Split Solar Heating System with Two Copper Coils inside Water Tank Model SS-M2

Split Solar Heating System with Two Copper Coils inside Water Tank Model SS-M2

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 set

Supply Capability:: 2000 set/month

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Split Solar Heating System with One Copper Coil Inside of Water Tank Model SS-M1

1. Structure of Split Solar Heating System with Two Copper Coils inside Water Tank Model SS-M2

1 Flat Panel Collector；

2 Circulation Pipe；

3 Water Tank；

4 T/P Valve；

5 Upper Copper Coil；

6 Bottom Copper Coil；

7 Work Station；

8 Expansion Tank；

9 Check Valve

2. Main Features of Split Solar Heating System with Two Copper Coils inside Water Tank Model SS-M2

Food-grade stainless steel SUS304-2B inner tank
High heat transfer efficiency
Combined with auxiliary electricity, gas and other boiler
Easy installation according to the structure of the room
Integrated workstation，different Temperature cycle，make system efficient and help save energy

3. Split Solar Heating System with Two Copper Coils Inside of Water Tank Model SS-M2 Images

4. Split Solar Heating System with Two Copper Coils Inside Water Tank Model SS-M2 Specification

System model	SS-M2-150	SS-M2-200	SS-M2-250	SS-M2-300	SS-M2-400	SS-M2-500
Tank capacity（L）	150	200	250	300	450	500
Copper coil qty	1/2	1/2	1/2	1/2	1/2	1/2
Solar collector model	SC-H-15/20	SC-H-20/24	SC-H-25/30	SC-H-30/20	SC-H-20/24	SC-H-25/30
Solar collector qty	1/1	1/1	1/2	1/2	2/2	2/2
Controller model	SR868C8	SR868C8	SR868C8	SR868C8	SR868C8	SR868C8
Work station model	VSP-S1	VSP-S1	VSP-S1	VSP-S1	VSP-S2	VSP-S2
Expansion tank spec	12L	12L	18L	18L	24L	24L
Medium volume	12L	12L	18L	18L	24L	24L
Recommended Flow	1.0～2.0L/min	1.2～2.5L/min	1.5～3.0L/min	3.0～5.0L/min	4.0～7.0L/min	5.0～8.0L/min
Max temperature of tank	95℃	95℃	95℃	95℃	95℃	95℃
Max temperature of system	95℃	95℃	95℃	95℃	95℃	95℃
Rated pressure of the tank	0.7MPa	0.7MPa	0.7MPa	0.7MPa	0.7MPa	0.7MPa
Media pre pressure	0.2～0.3MPa	0.2～0.3MPa	0.2～0.3MPa	0.2～0.3MPa	0.2～0.3MPa	0.2～0.3MPa
Max pressure of system	0.6MPa	0.6MPa	0.6MPa	0.6MPa	0.6MPa	0.6MPa
Voltage	AC220V 50Hz	AC220V 50Hz	AC220V 50Hz	AC220V 50Hz	AC220V 50Hz	AC220V 50Hz
Recommended pipe diameter	φ15	φ15	φ15	φ15	φ22	φ22

5. FAQ

Q1. Will water be heated on a cloudy day?
Re: Yes. Although the heat output of the solar collector is reduced on overcast days it will still be able to provide heat. If it is a heavily clouded day or raining, then more gas or electric boosting may be required to maintain water at the required temperature. This system will be automated so you don't have to worry about running out of hot water on a rainy day.

Q2. Can I use a solar collector with my existing hot water system?
Re: Normally yes. Simple retrofit valves can often be used to allow solar collector to connect to your existing cold water inlet. If your tank cannot accept the solar input directly, an additional storage tank can be installed to pre-heat the cold water prior to entering the existing tank.

Q:Can a solar water heater be used in areas with strict building codes?: Yes, a solar water heater can be used in areas with strict building codes. However, it is important to ensure that the solar water heater system complies with all the applicable building code requirements and regulations. This may include obtaining permits, adhering to specific installation guidelines, and meeting safety standards. Consulting with local authorities or a professional installer specializing in solar water heaters can help navigate any building code restrictions and ensure compliance.

Q:Solar water heater can be used in winter: Solar energy technology has been developed in China for more than 20 years, the technological breakthrough is changing rapidly, from our solar water heater users can see how big the market for solar energy. Now in addition to the traditional vacuum tube solar water heater, but also the emergence of a flat plate solar energy is more stable, the solar energy even when it rains can provide hot water, but the flat type solar water heater in our country use rate is not very extensive, so we have to vacuum tube solar water heater as an example, see the solar water heater technology to PK climate environment.Answer: solar water heater can be used in winter, my home is mainly installed in order to facilitate winter, water temperature and summer is not too bad.

