Opti Solar Inverter 6000W Off-Grid Solar Inverter

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Features

Pure sine wave output (THD<3%)

Power ON-OFF switch

Input voltage range:-20% ~ +30%

Output voltage regulation:±10%

Thermo control cooling fan

Two-color indicators display power and fault status

Protections:short circuit, overload, over temperature,

Low battery voltage, over battery voltage, lack-voltage alarm.

Topology: Pull-push

Approvals: CE mark / EMC / LVD/ RoHS

1 year warranty

(Remarks: Customizable input voltage such as 36v, 72v, 96v,110v;output voltage such as 120v, 130v, 200v,240v, etc; )

Order model No

P300w-12A

P3000w-24A

P300w-48A

P300w-12B

P3000w-24B

P300W-48B

Output

AC voltage

110V±10%

220V±10%

Rated power

6000W

Peak power

12000W

Waveform (THD)

Pure sine wave (<3%)

Frequency

60Hz ±0.3% or 50Hz ±0.3%

Input

NO load current draw

<2.7A

<1.95A

<1.6A

<2.7A

<1.95A

<1.6A

DC voltage

12V

24V

48V

12V

24V

48V

DC Voltage range

9.5~16V

19~32V

38~63V

9.5~16V

19~32V

38~63V

Efficiency

> 8 6 %

> 8 8 %

> 90%

> 8 6 %

> 8 8 %

> 9 0 %

DC connector

Cables With Clips or Car Adaptor

Protection

DCLow voltage alarm

10.3~10.6V

20.6V ~21.2V

41.2V~42.4V

10.3~10.6V

20.6V ~21.2V

41.2V~42.4V

DC Low voltage shut down

9.4~9.6V

18.8~19.2V

37.6~38.4V

9.4~9.6V

18.8~19.2V

37.6~38.4V

Over load

Shut Off Output

DC Over voltage shut down

15.8~16.2V

30~32V

60~63V

15.8~16.2V

30~32V

60~63V

Over thermal

Shut Off Output Automatically

Fuses

Short Circuit

Environment

Working temperature

-10°c ~ +50°c

Working humidity

10%~90%RH

Storage temperature

-20°c ~ +50°c

Work altitude

≤1000m

Package

Machine Size(mm)

545*199*146

Packing Size(mm)

620*270*215

Net Weight

12.1kg/unit

Gross Weight

14.7kg/unit

Packing Mode

Carton

Other

Star

Soft Star

Soft Start

Cooling Ways

Cooling Fan

Q: What is the role of a solar inverter in a solar-powered water purification system?: The role of a solar inverter in a solar-powered water purification system is to convert the direct current (DC) electricity generated by the solar panels into alternating current (AC) electricity, which is then used to power the water purification system. The solar inverter ensures that the electricity produced by the solar panels is compatible with the electrical requirements of the water purification system, allowing it to function efficiently.

Q: Can a solar inverter be used with a solar-powered EV charging network?: Yes, a solar inverter can be used with a solar-powered EV charging network. A solar inverter converts the direct current (DC) electricity generated by solar panels into alternating current (AC) electricity, which is used to power electric vehicles (EVs) through the charging network. This allows for the efficient and sustainable use of solar energy to charge EVs.

Q: What is the typical lifespan of the capacitors in a solar inverter?: The typical lifespan of capacitors in a solar inverter can vary depending on various factors such as the quality of the components used, the operating conditions, and the amount of stress placed on the capacitors. However, on average, the lifespan of capacitors in a solar inverter can be expected to be around 10 to 15 years. Capacitors are electronic components that store and release electrical energy, and they play a crucial role in the functioning of a solar inverter. They help regulate voltage, smooth out fluctuations in power, and provide stability to the electrical system. The lifespan of capacitors in a solar inverter is influenced by several factors. One of the most significant factors is the quality of the capacitors themselves. Higher quality capacitors tend to have better performance and durability, resulting in a longer lifespan. Cheaper or lower-quality capacitors may degrade or fail more quickly. Another factor that affects the lifespan of capacitors is the operating conditions. Solar inverters are typically installed outdoors, exposed to temperature variations, moisture, and other environmental factors. Extreme temperatures, excessive humidity, or exposure to direct sunlight can potentially accelerate the deterioration of capacitors and reduce their lifespan. Additionally, the stress placed on the capacitors can impact their lifespan. This stress can be caused by factors such as voltage fluctuations, high-frequency switching, or overloading of the inverter. If a solar inverter is operated beyond its design limits or experiences frequent power fluctuations, it can put additional strain on the capacitors, potentially leading to premature failure. Regular maintenance and monitoring of the solar inverter can help identify any potential issues with the capacitors and address them promptly. Some manufacturers may offer warranties or provide information on the expected lifespan of their capacitors, which can give an indication of their durability. In summary, the typical lifespan of capacitors in a solar inverter is around 10 to 15 years, but this can vary depending on factors such as component quality, operating conditions, and stress placed on the capacitors. Regular maintenance and monitoring can help ensure the longevity and optimal performance of the capacitors in a solar inverter system.

Q: What is the role of a bypass switch in a solar inverter?: The role of a bypass switch in a solar inverter is to provide a means for redirecting the flow of electricity in case of an emergency or failure within the inverter. It allows for the direct connection of the solar panels to the utility grid, bypassing the inverter, ensuring a continuous supply of electricity even when the inverter is not functioning properly. This helps maintain the stability and reliability of the solar power system.

Q: How efficient are solar inverters?: Solar inverters are highly efficient, with most modern models achieving efficiency levels above 95%. This means that they can convert a large majority of the direct current (DC) electricity generated by solar panels into alternating current (AC) electricity for use in homes or businesses. The high efficiency of solar inverters helps maximize the overall energy output and financial benefits of solar power systems.

Q: How does a solar inverter handle reverse power flow?: A solar inverter handles reverse power flow by automatically detecting the excess power generated by the solar panels and converting it into usable AC power for the electrical grid. It is designed to seamlessly switch between supplying power to the grid and receiving power from it, ensuring efficient utilization of solar energy while maintaining grid stability.

Q: How does a solar inverter handle reactive power?: A solar inverter handles reactive power by using power factor correction techniques. It actively manages the flow of reactive power between the solar panels and the grid, ensuring that the power factor remains close to unity. This helps to optimize the efficiency and performance of the solar system, while also maintaining the stability of the grid.

Q: Can a solar inverter be used with solar-powered remote sensing systems?: Yes, a solar inverter can be used with solar-powered remote sensing systems. A solar inverter is responsible for converting the direct current (DC) generated by solar panels into alternating current (AC) that can be used to power various devices and systems. In the case of solar-powered remote sensing systems, the solar inverter would be an essential component in converting the DC power from the solar panels into the required AC power to operate the remote sensing equipment.

Q: Can a solar inverter be connected to a battery backup system?: Yes, a solar inverter can be connected to a battery backup system. In fact, this connection is essential for storing excess solar energy generated during the day and using it during times when the sun is not shining, such as at night or during power outages. The battery backup system allows for uninterrupted power supply and greater energy independence.

Q: How does a solar inverter handle voltage regulation during high demand?: A solar inverter handles voltage regulation during high demand by constantly monitoring the grid voltage and adjusting its output accordingly. When there is high demand, the inverter ramps up its power output to ensure that the voltage remains stable and within the acceptable range. It does so by regulating the reactive power flow and employing advanced control algorithms to maintain grid stability.

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