Sunshine accompanies, worry free electricity 💫
🌞SOECOPO Solar System Kit🌞
Transitioning to a solar-powered home offers significant environmental and financial benefits👇
✅ Reduce Carbon Footprint: By harnessing the sun’s energy, you cut reliance on fossil fuels, lowering your carbon footprint and fighting climate change.
✅ Energy Cost Savings: Solar power reduces long-term electricity expenses, especially in remote or off-grid areas with high utility costs.
✅ Power Independence: During grid outages, solar systems keep your home powered—ideal for emergencies or extreme weather.
✅ Longevity & Reliability: Solar systems require minimal maintenance and can last decades, providing steady energy for years.
✅ Boost Home Resale Value: Solar installations increase a property’s marketability and potential resale value.
📦Package Contents
✅Solar Panel ×2
✅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).
🛠️ Core parameters
▶ Solar panels
●Size: 280mm × 280mm, weight 230g (lighter than a mobile phone! ）
●Output: DC18V (connected to controller/inverter)+USB5V/2A (direct charging), 15W~300W intelligent adaptation, weak light also generates electricity
●Material: Aluminum substrate+high-efficiency chip+PET layer
▶ 20000W Inverter
●Power: Peak 20000W, Rated 1600W (Easily drives laptops, fans, and small household appliances)
●Security protection: 6 major security protections, safe and reliable
(Note that 20000W is the peak power of the inverter, and the total load cannot exceed 1600W)
▶ Controller
●Automatic recognition: 12V/24V voltage adaptive, compatible with lead-acid and lithium batteries
●Current regulation: charging 100A, discharging 10A/20A; LCD screen display, clear battery level at a glance
●Weather resistance: stable operation at -35 ℃~60 ℃, able to withstand the cold winter in Northeast China and the hot summer in Northwest China
📌Connection method
（1） Three step system connection method
Step 1: Connect the solar controller to the battery and have the controller recognize the voltage of the battery.
Step 2: Connect the solar controller to the solar panel to complete the preparation for solar energy collection.
Step 3: Connect the solar inverter to the battery to complete the conversion of electrical energy and prepare for output.
⚠️ Attention: When connecting, pay attention to the distinction between positive and negative poles.
📌 5 connection modes to accurately solve outdoor electricity problems!
▶ Solar panel → Mobile phone
▶ Solar panel → controller → rechargeable light bulb/mobile phone
▶ Solar panel → Controller → Battery
▶ Battery → Inverter → Home Appliances
▶ Solar panel → controller → battery → inverter → household appliance
🌟Usage scenarios
🏕️ Camping activity: Provide power for tent lights, small electric cookers, and other equipment to enhance camping comfort.
🧗 Mountaineering exploration: Charge the walkie talkie and GPS navigation device to ensure communication and positioning during the exploration process.
🏜️ Desert hiking: To provide battery life for portable electronic devices and meet the electricity demand for long-term hiking.
🌊 Traveling upstream: While resting by the stream, charge your camera, phone, etc. and record the beautiful scenery along the way.
🚴 Mountain cycling: Provide power for cycling lights and sports cameras to ensure nighttime cycling safety and itinerary recording.
🏝️ Island survival: providing stable electricity, supporting the use of lighting and communication equipment, and enhancing survival security."
⚡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 🍲 （700-1300W）
Electric fan (floor standing) 💨 （40-80W）
Television (55 inches) 📺 （50-150W）
Wall mounted air conditioner (1 horsepower) ❄️ （800-1200W）
Mobile air conditioner (1 horsepower) ❄️ （900-1300W）
⛺Outdoor camping equipment ⛺
electric oven 🍖 （800-1300W）
projector 🎬 （80-200W）
Coffee Machine ☕ （600-1200W）
Outdoor power light 💡 （5-30W）
Drone charger 🚁 （50-100W）
🔧 Small tool equipment 🔧
electric drill 🔩 （300-600W）
Percussion drill ⛏️ （800-1300W）
Electric Wrench ⚙️ （200-500W）
water pump 💧 （500-1300W）
(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
For the inverter, it is particularly important to choose a suitable battery ⚡. If your battery capacity is too small and the output power is insufficient, the maximum output power of the inverter will be affected by the maximum output power of the battery.
Q1: If you already have a battery, how do you know the maximum power output of your battery?
Battery maximum output power = U (battery voltage) * I (battery capacity) * 0.72
Q2: If you don't have a battery, how much battery capacity do you need if you want the inverter to output maximum power?
Battery capacity = Inverter maximum output power / U(Battery voltage) / 0.72
Maximum output power of common capacity batteries 📊
For 12V batteries 🔋:
70AH battery: Maximum battery output power is 604W ✨.
100AH battery: Maximum battery output power is 864W ✨.
150AH battery: Maximum battery output power is 1296W ✨.
For 24V batteries 🔋:
70AH battery: Maximum battery output power is 1209.6W ✨.
100AH battery: Maximum battery output power is 1728W ✨.
150AH battery: Maximum battery output power is 2592W ✨.
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