High Efficiency Heat Pipe Solar Collectors With Flexible Tubing

High Efficiency Heat Pipe Solar Collectors With Flexible Tubing System 1

High Efficiency Heat Pipe Solar Collectors With Flexible Tubing

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 10 unit

Supply Capability:: 50000 unit/month

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High Efficiency and Heat Pipe Solar Collector

High Efficiency and Heat Pipe Solar Collector Features

1) Aluminum silicate which resist high temperature up to 1000 degree C.
2) New patent for clip system which easy to insert and secure without soap foam.
3) Looks more stylish, stronger and nicer.
4) Installation is much faster, free maintenance.
5) Suitable for mains pressure water (up to 16 bar);
6) The silver coated of the glass is visible, so easy to inspect if the tube has lost vacuum.

High Efficiency and Heat Pipe Solar Collector Work Principle

1) The operation of the solar collector is very simple.
2) Solar absorption: solar radiation is absorbed by the solar tubes and
converted into heat.
3) Solar heat transfer: heat pipes conduct the heat from within the solar tube
up to the header pipe
4) Solar energy storage: water is circulated through the header, via
intermittent pump cycling.Each time the water circulates through the header, the
temperatures is raised by 5-10C. Throughout the day, the water in the tank is
gradually heated.

High Efficiency and Heat Pipe Solar Collector Technical Specifications

Model	JJR-HP-15	JJR-HP -18	JJR-HP -20	JJR-HP -24	JJR-HP -25	JJR-HP -30
Length of Tube	1800mm	1800mm	1800mm	1800mm	1800mm	1800mm
Outer Diameter of Tube	φ58mm	φ58mm	φ58mm	φ58mm	φ58mm	φ58mm
Qty of Tube	15	18	20	24	25	30
Collecting Area	1.9m2	2.30m2	2.55m2	3.04m2	3.2m2	3.84m2
Loading Qty (set) 20'FT	112	94	90	74	74	65
40' FT	224	188	180	148	148	130
40' HQ	270	226	220	182	182	158

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High Efficiency and Heat Pipe Solar Collector

Q:Can solar collectors be used in urban areas?: Yes, solar collectors can be used in urban areas. While space constraints and shading from surrounding buildings may pose challenges, innovative techniques such as rooftop installations, solar windows, and solar panels integrated into building facades can be employed to harness solar energy in urban environments. Additionally, advancements in technology have made solar collectors more efficient, enabling them to generate electricity even in partial sunlight or low-light conditions.

Q:Can solar collectors be used in biomass power plants?: Yes, solar collectors can be used in biomass power plants. In fact, integrating solar collectors with biomass power plants can enhance the overall efficiency and sustainability of the facility. Solar collectors can be utilized to provide additional heat to the biomass combustion process, thereby increasing the energy output and reducing the reliance on fossil fuels. This integration allows for a more consistent and reliable energy supply, as solar energy can be harnessed even when biomass fuel availability fluctuates. Additionally, the use of solar collectors in biomass power plants can help reduce greenhouse gas emissions and mitigate the environmental impact of the facility. Overall, the combination of solar collectors and biomass power plants can create a more efficient and sustainable energy generation system.

Q:Can solar collectors be installed on rooftops?: Yes, solar collectors can be installed on rooftops. In fact, rooftops are an ideal location for solar collectors as they receive direct sunlight and are often unobstructed by shade. Rooftop solar installations are becoming increasingly common as they allow for efficient use of space and can significantly reduce energy costs for households and businesses.

Q:Can solar collectors be used for heating courthouses?: Yes, solar collectors can be used for heating courthouses. Solar thermal systems can effectively capture and convert sunlight into heat energy, which can be used for space heating in buildings, including courthouses. This renewable energy source can significantly reduce the reliance on traditional heating systems and help in achieving sustainable and cost-effective heating solutions for courthouses.

