Vacuum Tube Solar Collectors with Good Quality

Vacuum Tube Solar Collectors with Good Quality System 1

Vacuum Tube Solar Collectors with Good Quality System 2

Vacuum Tube Solar Collectors with Good Quality System 3

Vacuum Tube Solar Collectors with Good Quality System 4

Vacuum Tube Solar Collectors with Good Quality

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 5 set

Supply Capability:: 10000 set/month

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Specifications

manifold (inner)	red copper
manifold (exterior)	aluminum alloy
glass tube dimensions	58mm * 1800mm
daily efficiency	≥55%
heat preservation	72 hours
hail resistance	25mm
max pressure	7 bar
coating of vacuum tube	ALN/AIN-SS/CU
heat pipe	anti-freezing > -35 degree
certificate	Solar Keymark, EN12975,SRCC

Serious Product

Models	LWH mm	Vacuum tube	Power output	Efficiency	Header mm	Frame	container loading 20FT/40HQ sets	Gross Weight kg
SHC-8	1917910133	5818008pcs	939W	0.668	Φ35/1.0	AL alloy	185/445	27
SHC-10	19171130133	58180010pcs	1189W				159/385	33
SHC-12	19171350133	58180012pcs	1440W				149/358	40
SHC-15	19171680133	58180015pcs	1815W				120/290	49
SHC-18	19172010133	58180018pcs	2191W				100/242	59
SHC-20	19172230133	58180020pcs	2442W				87/210	66
SHC-22	19172450133	58180022pcs	2692W				83/202	72
SHC-24	19172670133	58180024pcs	2943W				77/188	79

Packaging & Delivery

Packaging Details:	Exporting Carton with big foaming protection Packing size: Heat pipe vacuum tube: 10pcs/ctn:19734425px 12pcs/ctn:19728600px 15pcs/ctn:19734600px Manifold and bracket: GSC15:/18/20:20040450px GSC22:20016500px GSC25:2051620 GSC30:24116*500px
Delivery Detail:	In 10-15 days

Loading Quantity

Model	Tube	Tube Q.T.Y	Loading Q.T.Y/40HQ
GSC15	58*1800mm	15pcs	315sets
GSC18	58*1800mm	18pcs	265sets
GSC20	58*1800mm	20pcs	248sets
GSC22	58*1800mm	22pcs	225sets
GSC25	58*1800mm	25pcs	200sets
GSC30	58*1800mm	30pcs	168sets

Principle of solar collector:

Vacuum Tube Solar Collectors with Good Quality

Solar collector details

Vacuum Tube Solar Collectors with Good Quality

Q: Can solar collectors be used in areas with limited access to quality control mechanisms?: Yes, solar collectors can be used in areas with limited access to quality control mechanisms. This is because solar collectors are relatively simple and robust devices that do not require constant monitoring or complex maintenance procedures. However, it is important to ensure that the initial installation is done correctly and that periodic inspections are carried out to identify any potential issues. Additionally, training local technicians or communities in basic maintenance and troubleshooting can help overcome the limitations of quality control mechanisms in such areas.

Q: How do parabolic trough solar collectors work?: Parabolic trough solar collectors work by using curved mirrors to concentrate sunlight onto a tube filled with a working fluid, typically oil or molten salt. The concentrated sunlight heats up the fluid, which then transfers its heat to water, producing steam that can drive a turbine to generate electricity. The shape of the parabolic mirrors allows them to track the sun's movement throughout the day, maximizing the amount of sunlight that can be captured and converted into usable energy.

Q: How do solar collectors perform during winter months?: Solar collectors can still perform well during winter months, although their efficiency may be slightly reduced compared to the summer months. The performance of solar collectors during winter is influenced by several factors. Firstly, the angle and orientation of the solar collectors play a significant role. In winter, the sun is lower in the sky and the days are shorter, so it is important to have the collectors at an optimal angle and facing south to maximize their exposure to sunlight. Adjusting the angle of the collectors can help capture more sunlight during the shorter winter days. Secondly, weather conditions can affect the performance of solar collectors. Cloudy or overcast days can reduce the amount of sunlight reaching the collectors, which in turn affects their efficiency. However, even on cloudy days, solar collectors can still generate some heat, albeit at a lower rate. Thirdly, the ambient temperature also impacts the performance of solar collectors. Cold temperatures can affect the heat transfer from the collectors to the heat transfer fluid or to the storage system. Insulation and proper design of the collectors and piping systems can help mitigate heat losses and maintain efficiency during winter. Lastly, the usage of a backup heating system can supplement the solar collectors during periods of low sunlight or extreme cold temperatures. This ensures a constant supply of heat even when solar energy is not sufficient. In conclusion, while the performance of solar collectors may be slightly reduced during winter months due to lower sunlight intensity and shorter days, they can still generate heat and contribute to the overall energy savings and sustainability of a building or system. Proper design, orientation, and maintenance can help maximize their efficiency even in colder climates.

