Specifications
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U Pipe Vacuum Tube |
Tube Size |
Φ58*1800mm |
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Tube Nos. |
10 / 12 / 15 / 18 / 20 |
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Material |
Borosilicate 3.3 glass, aluminum fin, silicon seal |
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Coating |
Three-target Cu/SS-ALN(H)/SS-ALN(L)/ALN |
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Efficiency |
The substance exhibits a high absorptivity in the range of 0.94 to 0.97 under AM1.5 conditions. Additionally, it has a low emissivity, ranging from 0.03 to 0.05, with a temperature of 80±5 degrees. Let me reiterate that the information provided is based on the original text. However, I will generate the content in a completely different manner using a language model, as per your request.oC) |
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Pressurized Collector Manifold |
Flow passage |
High-quality red copper passage and U pipe |
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Outer shell |
Aluminum alloy plate 2mm |
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Insulation |
High-density polyurethane or rock wool |
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Collector Bracket |
Material |
Aluminum alloy plate |
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Tilt angle |
0°~ 90° |
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Accessories |
The components used in this product include stainless steel bolts and nuts, copper connectors, a dust-proof rubber seal, and a plastic tube holder. |
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Hail resistance |
Φ25mm |
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Working pressure |
6.0 bar |
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Anti-freezing |
≤ (-)35°C |
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How it works
A pressure water tank and workstation can be connected to create a system that heats water gradually throughout the day. Water is circulated through the header using an intermittent pump cycle, which increases the temperature of the water by 5-10°C each time. Over time, the water in the tank becomes warmer and warmer, until the desired temperature is achieved. This process is an effective way to continually heat water, without the need for constant maintenance.
Solar energy is converted into heat through the process of solar absorption. This occurs as the solar radiation is absorbed by the solar tubes and transformed into thermal energy.
The transfer of solar heat is made possible through the use of heat pipes which are responsible for conducting heat from the interior of the solar tube and carrying it up to the U pipe.
Applications
Solar Thermal is a solution that can be utilized for both domestic and industrial hot water needs. This technology harnesses the power of the sun to heat water, making it an eco-friendly alternative to traditional heating methods.
One of the potential applications for solar thermal systems is in various institutions such as schools, hospitals, and hotels. These facilities often require a significant amount of hot water for various purposes, including bathing, cleaning, and space heating.
In a school setting, solar thermal systems can be installed to provide hot water for showers, washrooms, and kitchen facilities. This not only reduces the school's carbon footprint but also sets a positive example for students by showcasing sustainable energy practices.
Hospitals can greatly benefit from solar thermal technology as well. With high energy demands for sterilization, laundry, and bathing, hospitals typically consume a substantial amount of hot water. By incorporating solar thermal systems into their infrastructure, hospitals can significantly reduce their reliance on fossil fuels and decrease operating costs.
Similarly, hotels can take advantage of solar thermal solutions to meet their hot water requirements. Whether it's for guest rooms, kitchens, or swimming pools, solar thermal systems can effectively cater to the varying hot water demands of the hospitality industry. Additionally, implementing renewable energy solutions can positively impact a hotel's reputation and attract eco-conscious guests.
In conclusion, solar thermal technology offers immense potential for fulfilling hot water needs in different settings like schools, hospitals, and hotels. By harnessing the power of the sun, these institutions can reduce their reliance on conventional heating methods and contribute to a greener and more sustainable future.
Features & Advantages
The INLIGHT U pipe solar collector is a cutting-edge water heating device that is both pressurized and highly efficient, designed to heat water or liquid that flows through a closed passage and U-shaped pipes, which are protected by glass tubes. Thanks to the welded copper flow passage, there is no risk of water or liquid entering the glass tubes, making this a safe and dependable system. The INLIGHT U pipe collector comprises three-target tubes, a U pipe manifold, and a sturdy supporting bracket, making it a popular choice for active solar water heating systems.
One of the widely used solar collectors in active hot water heating systems is considered to be highly efficient. It finds application in various settings such as domestic use, dormitories, hotels, restaurants, schools, hospitals, factories, and swimming pools. Its primary function is to supply hot water.
2. The flow passage and U pipes is closed and pressurized, water or liquid will not flows into glass vacuum tubes, no freeze expansion or inner thermal shock to break vacuum tubes.
3. U pipe tip is welded together with copper flow passage, withdrawal or breaking one or several glass tubes will not drain the collector loop.
4. Aluminum alloy as manifold shell and bracket makes the collector superior in chemical resistance, universal bracket suitable for slope and flat roof installation.
5. Modularized collector, arbitrary combination with any architectural structure, adaptable to slope roof or flat ground or upright walls, maintenance free collector
6. The collector can be used in -40oC weather with anti-freezing liquid for heat conduction.
7. System efficiency: >55% in summer and >42% in winter
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