency lighting during power outages

Mode 3: Solar Panel → Controller → Battery

✅Features
▸Efficient energy storage with overcharge/discharge protection.
▸Compatible with lead-acid, lithium, and gel batteries.
✅Precautions
▸Connect battery poles correctly to controller terminals (+/-).
▸Set battery type on controller after initial connection (, b1/b2/b3 modes).
✅Scenarios
▸ Daytime solar storage for nighttime use
▸ Off-grid battery bank setup

Mode 4: Battery → Inverter → Appliances

✅Features
▸Inverts 12V/ DC to 110V/220V AC for high-power devices.
▸10000W peak power supports motor-driven tools (, drills, refrigerators).
✅Precautions
▸Inverter input voltage must match battery (12V).
▸Keep continuous load ≤1000W; peak load ≤30 seconds per use.
✅Scenarios
▸ Car appliances (fridges/laptops)
▸ Emergency home devices (fans/medical equipment)

Mode 5: Solar Panel → Controller → Battery → Inverter → Appliances

✅Features
▸Full off-grid power chain: Solar → Battery → Household devices.
▸Dual protection (controller + inverter) with real-time monitoring.
✅Precautions
▸Connection sequence: Solar → Controller → Battery → Inverter.
▸Match total power: Solar peak 500W + Inverter continuous 1000W.
✅Scenarios
▸ Home off-grid systems (lights/TV/small appliances)
▸ RV/boat all-day power solutions

🔋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.

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