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https://www.anerngroup.com/products/high-efficiency-shingled-solar-modules-mono-perc/

As the solar applications and LED light manufacturer, Anern solar company has an in-depth understanding of customer needs and we apply advanced technology and design into each solution of our lighting products. We have a factory of 30,000 square meters, where we ensure high productivity and high-quality products through strict control of the manufacturing process and quality inspection; We have a professional and experienced R&D team that integrates the latest technology into every product design to provide strong technical support for customers' customized requirements.

High Efficiency Shingled Solar Modules Mono Perc
As one of the solar roof shingle manufacturers, Anern AN-MSP series shingled style solar panel is the hot-selling overlapping monocrystalline solar panel in Anern factory. Compared with the normal module cell technology, the shingle cell solar panel adopts the shingling technology which delivers ultra-high efficiency increasing the performance of the shingled panel in low light conditions, boosting the lifetime power yield of the solar system. Shingled modules cut solar cells into strips and overlap them inside the framed module. Intercell gaps are removed, and more shingled cells can be crammed into one module, increasing power output and module efficiency.

The Details of High Efficiency Shingled Solar Module Mono Perc
By configuring the solar cells in shingles, the shingled PV modules can be wired in groups and configured in parallel which significantly reduces the losses of energy caused by shading.

Adopting seamless soldering technology, the shingled solar cells allow the gap between the solar cells to be eliminated, which greatly increases the number of solar cells per square meter.

Shingle style solar panels have no visible circuitry which give them clean simple look providing superior street appeal.

Shingled cell solar panels do not need to be spaced apart like in conventional solar panels, higher power per square metre, the solar panel area can produce more energy.

The Specification Of High Efficiency Shingled Solar Modules Mono Perc
Item No.PM(w)Maximum Power VoltageMaximum Power CurrentOpen Circuit  VoltageShort Circuit CurrentSizeWeightWarranty
AN-MSP-550W550W45.84V12.00A53.63V12.65A2148*1188*35mm28.07kg25years
AN-MSP-500W500W41.18V12.14A49.42V12.82A2148*1020*35mm25.52kg25years
AN-MSP-450W450W36.74V12.25A43.07V12.86A2148*960*35mm22.68kg25years
AN-MSP-400W400W41.26V9.70A48.17V10.23A1730*1080*35mm20.55kg25years
AN-MSP-380W380W39.03V9.74A45.76V10.22A1730*1020*35mm19.41kg25years

The Key Features of High Efficiency Shingled Solar Modules Mono Perc
Advanced Technology：
Solarshingle technology provides ultra-high efficiency and maximizes installation capacity in limited space.

Beautiful Appearance:
Shingled solar modules are evenly arranged, which is very visually pleasing.

Enhanced Weather Resistance:
Avoid the microcrack of cells caused by the traditional welding process; Solar shingle systems are flexible and have compressive resistance, which makes them suitable for all harsh environments.

Reduce System Cost:
High module efficiency reduces floor space effectively, BOS, transportation, and maintenance costs

Strong Compatibility:
The perc shingled cell solar panels can be equipped with a variety of mainstream high efficient (PERC, SHJ) cells.

Anti-LID / PID：
Ensure higher actual yield during lifetime.

Shingled PV Modules Efficiency
The power of the shingled PV modules is increased by more than 10%: the higher the cells efficiency, the more advantages the shingled solar panel can gain. Compared with conventional PV modules, the theoretical power of shingled PV modules can be increased by 15%, and for mass production, the power can generally be increased by 10%-12%. Based on the M2 specification monocrystal PERC cells, the power of a 60-size conventional monolithic module can reach 315W, and after adopting the shingle enclosure technology, the module power can reach 345W (the power of the whole level, the actual power may be higher).

The increase in power of shingled solar cells mainly comes from the increase in the number of cells with reduced packaging and blanks, and secondly from the reduction in current consumption caused by the elimination of solder ribbons and the reduction of cells slices. In addition, due to the elimination of the welding ribbon, the frontal shielding of the shingled module is reduced, and a small amount of power is also increased.