Max Power | 435w |
---|---|
Material | monocrystalline silicon |
Number of Cells | 108 |
Dimension | 1722x1134x30mm |
Weight | 20.5kg |
TOPCon solar cells have significant advantages in high efficiency, low temperature coefficient, and bifacial performance, making them a potential technology option for the solar industry.
415-435 Watt Topcon Mono Solar Panels are versatile and high-performing solutions suitable for a wide range of applications, from residential to large-scale commercial and industrial projects, offering reliable and efficient solar energy production for various power needs.
1.High Efficiency
TOPCon solar cells have high energy conversion efficiency. By optimizing the structure and materials of the cell, non-radiative recombination and reverse current loss are reduced, enabling it to more efficiently convert sunlight into electricity.
2.Bifacial Performance
TOPCon solar cells have good bifacial performance, which means that it can absorb light efficiently on both the front side and the back side, which improves its energy capture capability. This allows TOPCon cells to perform better in applications with reflective backsheets such as glass or metal.
3.Low Heat Loss
TOPCon cells reduce the loss of current through the junction, which may cause a certain degree of heat loss in traditional PERC cells. By optimizing the battery structure and current channel, TOPCon batteries have more stable performance under high temperature conditions and have a lower temperature coefficient.
4.Optimized Current Channel
The design of TOPCon battery adopts high-level design and optimized current channel, which helps to reduce the non-radiative recombination of electrons. This can improve the fill factor and current output of the battery.
5.High Photoelectric Conversion Efficiency
The photoelectric conversion efficiency of TOPCon cells is relatively high, which means that it can generate more electricity under a given light condition. This enables the TOPCon battery to provide higher power output in a limited space.
6.Package and System Compatibility
TOPCon solar cells can be well adapted to conventional solar cell packages and system designs. As such, they can be compatible with existing solar modules and systems without requiring extensive system retrofits.
1.Commercial and Industrial Rooftop Installations
These high-efficiency solar panels are well-suited for commercial and industrial rooftops, providing a reliable and sustainable source of electricity to power the operations of various businesses, warehouses, and manufacturing facilities.
2.Utility-Scale Solar Farms
They can be used in large utility-scale solar farms and solar power plants, contributing significantly to the overall energy production and helping to meet the increasing demand for clean and renewable energy in the utility sector.
3.Residential Solar Installations
These panels can be employed in residential solar installations, providing homeowners with a cost-effective and environmentally friendly energy solution that can potentially reduce electricity bills and reliance on the grid.
4.Off-Grid Applications
They can be utilized in off-grid applications, such as in remote areas or for powering critical infrastructure, where a reliable and efficient solar energy solution is necessary to meet the power demands of off-grid systems.
5.Microgrid Systems
These panels can be integrated into microgrid systems, providing a sustainable and independent power source for communities, commercial complexes, and industrial facilities that want to reduce their reliance on traditional energy sources.
6.Industrial and Agricultural Applications
They can be used in various industrial and agricultural applications, such as powering irrigation systems, water pumps, and other machinery, enabling businesses to operate sustainably and efficiently.
For More Details, Please Send Your Inquiry To MJK Power Team. Thank You!
Email: hedy@mjkpower.com
Tel:+86 15370226860 (WeChat/ Whatsapp)
We will contact you within 1 working day, please pay attention to the email with the suffix “@mjkpower.com”.