600W 144 Single Glass Half-chip Monocrystalline Solar Photovoltaic Module

  • Multi-busbar TOPCon (MBB)10 busbar cells are used. Fully upgraded to 10 or 16 busbar cells, with stronger current collection capability and more stable power output.
  • The half-cut cell circuit configuration effectively reduces hot spot temperatures and resistive power losses within each cell string, directly improving overall module power generation performance and extending long-term component reliability. With a power temperature coefficient of only -0.32%/K, the module maintains superior output stability at high operating temperatures, making it well-suited for hot-climate and high-irradiance installations.
  • Structurally, the module is certified to withstand wind loads of 2,400 Pa and snow loads of 5,400 Pa, ensuring dependable performance in demanding environmental conditions including coastal, high-altitude, and heavy-snowfall regions.
  • Relative conversion efficiency≥97% under 200W/m2 low light, Lower sealing loss, more suitable for high-efficiency modules.
  • The authoritative test of anti-PID (potential-induced degradation) under severe conditions (85°C/85%RH, 96 hours), the probability of degradation caused by the PID phenomenon is minimized.
Product Parameters
Type family: RJxxxM10-144(xxx=555-620,in steps of 5W,144 cells)
Pmp [W]
Tolerance of rating [%]:±3
Voc[V] Isc[A] Vmp[V] Imp[A] Pmax[W] Efficiency%
RJ555SM10-144 50.26 13.46 43.09 12.88 555 20.5
RJ560SM10-144 50.49 13.52 43.25 12.95 560 20.7
RJ565SM10-144 50.64 13.59 43.37 13.03 565 20.9
RJ570SM10-144 50.76 13.67 43.49 13.11 570 21.1
RJ575SM10-144 50.89 13.74 43.63 13.18 575 21.3
RJ580SM10-144 51.00 13.83 43.74 13.26 580 21.5
RJ585SM10-144 51.17 13.91 43.85 13.34 585 21.7
RJ590SM10-144 51.23 13.99 43.97 13.42 590 21.9
RJ595SM10-144 51.35 14.08 44.08 13.50 595 22.1
RJ60OSM10-144 51.49 14.15 44.22 13.57 600 22.3
RJ605SM10-144 51.62 14.22 44.35 13.64 605 22.5
RJ610SM10-144 51.68 14.33 44.41 13.74 610 22.7
RJ615SM10-144 51.75 14.42 44.47 13.83 615 22.9
RJ62OSM10-144 51.81 14.52 44.50 13.93 620 23.1