Sun Solar Energy Systems Low Frequency Inverter Pure Sine Wave (Remote Control) 1000W 12V 220V Inverter

Sun Solar Energy Systems Low Frequency Inverter Pure Sine Wave (Remote Control) 1000W 12V 220V Inverter System 1

Sun Solar Energy Systems Low Frequency Inverter Pure Sine Wave (Remote Control) 1000W 12V 220V Inverter

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 20 carton

Supply Capability:: 10000 carton/month

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Remote Control Low Frequency Pure Sine Wave 1000W 12V 220V Inverter

Product Description

Model	EP-1012	EP-2024	EP-3024	EP-4048	EP-6048
Rated power	1000W	2000W	3000W	4000W	6000W
INPUT
Input voltage range	185~265VAC
OUTPUT
Input voltage range	220VAC/230VAC
Output frequency	Batt. Mode:50±0.5Hz Acmode:48~54Hz(50Hz) or 58~64Hz, Same as AC

Output wave form	Sine wave (Batt. mode)
Transfer time	10ms(Typical)
PROTECTION
Overload protection	(100%<Load<120%)±10%:Auto shutdown in 2 mins;(120%<Load<140±10%;Auto shutdown in 60 Secs;(140%<Load)±10%:Auto shutdown in 20 Secs;
Output short circuit protection	Yes
Breaker	Input:15A/Output:10A		Input:30A / Output:15A	Input:35A / Output:20A	Input:40A / Output:30A
BATTERY
Rating charging current(Max.)	45A
Nominal DC input voltage	12V	24V		48V
	20V/40V
PHYSITAL
(kg) / Net weight (kg)	22.8	27.6	32.4	38.2	44.5
(mm) / Unit dimention (mm)	468(L)224(W)212(H)mm			644(L)224(W)212(H)mm
ENVIRONMENT
Environment of performance	Temperature 0℃~40℃, Humidity 20%~90%

Ep series is sine wave low frequency inverter, which is specifically designed for home appliances. It is equipped with a big LCD screen so all information is displayed in detail, which makes it more convenient to use. Charging current of the inverter is adjustable from 5A to 45A and you can also select different charging voltage to charge different types of batteries so batteries are under great protection.

Feature:

1. Suitable for all electrical equipments
2. Large LCD display for more detailed content
3. CPU controlled; fast transfer time
4. Intelligent battery management, prolonging the service life of the battery
5. Complete protection function, high reliability
6. Can provide high current charge
7. Can match different types of batteries
8. Disassembled LCD box which can make the operation in a distance of 15 meters

Q: Can solar energy systems be used for powering public transportation systems like buses or trains?: Yes, solar energy systems can be used to power public transportation systems like buses or trains. Solar panels can be installed on the roofs of the vehicles or at specific locations along their routes to harness solar energy. This energy can then be converted into electricity to power the vehicles' motors and other systems, reducing their reliance on fossil fuels and decreasing emissions. Additionally, solar energy systems can also be utilized to charge the batteries of electric buses or trains, providing a sustainable and renewable source of power for public transportation.

Q: How does the location of a solar energy system affect its performance?: The location of a solar energy system significantly affects its performance. Solar panels function optimally in areas with abundant sunlight and minimal shading. Regions with high levels of direct sunlight, such as deserts or open plains, are ideal for maximizing solar energy production. Additionally, the tilt and orientation of the panels should be optimized to capture the most sunlight throughout the day. Factors like latitude, climate, and local weather patterns also play a role in determining the efficiency of a solar energy system. Ultimately, choosing the right location can greatly enhance the overall performance and output of a solar energy system.

Q: How does the efficiency of solar panels vary based on the manufacturer?: Solar panels' efficiency varies depending on the manufacturer due to several factors. One significant factor is the quality of materials utilized in their production. Manufacturers may employ different types of silicon, the primary material in most solar panels. Utilizing high-quality silicon enhances the panels' ability to capture and convert sunlight into electricity, resulting in increased efficiency. The manufacturing process itself also plays a role. Each manufacturer may employ distinct techniques and technologies. Advanced manufacturing processes lead to more precise and uniform panel construction, reducing energy conversion losses and improving overall efficiency. Investments in research and development are crucial. Manufacturers that continuously invest in research and development can develop innovative technologies, such as anti-reflective coatings or multi-junction cells, significantly enhancing panel efficiency. Furthermore, manufacturers differ in the size and design of their panels. Larger panels with more surface area capture more sunlight, while innovative designs optimize energy absorption and minimize losses due to shading or environmental factors. These differences impact panel efficiency. Lastly, the reputation and experience of a manufacturer also influence panel efficiency. Established manufacturers with a history of producing high-quality and efficient panels refine their production processes and incorporate lessons learned from previous models, resulting in improved efficiency. In conclusion, solar panel efficiency varies based on the manufacturer due to differences in materials, manufacturing processes, research and development efforts, panel size and design, as well as the reputation and experience of the manufacturer. Consumers should thoroughly research and compare different manufacturers to select panels with the highest efficiency suitable for their specific needs.

