Residential Solar Energy Systems - Household Solar Power Kit Hot Selling SPK_P1000

Residential Solar Energy Systems - Household Solar Power Kit Hot Selling SPK_P1000 System 1

Residential Solar Energy Systems - Household Solar Power Kit Hot Selling SPK_P1000

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 3 pc

Supply Capability:: 10000 pc/month

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Main Information

KDF SPK_P1000 This product is high performance，family used portable solar power system，which can receive energy and store it in battery outside connected to SPK by solar energy on sunny day，and supplies electric power for varies appliances such as electric fan，lighting lamps, television, portable computer etc．It can supply power for both DC and AC electric application .It’s very helpful and useful for home electric supply.

Household Solar Power Kit Hot Selling SPK_P1000

Features:

◆ Battery puts outside connected to the SPK for user to choose battery in recommended range, and easily to exchange battery.

◆ Both DC and AC output

◆ Solar Feedback Circuit Protection

◆ Output Short-circuit Protection

◆ Solar「+」「-」anti-access protection

◆ Output「+」「-」anti-access protection

◆ Over Charged Protection

◆ Over Discharged Protection

◆ Over Load Protection

◆ Over-Temperature Protection

Technical parameters

Specification		Value/Material
Item No. KDF		SPK_P1000
Solar Recommended	Specification	Poly silicon
Solar Recommended	Working Voltage/Power	36V/80W~500W
Battery Recommended	Rated Voltage/Capacity	24V50AH~200AH
	Cycle Number	80% Deep Cycle Number：500 70% Cycle Number：800
	Working Temperature	Short Period(one Month)：-20～50℃Long Period（Six Months）：-10～45℃
Charging Controller	Operating Voltage	24V
	Input Voltage	34.6V~42V
	Input current	MAX:20A
	Power Consumption	MAX: 15mA
	Low Voltage Disconnect(LVD)	21.6V
	Low Voltage Reconnect(LVR)	24.6V
	High Voltage Discharge( HVC)	29.2V
	High Voltage Recharge(HVR)	27.6V
	Temperature Protection	60℃
DC Output	DC output & Application	USB 5V2A
DC Output	DC output & Application	DC 24V
AC Output	Output Wave	Pure sine wave
	Input Voltage	22V~30V
	Output Voltage	220V±10%
	Output Frequency	60Hz±2Hz/50Hz±2Hz
	Rated Output Power	1000W
	Maximum VA	2000VA
	Maximum Efficiency	88%
	Temperature	0-40℃
	Over Temperature	60℃~70℃
	Low Voltage Alarm	22V
	Low Voltage Shut off	21V
	High Voltage Shut off	30V
Package	Set size	350449227mm
	Set N·W	7.2kg
	Set N·W	5.2kg

LCD_Display

No.	Name	Function
1	Battery Icon	To show the Volume of the Battery
2	Date of %	_{To show the percent of the Battery}
3	Charging Icon	To show the charging condition
4	Current	To show the value of charge current
5	Temperature Icon	Temperature Alarm
6	Date of Voltage	To Show the Value of DC output voltage
7	Date of Voltage	To Show the Value of AC output voltage
8	AC Icon	AC output
9	DC Icon	DC output

Q: Can solar energy systems be used in areas with limited access to solar energy advocacy groups?: Yes, solar energy systems can still be used in areas with limited access to solar energy advocacy groups. While advocacy groups can play a crucial role in promoting and supporting the adoption of solar energy, the installation and use of solar energy systems primarily depend on the availability of sunlight. As long as there is sufficient sunlight in an area, solar energy systems can be installed and utilized without the direct involvement of advocacy groups. In such cases, individuals or organizations can seek professional assistance from solar energy service providers, technicians, or manufacturers to install and maintain solar energy systems.

Q: How do solar energy systems impact the electricity distribution infrastructure?: Solar energy systems have a significant impact on the electricity distribution infrastructure by reducing the strain on the grid and lowering the demand for traditional fossil fuel-based power plants. They decentralize power generation, allowing for a more distributed and resilient energy system. However, integration of solar systems requires grid upgrades and adjustments to accommodate bidirectional power flow, smart metering, and storage solutions, ensuring a reliable and efficient energy distribution network.

Q: Can solar energy systems be used for powering irrigation systems?: Yes, solar energy systems can be used to power irrigation systems. Solar panels can convert sunlight into electricity, which can then be used to power pumps and other equipment needed for irrigation. This can provide a sustainable and cost-effective solution for powering irrigation systems, especially in areas with ample sunlight.

Q: Can solar energy systems be used for powering space exploration missions?: Yes, solar energy systems can be used for powering space exploration missions. Solar energy is a clean and renewable source of power that is abundant in space. It is already being utilized for various space missions, such as the International Space Station (ISS), Mars rovers, and satellites. Solar panels, also known as photovoltaic (PV) cells, convert sunlight into electricity. They are lightweight, compact, and can be easily integrated into the design of spacecraft. Solar panels are especially useful for missions that are close to the Sun or in space where there is ample sunlight, as they can provide a steady and reliable source of power. The ISS, for example, relies heavily on solar power. It is equipped with large solar arrays that capture sunlight and generate electricity to meet the energy demands of the crew and the various systems onboard. The Mars rovers, such as Curiosity and Perseverance, also utilize solar panels to power their operations on the red planet. Solar energy systems offer several advantages for space exploration missions. Firstly, they eliminate the need for bulky and limited fuel sources, such as batteries or radioactive materials, reducing the overall weight and cost of the mission. Secondly, solar energy systems are virtually maintenance-free, providing a long-lasting and reliable source of power. Additionally, solar power is environmentally friendly, producing no emissions or pollution during operation. However, there are some limitations to using solar energy in space exploration. For missions that venture far from the Sun or operate in areas with limited sunlight, alternative power sources like nuclear energy or fuel cells may be necessary. Moreover, solar panels are susceptible to damage from micrometeoroids, radiation, and other space debris, requiring protective measures and redundancy systems. In conclusion, solar energy systems have proven to be a viable and efficient option for powering space exploration missions. Their ability to convert sunlight into electricity, combined with their lightweight and compact design, make them an ideal choice for providing a sustainable and reliable source of power in space.

