Solar Glass

AR solar glass is a kind of low iron solar glass by adding AR Anti-Reflective film coated on it. Through this film, we can get higher light transmittance and lower light reflectance. It can effectively reduce solar reflectance, thereby improves the solar ratio, ultimately improves solar generating capacity. Regular glass without coating transmits about 91% of the light through it, with about 8%of the light reflecting back(the rest is absorbed). Coating the outer surface of the glass can reduce the amount of light reflecting from 8% to 1%or 2%. Advantages -High solar energy transmittance and low light reflectance - Absorb solar energy - Texture pattern can prevent a clear perspective and protect the privacy - Scratch-resistance - High chemical resistance Applications AR solar glass is often used in the manufacturing of solar glass curtain walls, solar glass roofs, photovoltaic solar cells, solar water heater, picture frames, LED products, TV screens, and so on. Specifications Thickness:3.2mm, 4mm Sizes: As per client's request. Type of glass: AR clear solar glass, AR low iron solar glass, AR low iron patterned solar glass, tempered AR solar glass

two folds:100w,120w,160w,200w three folds:150w,180w,240w,300w four folds:200w,240w,320w,400w can be all black, can custom make

Solar cell paste glass frit

Double Glass 1500V Solar Module Category model FY166M370-60 60 version (9BB-166) Standard test conditionsï¼?AM1.5,E=1000W/m2ï¼?TC=25â?? Pmax 370W Maximum system voltage 1500V Tolerance range 0~5W Maximum system current 20A Vpm 34.0V Operating temperature ï¼?40~85â?? Ipm 10.89A Cell type Monocrystalline silicon Voc 41.2V Weight (Kg) 22kg Isc 11.41A Specification (mm) 1785*1046*5.3 Half-cell battery technology, brand new circuit design. Super frame, can bear 5400Pa mechanical load test. Drainage system design to prevent deformation and cracking of the frame due to freezing. Significantly reduce the risk of hot spots and reduce power loss. Excellent anti-PID performance and strict quality control ensure the high reliability of the product.

Double Glass 20A Solar Module Category model FY166M440-72 72 version (9BB-166) Standard test conditionsï¼?AM1.5,E=1000W/m2ï¼?TC=25â?? Pmax 440W~450W Maximum system voltage 1500V Tolerance range 0~5W Maximum system current 20A Vpm 41.2V Operating temperature ï¼?40~85â?? Ipm 10.7A Cell type Monocrystalline silicon Voc 49.3V Weight (Kg) 25.2kg Isc 11.2A Specification (mm) 2089*1033*5.3 Half-cell battery technology, brand new circuit design. Super frame, can bear 5400Pa mechanical load test. Drainage system design to prevent deformation and cracking of the frame due to freezing. Significantly reduce the risk of hot spots and reduce power loss. Excellent anti-PID performance and strict quality control ensure the high reliability of the product

Half-cell battery technology, brand new circuit design. Superframe can bear 5400Pa mechanical load test. Drainage system design to prevent deformation and cracking of the frame due to freezing. Significantly reduce the risk of hot spots and reduce power loss. Excellent anti-PID performance and strict quality control ensure the high reliability of the product. View video Share: Contact now Ask a question

Super Heat-Conducting Tube is consists of the glass tube and copper pipe. The temperature can be more 300 in the tube. Features: 1) High heat effectiveness: higher than all glass evacuated solar collector tube by 15%. 2) heat pipes conduction: successfully prevents the defects of tube breakage and low power output caused by water fouling and deposits or dust and sand. 3) Prevents the tube from being easily broken caused by volume expansion when water freezes in the frigid season. 4) Low thermal capacity makes the tube start up quickly. 5) Energy output of sunshine within only 2 minutes. 6) Insulation temperature can reach 250, average heat efficiency can still be more than 50%; even under -50. 7) High efficient selective absorptive coatings and vacuum heat insulation technology ensure the tube has higher heat output in cloudy weather and in moist areas, especially in winter. 8) Solar collecting plate is sealed inside a high quality borosilicate glass tube with 5 x 10 - 3Pa of vacuum, to stop corrosion; even in moist conditions. Metal-glass evacuated solar collector tube consists of a single glass tube and a flat or curved aluminum plate inside attached to a copper heat pipe.

1.All Glass Vacuated Tube All glass evacuated tubes are the key component of solar collectors. The evacuated tube is similar to a conventional Dewar flask and consists of two borosilicate glass tubes, a glass with high chemical and thermal shock resistance. The outer side of the inner tube is coated with a sputtered solar selective surface. This coated inner tube is closed at one end and sealed at the other end to the outer tube. The annular space between the outer tube and inner tube is evacuated to virtually eliminate heat loss by conduction and convection. We use the tubes which use the successfully developed innovative Advanced Solar Selective Coatings in commercial scale, which achieve the highest thermal efficiency and good thermal stability. Solar selective coatings absorb most solar radiation while simultaneously suppressing the thermal emittance loss from coating surfaces. They vary mainly in their optical property and thermal stability. Excellent results have been obtained by using DC magnetron sputtering technology. A solar absorbance of 0.94 - 0.96 with an emittance of 0.04 - 0.06 at 100 centigrade has been achieved. Models º¦47í-150 º¦58í-180 Weight 1.35í+0.12kg 2.29í+0.18kg Structure All glass coaxial double-layer tubes All glass coaxial double-layer tubes Outer tube diameter º¦47í+0.7mm º¦58í+0.7mm Inner tube diameter º¦37í+0.7mm º¦47í+0.7mm Outer Tube thickness 1.6í+0.15mm 1.8í+0.15mm Inner tube thickness 1.6í+0.15mm 1.6í+0.15mm Tubes length 1542í+4mm 1812í+4mm Material of coating AlN/AIN-SS/Cu AlN/AIN-SS/CU Absorptance 0.94~0.96 0.94~0.96 Emittance 0.04~0.06 0.04~0.06 Vacuum Pí_5í-10-3pa Pí_5í-10-3pa Transmittance of Outer Tube 0.91 0.91 Stagnation temperature (height) 270~300íµ 270~300íµ Heat-loss coefficient í_0.6w/ m2*íµ) í_0.6 w/ (m2*íµ). Bearing hailstone ability hailstone diameterº¦25mm hailstone diameterº¦25mm. Pressure-endure ability 1MPa 1MPa.