Q: How does the efficiency of solar panels vary across different temperatures?: Solar panel efficiency can vary depending on temperature due to the materials used in their construction. Typically, as temperature rises, the efficiency of solar panels decreases. This phenomenon is known as the temperature coefficient. The temperature coefficient measures how much a solar panel's efficiency decreases with every degree Celsius increase in temperature. Manufacturers provide different temperature coefficients for various types of solar panels. One of the main reasons for reduced efficiency at higher temperatures is the impact on semiconducting materials, like silicon, used in solar panels. These materials are sensitive to temperature changes and can experience increased resistance, resulting in less electricity generation from sunlight. Another factor affecting efficiency at higher temperatures is the decrease in open-circuit voltage, which is the maximum voltage obtained from a solar panel when no load is connected. As temperature rises, open-circuit voltage tends to decrease, affecting overall efficiency. It's important to note that the decrease in efficiency is not necessarily linear. At extremely high temperatures, the decrease may be more significant, while at moderately high temperatures, it may be relatively small. Manufacturers employ various design features to mitigate the impact of temperature on solar panel efficiency. These include using materials with lower temperature coefficients, incorporating cooling mechanisms like heat sinks or ventilation, and utilizing tracking systems to maximize sunlight exposure while minimizing temperature effects. In conclusion, while solar panels still generate electricity effectively at higher temperatures, it is crucial to consider the temperature coefficient and design features for optimal efficiency and performance.

Q: How do solar energy systems impact energy independence in rural areas?: Solar energy systems have a significant positive impact on energy independence in rural areas. By harnessing the power of the sun, these systems provide a reliable and sustainable source of electricity that is independent of the traditional power grid. This reduces dependence on fossil fuels and centralized energy distribution, allowing rural communities to generate their own clean energy. Solar energy systems enable rural areas to become self-sufficient and less vulnerable to power outages, price fluctuations, and supply disruptions, thus promoting energy independence and resilience.

Q: Can solar energy systems be used for powering agricultural irrigation systems?: Yes, solar energy systems can be used effectively to power agricultural irrigation systems. Solar-powered water pumps are commonly used in agricultural settings to pump water from wells, rivers, or other sources for irrigation purposes. This renewable energy source helps farmers reduce their reliance on fossil fuels and lower their operational costs while ensuring a sustainable and reliable source of power for irrigation.

Q: What are the disadvantages of using solar energy systems?: While solar energy systems offer numerous benefits, they do have a few disadvantages. One major drawback is their dependency on sunlight, meaning they generate less electricity during cloudy or nighttime conditions. Additionally, the initial installation cost can be quite high, although it is typically offset by long-term savings. Solar panels also require a significant amount of space for installation, which may not be feasible for everyone. Lastly, the manufacturing process of solar panels can have environmental impacts, including the use of certain materials and chemicals. However, ongoing advancements in technology are addressing these concerns and making solar energy an increasingly viable and sustainable option.

Q: Can solar energy systems be used in powering beauty salons or spas?: Yes, solar energy systems can certainly be used to power beauty salons or spas. Solar panels can be installed on the roofs or other available spaces of these establishments to generate electricity from sunlight. This renewable energy source can then be used to power various equipment, lighting, heating, and cooling systems within the salon or spa. By utilizing solar energy, these businesses can reduce their reliance on the grid, lower their energy costs, and contribute to a more sustainable and environmentally-friendly operation.

Q: How does the angle of solar panels affect their performance?: The performance and overall efficiency of solar panels are greatly influenced by their angle. Various factors, including geographical location, time of year, and the specific application, determine the ideal angle at which solar panels should be positioned. When solar panels are correctly angled, they can capture the maximum amount of sunlight throughout the day. The angle directly impacts the amount of direct sunlight that reaches the panels, thus affecting their energy output. If the angle is too steep, the panels may not receive direct sunlight, resulting in reduced energy production. Conversely, if the angle is too shallow, the panels may not capture as much sunlight, leading to lower efficiency. Generally, solar panels are installed at an angle equal to the latitude of the location. However, this may not always be the most optimal angle. For instance, in regions with abundant sunlight year-round, a slight tilt towards the equator could enhance the panels' performance. Seasonal adjustments may also be required to account for the changing position of the sun throughout the year. This can be achieved by manually adjusting the angle or utilizing solar tracking systems that automatically follow the sun's path. It is important to note that the angle is not the only factor affecting the performance of solar panels. Shading, temperature, and the quality of the panels themselves also influence their efficiency. Therefore, it is crucial to conduct a comprehensive analysis and seek professional advice to determine the optimal angle for solar panels. This ensures maximum energy production and a favorable return on investment.

Q: Can solar energy systems be used for powering electric vehicles charging stations?: Yes, solar energy systems can be used to power electric vehicle charging stations. Solar panels can generate electricity from sunlight, which can then be stored in batteries or directly used to charge electric vehicles. This renewable energy source is environmentally friendly and can help reduce the carbon footprint associated with transportation.

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