Q:Can solar collectors be used for generating electricity on mines?: Solar collectors, also known as solar panels or photovoltaic (PV) panels, have the capacity to generate electricity on mines. These devices utilize the photovoltaic effect to convert sunlight into electrical energy. Their purpose is to capture and transform solar energy into usable electrical power. In order to operate effectively, mines often necessitate a substantial amount of electricity for various operations such as equipment usage, lighting, ventilation systems, and more. By installing solar collectors on mine buildings or structures, be it on roofs or open spaces, the abundant sunlight available in many regions can be harnessed. Consequently, the electricity produced by the solar panels can directly power the mine's activities, thereby reducing reliance on conventional energy sources like fossil fuels. The implementation of solar collectors on mines presents several advantages. Primarily, it substantially diminishes the mine's carbon footprint and environmental impact by replacing fossil fuel-based electricity generation with clean, renewable solar energy. This contribution aligns with global efforts to combat climate change and decrease greenhouse gas emissions. Secondarily, solar collectors enable mines to reduce their long-term energy expenses. Although the initial investment for installing solar panels can be significant, the operational and maintenance costs associated with solar energy are relatively low compared to traditional energy sources. Over time, the savings in electricity bills can offset the initial investment, resulting in a cost-effective energy generation process for mines. Moreover, solar collectors provide a reliable and uninterrupted source of electricity for mines, particularly in remote regions where access to the electricity grid may be limited or unreliable. By generating their own electricity, mines can guarantee a continuous power supply for their operations, avoiding downtime and increasing productivity. It is important to note that the feasibility and effectiveness of utilizing solar collectors on mines may depend on various factors such as location, climate, available space, and energy requirements of the mine. Additionally, a comprehensive analysis of the mine's energy needs, potential solar energy generation, and financial implications should be conducted prior to the implementation of solar collectors. Nonetheless, solar collectors have demonstrated themselves to be a viable and sustainable option for generating electricity on mines, offering numerous environmental and economic benefits.

Q:Can solar collectors be used in combination with solar panels?: Yes, solar collectors can be used in combination with solar panels. Solar collectors typically work to heat water or air using the sun's energy, while solar panels convert sunlight into electricity. By integrating both systems, one can harness both heat and electricity from the sun, maximizing the overall energy output and efficiency of a solar power setup.

Q:Can solar collectors be used in areas with limited water supply?: Yes, solar collectors can be used in areas with limited water supply. Solar collectors primarily rely on sunlight to generate heat or electricity, so they do not require a continuous water supply. However, some solar thermal systems may use water for heat transfer or storage purposes, but their water consumption is generally minimal compared to conventional energy systems. In areas with limited water availability, alternative cooling methods or closed-loop systems can be employed to minimize water usage or recycle it efficiently.

Q:How do solar collectors affect the overall energy efficiency of a building?: Solar collectors can significantly increase the overall energy efficiency of a building by harnessing the sun's energy and converting it into usable electricity or heat. By generating renewable energy, solar collectors reduce reliance on traditional power sources, thereby reducing the building's carbon footprint and energy costs. Additionally, solar collectors can provide passive heating or cooling, reducing the need for artificial heating or air conditioning. Overall, incorporating solar collectors improves a building's energy efficiency and sustainability.

Q:What is the expected energy savings from a solar collector system?: The expected energy savings from a solar collector system can vary depending on factors such as the size of the system, location, and usage patterns. On average, solar collector systems can provide significant energy savings, often reducing electricity bills by 50-70%. However, it is important to conduct a thorough assessment to determine the specific energy savings potential for individual cases.

Q:How do solar collectors convert sunlight into usable energy?: Solar collectors convert sunlight into usable energy through the process of photovoltaics or solar thermal systems. In photovoltaics, solar panels made of semiconducting materials absorb photons from sunlight, which excite electrons and create an electric current. This current is then converted into usable energy, typically as electricity. In solar thermal systems, sunlight is captured by mirrors or lenses and focused onto a receiver, which contains a fluid that heats up. This heated fluid is then used to generate electricity or provide heat for various applications.

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