1000W off-grid home solar power system with inverter, battery, solar panel Off-grid household photovoltaic power generation pack

Product Details

1000W off-grid home solar power system with inverter, battery, solar panel

Home off-grid solar system can convert DC 12v / 24v / 48v into AC 220V / 110V voltage, which can supply electronic products, such as MP3 players, MP4 players, mobile phones, laptops, emergency lights, electric fans, electric blankets, electric Shaver, digital camera, digital video, TV, CD, DVD, game console, cleaning, home refrigerator, electric light, etc.

>>Features

The most durable power bank for mobile phones, outdoor mobile power supplies, lighting products, household emergency power supplies

1. The solar system is designed by a solar controller, inverter, and battery.

2. Small and light, suitable for family and outdoor, especially for camping and outdoor activities.

3. Mobile phone charger function, LED lighting and AC220V/110V voltage output can be widely used.

4. The solar system is free to install and easy to operate.

5. Safety: The solar system has 6 protection functions in temperature, overload, over voltage, low voltage protection, reverse connection protection, and short circuit protection.

6. The high-quality parts include solar panels, controllers, and battery charging, over-discharge and over-current protection to ensure high efficiency and long life.

7. Support ODM and OEM.

>>Specifications

Model: CRG/SA-P1000W-S

DC power 1200W

Inverter power

1000W sine wave inverter

Solar panel 18V/200W polysilicon solar panel

Battery 12V/100Ah lead-acid battery

Output AC output: AC220V/110V *2

DC output: DC12V *6

USB output: DC5V *2

Protection function Over temperature protection

Overload protection

Low voltage protection

Overvoltage protection

Short circuit protection

Working temperature -10℃ to 60℃

Conversion efficiency ≥90%

charging method

Solar charging / dedicated charger

Host size 485*225*303mm

Host weight 31kg

Packing size 545*285*360mm

Accessories

LED light DC12V/3W *2

Light wire 5m *2

Solar panel 18V/200W polycrystalline silicon solar panel *1

To

Note: The solar system technology is continuously updated, the above parameters are for reference only.

Scope of application

Solar energy systems are widely used in life.

Office: desktop computers, stereos, laptops, printers, etc.

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Household: mobile phones, flat panels, TVs, refrigerators, air conditioners, induction cookers, lighting, etc. -2.jpg

Outdoors: camping, vehicle, rescue and disaster relief, commercial promotion, etc.

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>>Production Process

>>FAQ

1. Q: How to use solar inverter?

A: The inverter is directly connected to the battery through the fishtail clip wire, the red wire is connected to the positive pole and the black wire is connected to the negative pole (not reversed). If the place where the electricity is used is far away from the battery, the connection principle of the inverter is: the connection between the inverter and the battery is as short as possible, and the AC220V output line is longer and has no effect.

2. Q: How to use the inverter correctly?

A: The wire from the battery to the input of the inverter carries a large current. If the quality of the wire is poor, the wire is too thin, or the load exceeds the standard, the copper wire will heat up or even catch fire, which will cause a serious accident. Therefore, the inverter must be used strictly in accordance with the user manual.

3. Q: Why is your solar inverter higher than others?

A: The inverter brands in the domestic market are chaotic and complicated. The original materials used by our company strictly comply with the standards. In order to protect the personal and property safety of users, please don't try to be cheap, but look for inverters with guaranteed quality.

4. Q: How about your after-sales service?

A: Our CRG inverters are all genuine products and enjoy a 7-day replacement; Shenzhen Chuangrui New Energy Co., Ltd. promises a one-year warranty for non-human improper operation or storage damage. Please feel free to buy.

