Item Tag: 160W Solar Panels

Description: The product is designed based on the solution of the frequency problems of the current folding solar panels such as hinge, handle, corners easy to fall off and lockers hard to open. Also the product is super easy to use with the characters of: 1. Customers don’t have to put the panels out or in the bag before and after using, because the panels come with a bag. 2. And the panels will be protected when not using without the extra bag, because it’s put face to face. 3. Before connect to the battery, customers don’t have to cover the panels because the face is covered itself when folded up.4. Will provide the pictures of test parameter for each panel ordered to guarantee the output power. Special Features: Packaging List: 1. Special designed folding panel, super easy to use. 1. Folding panels. 2. Controller suitable for both Lead Acid battery and Lithium battery. 2. Controller (pre-installed). 3. Enhanced flexible hinge, passed 3,653 times open/close test. 3. Extension cable from controller to Anderson style connector (pre-installed). 4. Enhanced handle, corner. Handle, Corner are riveted to panel frame. 5. Panels fully protected without extra bag when not using. 4. Alligator clips cable. 5. Ring terminal cable. 6. 2 pegs. 7. Controller Manual. General Features: Parameters: 1. Brand: Special Solar Maximum Power: (Pmax) 160 (0,+3%) W 2. Model Number: 160W MONO FD Voltage at Pmp: (Vmp) 18.6V 3. Cells: Class A Monocrystalline. Current at Pmp: (Imp) 8.6A 4. Frame: Aluminium alloy with anodizing. Open circuit Voltage: (Voc) 22.6V 5. Glass: 3mm tempered glass. Short circuit current: (Isc) 9.0A 6. Bag and Hinge: 1680D Polyester fabric. Closed dimension: 963*540*60 mm 7. Panels CE, TUV certificated, assembled in Australia. Open dimension: 1950*540*30 mm 8. Parameters test conditions: AM=1.5, E=1000W/m^2, TC=25°C: Weight: 14.7 Kg Application class: A Note: Patent under application.A brief calculation for solar panel with the formulation: EA*D = B + SA*D*8 Here: D – Days the system can work without external input. B – The capacity of battery, for example 140AH. EA – The Amps usage of furniture, assume a Stereo (7.5A), Kettle (2A), TV(12A) and Fridge (40L (24A), 50L(32A), 60L(40A) , 80L(48A) or 100L (56A)). SA – The Amps provided by solar panel (Can be found from the parameters of solar panel). Then to get the solar panel needed for a certain days holiday: SA = (EA*D-B)/(8*D) To get how many days the system can work based on a solar system: D= B/(EA-8*SA) Example 1: You have a 100AH battery, 80L Fridge and you plan a 5 days holiday, the current of the solar system should be: SA = (69.5*5-100)/(8*5) = 6.2 A With 20% margin, the current should be 7.4, and the system needs to be 140W. Example 2: You have a 100AH battery, 100L Fridge and 160W solar system, then the days your system can support will be: D = 100/(77.5 – 8* 8.6)=11.5. Considering around 20% margin, your holiday can be 9 to 10 days without worrying power system.