Beijing Shan Hu International Technology Co., Ltd. Company
                                            Profile
Products Details
Home > products >
2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels
  • 2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels

2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels

Testing Condition: STC Maximum Power (Pmax/W): 645
Operating Voltage (Vmpp/V): 37.48
Operating Current (Impp/A): 17.21
Module Efficiency (%): 20.76
Module Dimensions: 2384*1303*33mm
Weight: 38.3kg
Connectors: MC4
Back Glass: 2.0mm White Grid- Patterned Glass
Download

Product Details

Front Glass::
2.0mm AR Coating Tempered Glass
No. Of Cells::
2x66 Cell
Place of Origin:
China
Brand Name:
SANGSOLAR
Certification:
CE/TUV/BSP/CSI
Model Number:
SANGSOLAR
Minimum Order Quantity:
Pallet
Price:
Negotiated
Packaging Details:
Carton on Pallet
Delivery Time:
10-30days
Payment Terms:
TT/LC/Alibabashop
Supply Ability:
2GW/Year
High Light: 

2x66 Cell bifacial Module

,

2x66 Cell mono perc half cut panels

,

PERC bifacial Module

Product Description

Product Description:

One of the key features of this mono perc half cut 400 watt solar panel is its maximum series fuse of 30A, which ensures that your solar power system is always protected from overcurrents. Additionally, the module dimensions of 2384*1303*33mm make it easy to install in any space. It also features a junction box with an IP68 rating, which means that it is completely dust-tight and can withstand continuous immersion in water, making it perfect for outdoor installations.
The PERC Solar Module also features 3 bypass diodes, which ensures that the panel will continue to function even if one or more cells are shaded or damaged. This provides maximum efficiency and ensures that your solar power system will continue to produce energy even in less than ideal conditions. With a total of 2x66 cells, this mono half cut solar panel provides a high level of energy output, making it perfect for large-scale solar projects.
In summary, the PERC Solar Module is a top-of-the-line solar panel that features the latest in solar technology. Its durable
construction, maximum series fuse, and bypass diodes ensure that it will provide reliable energy output for years to come. Its large number of cells and module dimensions make it easy to install and perfect for large-scale solar projects.
 
MECHANICAL CHARACTERISTICS

Solar CellMono-Crystalline Silicon 210*105mm
No. of Cells132(6*22)
Module Dimensions2384*1303*33mm(93.86*51.30*1.30inches)
Weight38.3kg
Front Glass2.0mm AR Coating Tempered Glass
Back Glass2.0mm White Grid- patterned Glass
FrameAnodized Aluminium Alloy
Junction BoxIP68,3 Bypass Diodes
Output Cables

4mm²,300mm(+)/300mm(-)
or Customized Length

ConnectorsMC4

APPLICATION CONDITIONS
 

Maximun System VoltageDC1500V
Operating Temperature-40°C~+85°C
Maximun Series Fuse30A
Safety Protection ClassClassⅡ
Mechanical LoadFront side 5400Pa, Back side 2400Pa
Refer.Bifaciality Factor70%±5%

 
TEMPERATURE CHARACTERISTICS

Temperature Coefficient of Pmax-0.34%/°C
Temperature Coefficient of Voc-0.25%/°C
Temperature Coefficient of Isc+0.04%/°C
Nominal Module Operating Temperature (NOCT)42±2°C

I-V CURVE
2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels 0

Features:

The Bifacial PERC Solar Module (half-cut) 645-665w offers a high power output with dual-sided generation, resulting in effectively reducing balance of system (BOS) costs. The conversion efficiency reaches an impressive 21.25%.
This module utilizes innovative non-destructive cutting technology to reduce the risk of hidden cracks, promising a higher yield for your PV system. Additionally, it boasts less loss compared to other modules.
With its enhanced safety level, this module has passed a Fire test Class A and is IP68 water resistant for long-term weather endurance. It is also resistant to harsh environments such as salt mist, sand and dust, and ammonia gas.
This module is rarely affected by light-induced degradation and offers an excellent linear power warranty. With power degradation within 2-30 years ≤ 0.45% per year, the minimum module output power is not lower than 85% each 30 years.
TECHNICAL DRAWINGS
2x66 Cell 645-665w PERC Bifacial Module Mono Perc Half Cut Panels 1
 
ELECTRICAL CHARACTERISTICS

Model/BDM132-645-665-210645W650W655W660W665W
Testing Condition: STC Maximum Power (Pmax/W)645650655660665
Operating Voltage (Vmpp/V)37.4837.6937.8938.0938.29
Operating Current (Impp/A)17.2117.2517.2917.3317.37
Open-Circuit Voltage (Voc/V)45.3045.5045.7045.9046.10
Short-Circuit Current (Isc/A)18.2918.3318.3818.4318.48
Module Efficiency (%)20.7620.9221.0921.2521.41

 

Pmax Gain5%10%15%20%25%
Pmax/W688721773807841
Vmpp/V37.8937.8938.8938.8938.89
Impp/A18.1519.0219.8820.7521.61
Voc/V45.7045.7045.9045.9045.90
Isc/A19.3020.2221.1422.0622.98

Support and Services:

Our PERC Solar Module product comes with comprehensive technical support and services to ensure that our customers receive the highest quality and most reliable solar modules. Our technical support team is available to answer any questions or concerns you may have regarding the installation, operation, and maintenance of our products. Our services include:

  • Installation assistance and guidance
  • Module testing and analysis
  • Maintenance and repair services
  • Warranty and product registration support
  • Technical training and education

We are committed to providing our customers with exceptional service and support throughout the lifetime of our products. Contact us today to learn more about our technical support and service offerings.