5. Q: How many types of inverters are divided into waveforms?

A: Our products are divided into two categories according to the waveform:

①CRG pure sine wave inverter (Pure Sine Wave Inverter): pure sine wave inverter adopts isolation coupling circuit design, high efficiency, strong stability, high frequency technology, small size, suitable for all kinds of loads, can be connected to any common Electric equipment and inductive load equipment (such as electric drill, refrigerator, etc.) without any interference (such as hum, TV noise, etc.). The output of a pure sine wave inverter is the same as or even better than the grid we use daily, because it does not have battery pollution from the grid.

②CRG Modified Sine Wave Inverter (Modified Sine Wave Inverter): Modified Sine Wave Inverter uses PWM pulse width modulation method to generate modified wave output. During the inversion process, due to the use of dedicated smart circuits and high-power field effect transistors, Reduce system power loss. The soft start function is added to effectively ensure the reliability of the inverter. If the user's power quality is not very high, it can meet the requirements of most electrical equipment, but there is 20% harmonic distortion, which will cause problems when operating precision instruments and equipment, which will cause high-frequency interference to communication equipment. Modified sine wave inverters can meet most of our electricity needs, with high efficiency, low noise, and moderate price, so they are popular with the public.

6. Q: What is a resistive load appliance?

A: The load in the circuit is a pure resistance or can be equivalent to a pure resistance, such a load is a resistive load. Generally speaking, mobile phones, computers, LCD TVs, electric fans, water dispensers, rice cookers, etc. are all resistive loads, which can be driven by general modified wave inverters.

7. Q: What is an inductive load appliance?

A: Inductive load electrical appliances refer to high-power electrical products made using the principle of electromagnetic induction, such as motors, compressors, induction cookers, refrigerators, air conditioners, water pumps, etc. The instantaneous power of these products far exceeds the rated power at startup (About 3~7 times), you need to buy a pure sine wave inverter to use it.

8. Q: What is continuous output power? What is peak output power?

A: Some electrical appliances or tools that use electric motors, such as refrigerators, washing machines, electric drills, etc., require a large current to drive at the moment of startup. Once the startup is successful, only a small current is required to maintain its normal operation. Therefore, for inverters, there are concepts of continuous output power and peak output power. The continuous output power is the rated output power. Generally, the peak output power is twice the rated output power. In particular, the starting current of air conditioners, refrigerators, etc. is equivalent to 3-7 times the normal operating current. Therefore, only the inverter that can meet the starting peak power of the appliance can work normally.

9. Q: Is the voltage output by the inverter stable?

A: The output voltage is absolutely stable. Our inverter design uses a good voltage stabilizing circuit. When measuring with a true value multimeter, it can be seen that the voltage output is very stable. Special note: Many users use ordinary multimeters to measure and find that the voltage is unstable. This operation is incorrect. Ordinary multimeters can only test the necessary and calculated data for pure sine waves; consumer-grade inverters use correction waves and need to be tested and corrected. For wave data, use a clamp meter or a multimeter with a true value test function.

10. Q: How long can the inverter work?

A: The use time actually depends on the capacity of the battery, this can be calculated using the formula: Working time = (battery voltage volts * battery capacity * 0.8 * 0.9) / electric power specific calculation instructions: a 12V100AH ​​battery Working time of 220V100W equipment=12*100*0.8*0.9/100=8.64 hours Note: 0.8 is the number of battery discharges (cannot be fully discharged to protect the battery), 0.9 is the inverter conversion efficiency of the inverter (the inverter waveform is different , The parameters may be different). In specific use, the working time is also related to the age of your battery.

11. Q: How to equip the battery with a suitable inverter?

A: If the specification of the battery is 12V 100AH, then the output power of the battery is 12*100=1200W. Assuming that the inverter efficiency of the inverter is 90%, then 1200*90%=1080W, which means that this battery can drive an inverter with a maximum output power of 1080W.

12. Q: What issues should be paid attention to during the use of the inverter?

A: When using the inverter, you should pay attention to ventilation, heat dissipation, moisture-proof and waterproof, and no heavy pressure. Do not insert foreign objects into the inverter. When using the inverter, first connect it to the inverter before it is working properly.