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High-Efficiency Half-Cell TOPCon Cells

 The half-cell design splits traditional full-size cells into two, effectively reducing the internal resistance loss of the cells. This allows current to flow more smoothly during transmission, minimizing power loss. Especially in low-light conditions, they can still maintain excellent power generation performance, significantly increasing the overall electricity output of the module.

Mechanical load

Enhanced mechanical load

 

In terms of core design, the product optimizes the structural mechanics model and adopts high-strength alloy materials and precision forging processes, enabling the key load-bearing components to have an anti-deformation capacity that is more than 30% higher than that of traditional versions. Whether it is continuous static load or high-frequency dynamic load, it can maintain a stable operating state, effectively avoiding problems such as component wear and fracture caused by overload, and significantly extending the service life of the equipment.

Structural-stability

Structural stability

 

In practical applications, this advantage can easily meet the needs of diverse scenarios. For example, in industrial production lines, it can stably carry the handling and processing of heavy workpieces, ensuring the continuous and efficient operation of the production process; in logistics and transportation equipment, it can easily handle the loading, unloading and transportation of large-tonnage goods, improving the efficiency of logistics operations.

Whole House Power BackUp

Electrical characteristics (STC/NOCT)
MODEL HY-M10/144H-555 HY-M10/144H-560 HY-M10/144H-565 HY-M10/144H-570 HY-M10/144H-575 HY-M10/144H-580 HY-M10/144H-585
  STC NOCT STC NOCT STC NOCT STC NOCT STC NOCT STC NOCT STC NOCT
Power Output-Pmax(W) 555 417 560 421 565 425 570 429 575 433 580 437 585 441
Maximum Power Voltage-Vmp(V) 42.8 39.19 43 39.28 43.2 39.38 43.4 39.51 43.6 39.64 43.8 39.77 44 39.91
Maximum Power Current-Imp(A) 12.99 10.64 13.04 10.71 13.1 10.79 13.15 10.85 13.21 10.92 13.26 10.97 13.32 11.02
Open-Circuit Voltage-Voc(V) 51.17 47.78 51.37 47.92 51.57 48.06 51.77 48.2 51.97 48.34 52.17 48.48 52.37 48.62
Short-Circuit Current-Isc(A) 13.83 11.35 13.89 11.42 13.95 11.49 14.01 11.55 14.06 11.62 14.12 11.69 14.18 11.76
Module Efficiency-ηm(%) 21.5 / 21.7 / 21.9 / 22.1 / 22.3 / 22.5 / 22.6 /
Power Tolerance(W) (0,+5W)
Maximum System Voltage(V) 1500Vdc (IEC / UL)
Max Series Fuse Rating(A) 30A
  *Standard Test Conditions (STC): Irradiance 1000 W/m², Cell Temperature 25°C, Air Mass AM 1.5 *NOCT Testing Conditions: Irradiance 800 W/m², Cell Temperature 20°C, Wind Speed 1 m/s
Structural performance
Cell Arrangement TOPCon Mono-Crystalline 182mm (2x72pcs)
Dimensions of Module L*W*H 2278x1134x30mm
Weight 32 kg
Glass Coated, 2+2mm tempered Glass, low Iron
Frame silver
Junction Box IP68
Cables 4.0mm² ,30cm(+),30cm(-), length can be customized
Mechanical load Front Side Max.5400Pa, Rear Side Max.2400Pa
Connectors MC4 Compatible
Packaging
  2278x1134x30mm
Container 40’HQ
Module per box 37
Module per 40′ Container 740
Temperature characteristics
Rated operating cell temperature 44±2℃
Maximum power temperature coefficient -0.300%C
Temperature Coefficient of Voc -0.250%℃
Temperature Coefficient of lsc +0.046%℃
Operational Temperature -40~+85℃
  • HY-M10-144G-555-585-1
  • HY-M10-144G-555-585-2

*The unit is millimeter.
*The picture below is a schematic diagram of the product, if you need detailed drawings, please contact HonorSolar.

HY-M10-144G-555-585-3 HY-M10-144G-555-585-4
144G
HY-M10/144G-555-585
Installation Video
Installation Video