 

FAQ:

Q: What is the brand name of the solar module?
A: The brand name of the solar module is Sangsolar.
Q: What is the model number of the solar module?
A: The model number of the solar module is BDM132-645-665-210
Q: Where is the solar module manufactured?
A: The solar module is manufactured in China.
Q: What is the power output of the solar module?
A: The power output of the solar module varies depending on factors such as sunlight intensity and temperature. However, the maximum power output is 665 watts.
Q: What is the warranty period for the solar module?
A: We offer a 25-year warranty for the power output of the solar module and a 10-year warranty for the product itself.
 
PACKING CONFIGURATION

Type of ShippingPlatform Trailer (17.5m)Container 40'HC
Pieces/Pallet3333
Total Amout759594

SUCCESSFUL PROJECTS
Latest company solutions  about Solar Farm Renewable Energy Solutions

Solar Farm Renewable Energy Solutions

Discover new ways of generating and storing energy. What are solar farms? Solar panel farms are large-scale installations of photovoltaic (PV) panels that generate electricity from sunlight. These farms can range in size from a few acres to hundreds of acres and are typically situated in rural areas where there’s ample sunlight and land availability. In the worldwide, solar farms are becoming an increasingly popular way to generate clean and renewable energy - for powering your business and selling back to the grid.   What are the benefits of solar farms? As well as providing clean, sustainable energy, solar power farms also offer a range of other benefits. They can help to reduce greenhouse gas emissions and combat climate change, and also provide opportunities for local employment, as solar farms require maintenance and monitoring. There are a few concerns raised about their impact on biodiversity and the loss of agricultural land, so in response to this, more and more countries has introduced guidelines for solar farms, which require developers to carry out environmental impact assessments and to consider the impact on local communities.   How much do solar farms cost? The cost of building a commercial solar panel farm can vary depending on the size of the installation, the location, and the quality of the PV panels used. However, according to industry experts, the average cost of building a solar farm is around €1 million per megawatt (MW) of capacity. This means that a 50MW solar farm, which is a fairly typical size in the EU, would cost around €50 million to build. Despite the initial high cost, solar farms are considered a sound investment due to the potential long-term savings on energy costs, and the opportunity to generate revenue from the sale of excess energy back to the National Grid. Solar farms in the EU usually have a lifespan of around 25 years and can generate enough electricity to power thousands of home and businesses.  
Latest company solutions  about In the intricacies of healthcare and medical systems, the importance of reliable electronic components

In the intricacies of healthcare and medical systems, the importance of reliable electronic components

​   A network core switch is an essential component of a network, typically located in the backbone or central area. It is responsible for high-capacity data transfer and plays a critical role in ensuring the smooth operation of the network. Acting as a gateway to the Wide Area Network (WAN) or the Internet, the fiber core switch facilitates connections to servers, Internet Service Providers (ISPs) through routers, and the aggregation of all other switches. To effectively handle the traffic directed to it, a core layer switch must have significant power and capacity, making it essential to be a fast, full-featured managed switch.   How Does Core Switches Work? The following sections describe how the network core switches operate in a network environment.   Network Traffic Aggregation Network core switches perform the crucial duty of aggregating network traffic from various sources, consolidating and managing it efficiently.   High-Speed Data Forwarding Core layer switches are responsible for processing and forwarding data packets rapidly and efficiently, utilizing advanced switching technologies.   Interconnectivity A core switch establishes connections between different segments and subnets within a network, enabling seamless communication and data transfer.   The aforementioned points highlight the benefits of employing a network core switch. In the event of a network failure, this equipment guarantees the reliability and integrity of data transmission by facilitating two-way data flow and enabling network self-healing. The core switch exhibits robust scalability, supporting multiple interfaces and facilitating bus network implementation. Moreover, it features an internal automatic alarm function that promptly notifies relevant personnel of any failures, ensuring timely maintenance. This convenience allows for efficient remote management and maintenance.
Latest company solutions  about High-Speed Data Forwarding

High-Speed Data Forwarding

​   A network core switch is an essential component of a network, typically located in the backbone or central area. It is responsible for high-capacity data transfer and plays a critical role in ensuring the smooth operation of the network. Acting as a gateway to the Wide Area Network (WAN) or the Internet, the fiber core switch facilitates connections to servers, Internet Service Providers (ISPs) through routers, and the aggregation of all other switches. To effectively handle the traffic directed to it, a core layer switch must have significant power and capacity, making it essential to be a fast, full-featured managed switch.   How Does Core Switches Work? The following sections describe how the network core switches operate in a network environment.   Network Traffic Aggregation Network core switches perform the crucial duty of aggregating network traffic from various sources, consolidating and managing it efficiently.   High-Speed Data Forwarding Core layer switches are responsible for processing and forwarding data packets rapidly and efficiently, utilizing advanced switching technologies.   Interconnectivity A core switch establishes connections between different segments and subnets within a network, enabling seamless communication and data transfer.   The aforementioned points highlight the benefits of employing a network core switch. In the event of a network failure, this equipment guarantees the reliability and integrity of data transmission by facilitating two-way data flow and enabling network self-healing. The core switch exhibits robust scalability, supporting multiple interfaces and facilitating bus network implementation. Moreover, it features an internal automatic alarm function that promptly notifies relevant personnel of any failures, ensuring timely maintenance. This convenience allows for efficient remote management and maintenance.