Yingli China Home Roof 300W 350W 500W 1000W PV Solar Module Mono Roof Solar Panel Tile Kit Completo System High Efficiency

• Warranty: <5 Years
• Number of Cells: 108
• Application: Roof Tile
• Condition: New
• Certification: ISO, CE, TUV
• Material: Monocrystalline Silicon
• Model NO.: 182all black 10BB
• Size: 1722*1344*30
• Brand: Yingli/Gain Solar
• Weight: 25
• Package: 4PCS/Cnt
• Transport Package: 4PCS/Cnt
• Specification: CE/TUV/CGC
• Trademark: Yingli Solar/Gain Solar
• Origin: China Hebei Baoding
• HS Code: 85414300
• Production Capacity: 500PCS/Day

Product Description

Mechanical Specifications
External Dimensions	1722x1134x30mm
Weight	20.5kg
Solar Cells	Mono crystalline 182mm (2x54pcs)
Front Glass	AR Coated 3.2 mm tempered glass
Frame	Anodized aluminum alloy
Junction Box	IP68
Output Cables	4.0mm3, 50cm (t), 50cm (), length can be customized
Connector	MC4 EVO2
Mechanical Load	Front Side Max. 5400Pa, Rear Side Max. 2400Pa

Electrical Characteristics (STC/NOCT)
Module Type	JS385M10		JS390M10		JS395M10		JS400M10		JS405M10		JS410M10
	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT
Maximum Power- Pmax(W)	385	290	390	294	395	298	400	302	405	306	410	310
Open Circuit Voltage - Voc(V)	36.76	34.49	36.85	34.62	36.98	34.75	37.07	34.88	37.23	35.12	37.32	35.23
Short- Circuit Current - lsc(A)	13.53	10.82	13.61	10.89	13.70	10.96	13.79	11.03	13.87	11.10	13.95	11.16
Voltage at Pmax -Vmp(V)	30.44	28.66	30.64	28.87	30.84	29.08	31.01	29.26	31.21	29.47	31.45	29.72
Current at Pmax - lmp(A)	12.65	10.18	12.73	10.18	12.81	10.25	12.9	10.32	12.98	10.38	13.04	10.43
Module Efficiency -nm(%)	19.8	/	20.0	/	20.2	/	20.5	/	20.8	/	21	/
Power Tolerance(W)	(0, +4.99W)
Maximum System Voltage(V)	1500Vdc (IEC )
Maximum Series Fuse Rating (A)	25A
STC : Irradiance 1000W/m 2, Cell Temperature 25 C , Air Mass 1.5NOCT : Irradiance 800W/m, Ambient Temperature 20 C , Air Mass 1.5, Wind Speed 1m/s

What does the electricity generated by BIPV used for?
The electricity generated by BIPV (Building-Integrated Photovoltaics) can be used for a variety of purposes within the building, including:
Powering lighting: The electricity generated by BIPV systems can be used to power the lighting systems in the building, which can help reduce energy consumption and costs.
Running HVAC systems: BIPV systems can also be used to power heating, ventilation, and air conditioning (HVAC) systems in the building, which can help reduce energy consumption and costs.
Charging devices: The electricity generated by BIPV systems can be used to charge devices such as smartphones, laptops, and electric vehicles.
Powering appliances: BIPV systems can also be used to power appliances such as refrigerators, washing machines, and dishwashers, which can help reduce energy consumption and costs.
Selling back to the grid: In grid-connected BIPV systems, any excess electricity generated by the system can be sold back to the utility company, providing additional cost savings for the building owner.
Overall, the electricity generated by BIPV systems can be used for a wide range of applications within the building, helping to reduce energy consumption, costs, and carbon emissions.
How to install BIPV ?
BIPV (Building Integrated Photovoltaics) is a type of solar technology that is designed to be integrated into building materials such as windows, roofs, and facades. Installing BIPV can be a complex process and should be done by a qualified professional. However, here are some general steps that may be involved in the installation of BIPV:
Consult with a BIPV professional: Before beginning any installation, it is important to consult with a BIPV professional who can assess your building's energy needs, design a BIPV system that is appropriate for your building, and provide guidance on installation.
Evaluate your building structure: BIPV requires a strong and stable building structure to support the added weight of the solar panels. A structural engineer may need to be consulted to ensure that the building can support the added weight of the BIPV system.
Install the BIPV panels: BIPV panels can be installed in a variety of ways, depending on the type of building material and the design of the system. For example, BIPV panels can be integrated into roofing materials, installed as a façade, or incorporated into windows.
Connect the BIPV system to your electrical system: The BIPV system must be connected to your building's electrical system to convert the solar energy into usable electricity. This may require the installation of an inverter and other electrical components.
Obtain any necessary permits: Depending on where you live, you may need to obtain permits for the installation of a BIPV system. Check with your local building department for any necessary permits or inspections.
Monitor and maintain the BIPV system: Once installed, it is important to monitor and maintain the BIPV system to ensure that it is functioning properly and efficiently. This may include regular inspections, cleaning, and repairs.
Overall, installing BIPV requires specialized knowledge and expertise. It is important to work with a qualified professional who can design and install a BIPV system that is appropriate for you.