Q:Why can not go on the solar water heater: The reasons for not water1 the water in the water tank has been emptied. To be used after the water is filled with hot water2 pipeline interface off or blocked. Contact the maintenance department for repair or replacement

Q:Can a solar water heater be used in areas with limited access to solar rebates?: Yes, a solar water heater can still be used in areas with limited access to solar rebates. While solar rebates can help offset the initial cost of installing a solar water heater, they are not the only factor to consider. The primary benefit of a solar water heater is its ability to use the sun's energy to heat water, reducing reliance on traditional energy sources and lowering utility bills. Therefore, even without rebates, a solar water heater can still be a cost-effective and eco-friendly option for areas with limited access to solar incentives.

Q:Can a solar water heater be used in areas with strict setback requirements?: Yes, a solar water heater can be used in areas with strict setback requirements. The setback requirements typically apply to the placement of structures like buildings and fences, whereas solar water heaters are considered as renewable energy systems and are often exempted from such regulations. However, it is always advisable to consult local building codes and regulations to ensure compliance before installing a solar water heater.

Q:How does a solar water heater affect the environment?: A solar water heater positively affects the environment in several ways. Firstly, it reduces the demand for traditional energy sources such as fossil fuels, which helps in reducing greenhouse gas emissions and combating climate change. Secondly, it minimizes the need for electricity or gas to heat water, reducing the overall energy consumption. Additionally, solar water heaters do not produce any harmful emissions during operation, leading to improved air quality. Overall, the use of solar water heaters helps in conserving natural resources, reducing pollution, and promoting sustainable living.

Q:What is the recommended size of a solar water heater for a household?: The recommended size of a solar water heater for a household typically depends on factors such as the number of occupants, daily hot water demand, climate conditions, and available roof space. It is generally suggested to have a system with a storage capacity of around 50-80 gallons per day per person. However, it is advisable to consult with a professional installer or engineer to determine the most suitable size for your specific household needs.

Q:How does the installation angle of the solar panels affect the efficiency of a solar water heater?: The installation angle of the solar panels has a significant impact on the efficiency of a solar water heater. The angle at which the solar panels are installed determines the amount of sunlight they can capture and convert into energy. Ideally, solar panels should be installed at an angle that allows them to receive maximum sunlight throughout the day. The optimal angle varies depending on the geographical location, but in general, a tilt angle equal to the latitude of the installation site is considered optimal for solar water heaters. If the installation angle of the solar panels is too steep, they may receive too much direct sunlight at certain times of the day, causing the panels to overheat and reduce their efficiency. On the other hand, if the panels are installed at a shallow angle, they may not receive enough direct sunlight, resulting in lower energy production and reduced efficiency. Additionally, the installation angle plays a role in the self-cleaning ability of the solar panels. When installed at an optimal angle, rainwater can effectively wash away any dirt or debris that might accumulate on the surface, ensuring maximum sunlight exposure and maintaining efficiency. Therefore, it is crucial to carefully consider and adjust the installation angle of solar panels in a solar water heater system to maximize energy production and efficiency.

Q:How does a solar water heater impact the electricity consumption of a household?: A solar water heater can significantly reduce the electricity consumption of a household by using the energy from the sun to heat water instead of relying solely on electricity. This means that the household would require less electricity to heat their water, resulting in lower energy bills and a reduced carbon footprint.

Q:How does the efficiency of a solar water heater change with different water temperatures?: Higher water temperatures generally lead to a decrease in the efficiency of a solar water heater. This is because these heaters operate by utilizing solar heat to warm the water. As the water temperature rises, the temperature difference between the water and the surroundings diminishes, resulting in a weaker driving force for heat transfer. Consequently, the rate at which heat is transferred from the solar collector to the water decreases, causing a decline in the overall efficiency of the system. In contrast, the efficiency of a solar water heater tends to be higher at lower water temperatures. The reason for this is that there exists a greater temperature difference between the water and the ambient temperature, creating a more powerful driving force for heat transfer. As a result, the solar collector is able to transfer heat to the water more effectively, optimizing the overall efficiency of the system. However, it is important to recognize that factors such as the system's design, the quality of the solar collector, and the insulation of the storage tank also impact the efficiency of a solar water heater. These variables can partially mitigate the influence of water temperature. Furthermore, the efficiency of a solar water heater can vary depending on the specific design and technology employed in the system, as different types of solar collectors and heat transfer mechanisms possess distinct performance characteristics.

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