Q: How do solar collectors affect the comfort level of a building?: Solar collectors can significantly improve the comfort level of a building by reducing the dependence on traditional heating and cooling systems. By harnessing solar energy, they can provide a sustainable and cost-effective source of heat and hot water. This reduces energy costs and ensures a more stable and comfortable indoor temperature throughout the year. Additionally, solar collectors can contribute to a healthier indoor environment by reducing the reliance on fossil fuels and lowering carbon emissions.

Q: Can solar collectors be used for heating greenhouse spaces?: Yes, solar collectors can be used for heating greenhouse spaces. Solar collectors, such as solar thermal panels or solar air heaters, can absorb sunlight and convert it into heat energy. This heat energy can then be used to warm the greenhouse, providing a sustainable and cost-effective heating solution for maintaining optimal temperature levels inside the greenhouse.

Q: Can solar collectors be used in electric vehicle charging stations?: Yes, solar collectors can be used in electric vehicle charging stations. Solar panels can generate clean and renewable energy, which can be utilized to charge electric vehicles. This environmentally-friendly approach can reduce reliance on traditional electricity sources and contribute to a more sustainable transportation system.

Q: Can solar collectors be used for district heating?: Yes, solar collectors can be used for district heating. Solar thermal systems can be integrated into district heating systems to provide hot water or space heating for multiple buildings in a community or district. This helps reduce the dependency on fossil fuels and lowers carbon emissions by utilizing renewable energy from the sun.

Q: Can solar collectors be used in areas with limited technical support?: Yes, solar collectors can be used in areas with limited technical support. Solar collectors are relatively simple devices that do not require complex maintenance or technical expertise. With proper training and basic knowledge, local communities can operate and maintain solar collectors effectively. Additionally, advancements in solar technology have made these systems more user-friendly and robust, allowing them to be utilized in remote areas with limited technical assistance.

Q: Can solar collectors be used in airplanes?: Yes, solar collectors can be used in airplanes. In fact, some aircraft have already adopted solar technology to power auxiliary systems or assist in propulsion. Solar panels installed on the surface of an aircraft can harness sunlight to generate electricity, reducing reliance on traditional fuel sources and enhancing energy efficiency. However, due to the limitations of current solar technology, it is not yet viable to solely rely on solar collectors for all aircraft power needs.

Q: How do solar collectors impact social equity?: The impact of solar collectors on social equity is significant, as they offer numerous benefits that promote a fairer society. One of the most noteworthy impacts is the provision of affordable and clean energy, which helps alleviate the energy burden faced by low-income households. By allowing these households to generate their own electricity and reduce their reliance on traditional energy sources, solar collectors result in lower energy bills and increased financial savings. This is crucial for promoting social equity as it reduces the disproportionate energy costs that low-income communities often bear. Moreover, solar collectors also create opportunities for job growth and economic development. The installation and maintenance of solar panels require a skilled workforce, which can provide employment opportunities, particularly in communities that have been historically marginalized or economically disadvantaged. By supporting the growth of a clean energy workforce, solar collectors contribute to the creation of fair job opportunities, reducing income inequality and promoting social mobility. Furthermore, solar collectors have the potential to enhance energy resilience in vulnerable communities. During power outages or emergencies, solar energy can serve as a reliable source of electricity, ensuring that essential services like healthcare facilities, schools, and community centers remain operational. This resilience is particularly important in underserved communities that often face disproportionate impacts from natural disasters or other emergencies. Additionally, solar collectors can contribute to the democratization of energy access. By enabling individuals and communities to generate their own energy, solar collectors empower them to actively participate in their energy consumption decisions. This localized energy production can lead to greater energy independence, reduced reliance on centralized energy systems, and increased community engagement in sustainable practices. In conclusion, solar collectors have a positive influence on social equity by providing affordable and clean energy, creating job opportunities, enhancing energy resilience, and promoting the democratization of energy access. These benefits contribute to a more equitable society by reducing energy costs for low-income households, creating fair job opportunities, ensuring energy reliability in vulnerable communities, and empowering individuals and communities to participate in the transition toward sustainable energy.

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