Increased power generation through MBB (multibus bar) and half-cut cell technology
 
The Honey M module uses MBB (Multibus Bar) technology to reduce current conduction distance by more than 50% and reduce resistance losses inside the ribbon. The use of narrow, narrow round wires in the bus bar increases the light receiving area, as well as making it easier for incident light to reach the cell and increasing energy efficiency. In addition, the unique circuit design of the half-cut cell reduces power loss by a quarter compared to full-size cells, increasing the power generation efficiency of the entire module by more than 2%.
 
Reduction of LCOE (equalized power generation cost) by improving performance
 
The half-cut cell design suppresses the temperature rise of the module and increases the amount of power generated per watt. In addition, the use of wiring technology that splits cell strings and connects them in parallel greatly reduces the power generation loss caused by shadows caused by vertical panels. In addition, by adopting MBB (multibus bar) technology, higher power generation is achieved even in areas with strong solar radiation.
 
High reliability
 
Honey M modules are one of the most trusted modules in the industry. Hot spot suppression performance with half-cut cell technology reduces module failure and improves safety. The adoption of MBB (Multibus Bar) technology achieves more uniform crack resistance stresses, especially when cracks are small. Trina Solar's solar modules, which use MBB technology, have a high market share and have led the global photovoltaic industry.
 
Electrical Data
Peak Power Watts-PMAX (Wp): 370
Power Tolerance-PMAX (W): 0 ~ +5
Maximum Power Voltage-VMPP (V): 32.4
Maximum Power Current-IMPP (A): 10.82
Open Circuit Voltage-VOC (V): 41.3
Short Circuit Current-ISC (A): 11.37
Module Eciency η m (%): 20.2
 
Mechanical Data
Solar Cells: Monocrystalline
Cell Orientation: 120 cells (6× 20)
Module Dimensions: 1763× 1040 × 35 mm (69.41× 40.94 × 1.38 inches)
Weight: 20.0 kg (44.1 lb)
Glass: 3.2mm (0.13 inches), High Transmission, AR Coated Heat Strengthened Glass
Encapsulant Material: EVA/POE
Backsheet: White
Frame: 35 mm (1.38 inches) Anodized Aluminium Alloy
J-Box: IP 68 rated
Cables: Photovoltaic Technology Cable 4.0mm (0.006 inches), Portrait: N 280mm/P 280mm(11.02/11.02inches), Landscape: N 1200 mm /P 1200 mm (47.24/47.24 inches)
Connector: MC4 EVO2/TS4