Q: Can solar energy systems be integrated into existing electrical systems?: Yes, solar energy systems can be integrated into existing electrical systems. These systems can be designed to work alongside traditional electricity sources, allowing solar energy to supplement or replace grid power. Integration typically involves installing solar panels, inverters, and a connection to the existing electrical system. This integration enables the seamless use of solar power and helps reduce reliance on fossil fuels.

Q: Can solar energy systems be used in areas with high levels of noise pollution?: Yes, solar energy systems can be used in areas with high levels of noise pollution. Solar panels do not produce any noise themselves as they convert sunlight into electricity. Therefore, noise pollution does not affect the functioning or efficiency of solar energy systems.

Q: Do solar energy systems work at night?: No, solar energy systems do not work at night as they rely on sunlight to generate electricity.

Q: Can a solar energy system withstand extreme weather conditions?: Yes, a solar energy system can withstand extreme weather conditions. Solar panels are designed to be durable and are built to withstand a range of weather conditions, including extreme heat, cold, wind, rain, and snow. They are made with tempered glass and are often tested to ensure they can withstand hailstorms or heavy snow loads. Additionally, solar panels are typically installed securely to withstand strong winds and are designed to be resistant to corrosion. Overall, while extreme weather conditions can have some impact on solar energy production, solar energy systems are built to withstand and continue operating effectively in a variety of weather conditions.

Q: What are the different system monitoring options for solar energy systems?: Solar energy systems offer a range of monitoring options that provide real-time data and insights into system performance and efficiency. These options enable users to track energy production, detect issues or malfunctions, and optimize overall system performance. 1. Inverter Monitoring: Most solar energy systems include an inverter, which converts DC power from solar panels into AC power. Monitoring the inverter allows users to track its output and performance, including voltage, current, and power output. This helps identify issues and ensures maximum efficiency. 2. Energy Monitoring: Real-time data on energy production and consumption can be obtained through energy monitoring systems. These systems measure the energy generated by the solar panels and the energy consumed by the household or business. Monitoring energy consumption patterns allows users to adjust usage for maximum benefits. 3. Remote Monitoring: With remote monitoring options, users can access and monitor solar energy systems from anywhere using a computer or smartphone. These options typically include web-based interfaces or mobile apps that provide real-time data, alerts, and system performance tracking. Remote monitoring offers convenience and accessibility even when users are away. 4. Data Logging: Data logging systems collect and store historical data on system performance and energy production. These systems track parameters such as energy production, temperature, voltage, and current. Analyzing this data helps identify trends, patterns, and anomalies, informing decisions for system optimization and maintenance. 5. Fault Detection and Diagnostics: Advanced monitoring systems can detect malfunctions or issues with solar energy systems, such as faulty panels, wiring problems, or communication errors. Fault detection and diagnostics capabilities enable prompt actions to rectify these faults, ensuring optimal performance and longevity. In summary, the various monitoring options for solar energy systems provide valuable insights and information for maximizing performance, efficiency, and longevity. Real-time data, remote accessibility, and fault detection capabilities empower users to make informed decisions and proactively optimize energy production and cost savings.

Q: What is the impact of roof color on the performance of solar panels?: The performance of solar panels can be significantly affected by the color of the roof, although it mainly depends on the type of solar panel technology being used. The color of the roof can have an impact on the overall efficiency and output of solar panels due to its influence on sunlight temperature and reflection. Solar radiation absorption and reflection are influenced by roof color. Dark-colored roofs tend to absorb more sunlight, resulting in increased heat accumulation on the roof's surface. This excess heat negatively affects the performance of solar panels, as they function less efficiently at higher temperatures. The elevated temperature can lead to a decrease in the overall power output of the panels, reducing their energy generation potential. On the contrary, light-colored roofs reflect more sunlight, which helps prevent excessive heat buildup. By reflecting a significant amount of solar radiation, the roof's color assists in keeping the panels cooler and maintaining their optimal operating temperature. This can lead to better performance and higher energy production from the solar panels. However, it is important to note that the impact of roof color can vary depending on the type of solar panel technology used. Certain types of solar panels, such as monocrystalline or polycrystalline, may be more sensitive to temperature changes and therefore more influenced by roof color. In contrast, thin-film solar panels are generally less affected by temperature variations, making the impact of roof color less significant in their case. Furthermore, factors like climate, local weather conditions, and the orientation and tilt of the solar panels can also have a greater impact on their performance than the roof color alone. Proper installation and maintenance of the solar panel system, including adequate ventilation and shading, can further mitigate the impact of roof color on panel performance. In conclusion, while roof color can affect the performance of solar panels, it is just one of many factors that can influence their efficiency and energy production. To maximize the performance of solar panels, regardless of the roof color, it is essential to consider the specific type of solar panel technology, local environmental conditions, and proper installation practices.

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