New Hpbc 40W Waterproof Robust High Efficiency Solar Panel for Tent Ship Car

• Warranty: 25 Years
• Number of Cells: 72pcs
• Application: Industrial
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: VSMH-40W
• Condition: New
• Certification: ISO, CE
• Material: Hpbc
• Weight: 2.7kg
• Cell: Hpbc
• Maximum Power: 40W
• Module Efficiency: 19%
• Transport Package: Carton Box
• Specification: 560*390*25MM
• Trademark: Customized
• Origin: China
• HS Code: 8541430000
• Production Capacity: 500000
• Package Size: 57.00cm * 40.00cm * 3.00cm
• Package Gross Weight: 2.900kg

Product Description

New Arrivired 40W 50W PV Solar Power Module High Efficiency Mono Half- Cell Solar Panel High Quality Solar Panel for Power Supply

Product Description

 

Features:

• High efficiency monocrystalline solar panel manufactured to the highest quality and performance standards
• Great for all grid connected or off grid systems on ground power plants and rooftops
• Can be used for any standalone off-grid solar power system with batteries, such as a household solar system or solar lighting
• Tough, sealed aluminium frame is perfect for all weather conditions
• Comes with  solar cable which can work in high roof temperatures and has minimum power losses … Scroll down to Product Description for more details about this product

(5W-570W CAN BE CUSTOMIZED OEM/ODM AVAILABLE)

MODEL NO.	OUTPUT POWER (W)	WORKING VOLTAGE (VMP)	WORKING CURRENT (IMP)	DIMENSIONS (MM)	OPEN-CIRCUIT VOLTAGE (VOC)	SHORT-CIRCUIT CURRENT (ISC)
VSMH-5W	5W	18.24V	0.27A	270*160*17	22.08V	0.23A
VSMH-10W	10W	20.52V	0.49A	400*190*17	24.84V	0.40A
VSMH-20W	20W	20.52V	0.97A	400*190*17	24.84V	0.81A
VSMH-30W	30W	18.24V	1.64A	430*390*25	22.08V	1.36A
VSWM-40W	40W	18.24V	2.19A	560*390*25	24.10V	1.66A
VSWM-50W	50W	21.66V	2.31A	660*390*25	22.08V	2.26A
VSWM-60W	60W	18.24V	3.29A	770*390*25	26.22V	2.29A
VSWM-80W	80W	18.24V	4.39A	770*560*30	22.08V	3.62A
VSWM-100W	100W	21.66V	4.62A	770*670*30	26.22V	3.81A
VSWM-120W	120W	18.24V	6.58A	770*800*30	22.08V	5.43A
VSWM-140W	140W	20.52V	6.82A	890*770*30	24.84V	5.64A
VSWM-150W	150W	22.80V	6.58A	1000*770*30	27.60V	5.43A
VSWM-200W	200W	21.66V	9.23A	1280*770*30	26.22V	7.63A
VSWM-240W	240W	18.24V	13.16A	1550*770*30	22.08V	10.87A
VSWM-280W	280W	20.52V	13.65A	1730*770*30	24.84V	11.27A
VSWM-430W	430W	30.78V	13.97A	1724*1134*30	41.40V	10.39A
VSWM-480W	480W	34.20V	14.04A	1920*1134*30	41.40V	11.59A
VSWM-525W	525W	37.62V	13.96A	2110*1134*30	45.54V	11.53A
VSWM-570W	570W	41.04V	13.89A	2279*1134*35	49.68V	11.47A

MECHANICAL PARAMETERS

Cell:	HPBC
Junction box:	IP67 Split type,3diodes
Output cable:	4mm² ,300mm in length
Glass:	Single glass,3.2mm coated tempered glass
Frame:	Anodized aluminum alloy frame
Weight:	3.5kg
Dimension:	660X390X25mm

OPERATING PARAMETERS

Operating temperature	-40°C~85°C
Front side static loading	5400Pa
Back side static loading	2400Pa
Maximum system voltage	DC1500V/1000V
Maximum series fues	25A
Nornal operating cell temperature	45±2°C
Safety glass	Class II

 

Product Parameters

 

 

 

 

Product Usage

 

Manufacturing Technique

The factory covers an area of 7000 square meters and has three finished product warehouses totaling 1500 square meters.

Packaging & Shipping

Certifications

FAQ

Do these panels have brackets attached to the roof?

 

The component itself is equipped with a junction box connector output voltage. If you need to access the off-grid system, you need to purchase additional appropriate wiring.

 

Can this solar panel accommodate 12V/24V/36V/48V batteries?

 

It can be used, but must be connected to a controller. When selecting the controller, it is necessary to adapt the maximum component input power that the controller can access (not exceeding).

 

How many kilowatt hours can this solar panel produce in a day?

 

In the case of STC, the power generation is the product of standard power and time (W*H).

 

What is the difference between high power modules and low power modules?

 

The biggest difference is that the efficiency of the cells used is not the same, which will result in different power generation efficiency of the PV modules. At the same time, due to the different efficiency of the cells used, their open voltage will not be the same. In addition, at the installation end, the high power module needs less quantity to meet the customer's demand compared to the low power module, which is also convenient for the wiring and installation at the installation end.