Boguang 2pcs 100w Flexible Solar Panel cell Module 200W DIY Kit PV RV Car Boat Home Use 12V /24V So


US $198.31Original Price : US $267.99 (26%)  

Discount Price Boguang 2pcs 100w Flexible Solar Panel cell Module 200W DIY Kit PV RV Car Boat Home Use 12V /24V So with FREE Shipping Worldwide!


 4.63



Product description

[32951251342]

Packing listing:
1. 2pcs 100w solar panel
2. 20A 12v/24v charge controller
3. 1 set Extension cable with PVconnector
4. 1 set cable with alligator clip (connect to battery)
5. 1 set 2 in 1 PVconnector (in parallel solar panel)
?This product we set up inventory in Russia, Canada, Australia,Spain,Belgium. When you buy it, we will ship from your country that you don't need to consider customs clearance and duties and it will be fast delivery.
However,the zip code in Spain that starts with 35, 38, 51, 52 need to provide buyer identity information, sales vouchers, and add 15 euros for customs clearance and duties.
The zip code in Russia that starts with 6,the delivery time is long ,maybe 30-45 days and some zip codes will only be sent to the post office instead of the shipping address,you need to go to the post office to pick up the parcel.
Some areas of Canada are remote areas and need to add remote fees. When you need to add remote fees, we will send you an email. Please check the mail, thank you!


Description



*high quality Monocrystalline siliconcell ,highefficiency 19.5% .



*Light weight and portable.



*Durable, portable and environmental friendly.



*High efficiency and excellent performance.



*Diode for anti-reverse charging to battery.



*Semi flexible: can be bending angle up to 20 degrees



*wide use applications:Golf car,Yacht, boat,caravan, electric car,travel tourism car, patrol car, roof,camping,roof power







Solar Panel Specification



Maximum power(Pmax) 100W



Maximum system voltage 700V DC



Open circuit voltage(Voc) 19.2V



Short circuit current(Isc) 6.87A



Maximum power voltage(Vmp) 16V



Maximum power current(Imp) 6.25A



Cell efficiency 19.5%



Operating temperature(NOCT) 45±2?



Temperature range -20?~+80?



Number of cells 32pcs



Weight 2KG



Size 1050*540*3 mm
Standard Test Conditions : lrradiance 1000w/m2,Temperature 25?,AM=1.5
20A charger controller











Batt voltage:12V/24V auto









Charge current:20A









Discharge current:20A









USB output:5V/2A









Self-consume:<10mA









Operating temperature:-35~+60 ?









suitable for :lead acid batteries, lithium ions









Build-in short-circuit protection,open-circuit protection,reverse











Extension cable with PVconnector



Model: 1*2.5mm



Number of cores: single core multiple strands



The maximum external diameter of the wire: 5.3 ± 0.2 (mm)



Nominal cross section: 2.5 (mm)



Uses: Photovoltaic power generation



Core material: tinned copper wire



Product Certification: TUV



Voltage rating: 0.6/1KV



Rated voltage: 1000V



length:3M

cable with alligator clip



Model: 1*2.5mmNu



mber of cores: single core multiple strandsTh



e maximum external diameter of the wire: 5.3 ± 0.2 (mm)No



minal cross section: 2.5 (mm)Us



es: Photovoltaic power generationCo



re material: tinned copper wirePr



oduct Certification: TUVVo



ltage rating: 0.6/1KVRa



ted voltage: 1000Vle



ngth:3M2 in 1 PV connector








Maximum working voltage:DC1000V









Rated Current:30A









Flame class: UL94-V0









Contact resistance:≤5mmΩ









Shell Protection degree:IP67









Specification of Connecting Line: 4mm²









Contact Material: Copper,Tin plate









Ambient temperature range:-40~+85?









Safety Level:class?








Solar system kit wiring method and precautions












1.The solar system kit connection is divided into parallel connection or serial connection. The controller must be first connect the battery , and then connect the solar panels.












2.When the solar panels are connected in series or in parallel, paid to the highest PV input voltage of the controller. The voltage connected in parallel to the controller after the series connection cannot exceed the maximum input voltage of the controller.












3.The total input power of the solar panel can't be greater than the rated power of the controller, otherwise, there is a risk of burning the controller.












4.When the cable is connected to each component, the connection should be stable and there should be no looseness.












5.The positive and negative poles of the controller and battery should be checked clearly. Do not reverse the positive and negative poles.












6.When the power rating of one controller is insufficient to meet all solar panels, multiple controllers can be simultaneously connected to the battery.

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