400W Monocrystalline Solar Panel | HJ-SM400-108M Solar Module

Monocrystalline Solar Panel Features:

• High module conversion efficienc
  • The high module conversion efficiency in a 400W Monocrystalline Solar Panel indicates that more light energy is transformed into electrical energy; hence, the efficiency of the panel increases.
• Half-cell Design
  • Normally, a solar panel design where the panel is divided into two half-cells. Due to better current matching and internal resistance losses, this design will help enhance the efficiency and performance of the panel.
• Excellent weak light performance
  • This evidences that the 400W Monocrystalline Solar Panel performs excellently in low light conditions. In other words, at low intensities of light, the panels can still offer a relatively high amount of power output.
• Higher durability against harsh environment
  • Higher durability against harsh environment:
    The 400W Monocrystalline Solar Panel has higher resistance to adverse environmental conditions. These may include very extreme temperatures, humidity, wind, and sand.
• Lower operating temperature
  • This refers to the low temperature at which the solar panel operates. Lower operating temperatures reduce heat loss and increase the efficiency of the panels, possibly extending their lifespan in the process.
• Anti-PID (Potential induced degradation)
  • Solar panels are resistant to Potential Induced Degradation. PID is a phenomenon that may affect the performance of solar panels, especially at high humidity and voltage conditions. PID-resistant designs help in maintaining long-term performance for the panels.
• Lower LCOF
  • LCOF is short for Levelized Cost of Electricity. LCOF is a methodology of assessing generation costs of electricity. The lower the LCOF is, the less costly it would be for producing electricity, normally due to cost advantages because of high efficiency and/or durability.

People Also Like