Technical Features
Multi Busbar
MBB multi-busbar technology reduces hidden crack and busbar breakage risks
MBB multi-busbar technology improves optical gain, increases current collection capability, and improves module efficiency by 0.4-0.6%
Non-destructive Cutting
Non-destructive cutting technology increases cell mechanical strength, reduces module hidden crack risk, and improves reliability
Based on High-efficiency PERC Cells
Better temperature coefficient; better low light performance; lower degradation
Hot Spot Resistance
Under the same environment and application scenarios, the hot spot temperature of half-cell modules is 10-20℃ lower when hot spots occur
Lower Working Temperature
Under the same conditions, half-cell modules have halved current through cells due to cell splitting, reducing internal power consumption and corresponding working temperature
Shading Resistance
When the lower half of a half-cell module is fully shaded horizontally, the power generation of the upper half is not affected
High Temperature & Irradiance Adaptation
In high temperature and high irradiance environments, half-cell modules have higher power output
Application Scenarios
Product Certification
Haitai Solar's entire product line has been included in the list of PV manufacturing industry standards for enterprises by the Ministry of Industry and Information Technology. The products have passed certifications from TUV, CQC, UL, CSA, CEC, BIS, KS, INMETRO, SII, and MCS in key markets around the world. Haitai Solar has always adhered to the business philosophy of 'surviving by quality and developing by technology', continuously innovating in product design to meet the needs of different markets and customers.
Product Warranty
0
Years
Power Warranty
≤ 0
%
First Year Degradation
- 0
%
Linear Degradation
Comprehensive Service Professional Team
HAITAI-TAIJI 2.0
