Sunshine accompanies, worry free electricity 💫

SOECOPO Solar System Kit!🌞

The function of solar power generation system

⭐Power small devices: Solar panels can directly charge small electronic devices such as mobile phones through their own USB interface.

⭐Driving lighting equipment: Equipped with a controller, it can supply power to lighting equipment such as light bulbs, meeting the needs of nighttime lighting.

⭐Storage of electrical energy: With the help of a controller, electrical energy can be stored in a battery for convenient future use.

⭐Power supply for large appliances: The battery can supply power to large appliances with plugs through an inverter, and the inverter has 3 sockets and 8 USBs, which can simultaneously supply power to multiple devices.

📦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
⚠️ Batteries not included (user-provided).

1. Product Introduction

🔆 Solar panels

☀ Specification parameters: Maximum power of 15W-300W, size of 280mm/11inch × 280mm/11inch, weight of 230g/8.11oz.

☀ Material: Made of aluminum substrate, high-efficiency chip, and PET material.

☀ Interface: Equipped with DC interface and dual USB interface, DC output 18V, USB output 5V.

☀ Accessories: Includes crocodile clip (for controller), 2 climbing buckles, 4 suction cups, 2 DC cables, crocodile clip (for inverter, suitable for 12V/24V)/cable (for inverter, suitable for 48V, 60V, 72V).

⚡ inverter

☀ Model and power: The model is 15000W, with a rated power of 1200W.

☀ Size and weight: The product size is 270mm/10.6 inches x 150mm/5.90 inches x 80mm/3.14 inches, and the weight is 1400g/49.3 oz.

☀ Input/output: Input voltage is DC12V/24V, output voltage is AC 220V 50HZ, AC 110V/60HZ; The interface has 3 universal sockets and 8 USB ports.

☀ Featured features: Equipped with an LCD display screen, intelligent fan, and multiple protections such as over temperature, over voltage, under voltage, overload, and short circuit.

🎛️ solar controller

☀ Voltage and current: Supports automatic recognition of 12V/24V, rated charging current of 100A, and rated discharging current available in 10A and 20A options.

☀ Voltage parameters: The maximum photovoltaic voltage of a 12V system is less than 23V (or less than 25V), and the maximum photovoltaic voltage of a 24V system is less than 46V (or less than 50V); The float charging voltage varies depending on the battery type, with a sealed type of 14.4V, a rubber type of 14.2V, and an open type of 14.6V.

☀ Other parameters: Equipped with 2 USB outputs, maximum 5V/2A; Standby current<10mA; operating temperature range between -35 ℃ and+60 ℃.

2. Connection method

(1) The basic three steps are:

☀ Connect the controller to the battery and let the controller recognize the battery voltage.

☀ Connect solar panels to collect energy.

☀ The inverter is connected to the battery for converting and outputting electrical energy (pay attention to the positive and negative poles).

(2) Five connection methods

🔌 The first type: solar panel → mobile phone

☀ Convenience of operation: No additional equipment is required, and the phone can be charged directly through the USB interface of the solar panel itself. The steps are simple, and it can quickly replenish the power of mobile devices outdoors.

☀ Applicable scenarios: For brief outdoor stays such as walking or picnicking, if the phone runs out of battery, it can be charged in a timely manner.

🔌 Second type: solar panel → controller → rechargeable light bulb

☀ Function implementation: The controller plays a role in regulating electrical energy, allowing the electricity generated by the solar panel to be used for charging and driving the light bulb to emit light, expanding the use of electrical energy.

☀ Scene adaptation: In night camping, temporary outdoor work and other scenes that require lighting, it can be charged during the day and provide stable light at night.

🔌 The third type: solar panel → controller → battery

☀ Electric energy management: By using a controller to store the converted solar energy in the battery, the storage of electric energy is achieved, solving the problem of limited sunlight exposure time for solar power generation.

☀ Subsequent utilization: The stored electrical energy can be used to power other devices on cloudy days, at night, or when solar panels are not working, improving the sustainability of energy use.

🔌 The fourth type: battery → inverter → electrical appliance

☀ Energy Conversion: The inverter converts the DC power of the battery into AC power, which is suitable for the electricity needs of most appliances. Moreover, it is equipped with 3 sockets and 8 USB interfaces, which can supply power to multiple devices at the same time, greatly improving the convenience and efficiency of electricity consumption.

☀ Application scope: Suitable for outdoor campsites and remote areas without mains electricity, supplying power to appliances such as refrigerators and televisions, making outdoor life closer to daily home experience.

🔌 Fifth type: solar panel → controller → battery → inverter → electrical appliance

☀ System integrity: By connecting solar panels, controllers, batteries, and inverters in series, a complete solar power supply system is formed, which can stably and continuously provide power to various electrical appliances. It is an ideal solution for long-term outdoor living or remote area electricity consumption.
⚠️ Attention: The set itself does not include a battery and needs to be prepared by the customer. When assembling, pay attention to the distinction between positive and negative poles to ensure correct connection.

3. Usage scenarios

Apply to 🏕️Camping 🧗 Mountaineering 🏜️ Desert hiking 🌊 Tracing the creek 🚵 Mountain cycling 🏝️ Various outdoor scenes such as island survival can also be used for 🚐 Provide convenience for outdoor electricity supply through RV power supply and other situations.

4、The solar system kit is compatible with electrical appliances (Used with Corresponding Batteries) 🔌

🏠Daily household appliances 🏠
Mobile/tablet charger 🔋 （5-10W）
Notebook computer 💻 （60-120W）
fridge 🧊 （80-250W）
microwave oven 🍲 （700-1000W）
Electric fan (floor standing) 💨 （40-80W）
Television (55 inches) 📺 （50-150W）

⛺Outdoor camping equipment ⛺
electric oven 🍖 （800-1000W）
projector 🎬 （80-200W）
Coffee Machine ☕ （600-1000W）
Outdoor power light 💡 （5-30W）
Drone charger 🚁 （50-100W）

🔧 Small tool equipment 🔧
electric drill 🔩 （300-600W）
Percussion drill ⛏️ （800-1000W）
Electric Wrench ⚙️ （200-500W）
water pump 💧 （500-1000W）

(The above power is a reference value for common equipment, and the actual electrical labeling shall prevail)

📖 Installation and use must read

🔧 Installation guide: Please refer to the manual for detailed connection steps between the solar panel and the controller. Follow the diagram for more secure operation!

⚡ Operating premise: The controller must be connected to a battery in order to function properly. Without this link, it cannot be started.

🌞 Power generation conditions: Solar panels need to be exposed to sunlight and should not be placed behind window sills or glass, as obstruction can significantly reduce power generation efficiency!

🛡️ Maintenance precautions: It is forbidden to scratch the surface of the panel with sharp objects. Please take care of it carefully during daily use.

🔋 Charging points: When using, place the solar panel facing upwards and facing direct sunlight to maximize the charging effect.

(If the surface of the received solar panel is scratched, the protective film on the surface can be peeled off）

🔋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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