1. Home
  2. Asia
  3. -
  4. Pacific
  5. HT-SAAE Milky Way Module of Mass Production Output Power Exceeds Industrial Milestone of 300W
HT-SAAE Milky Way Module of Mass Production Output Power Exceeds Industrial Milestone of 300W

HT-SAAE Milky Way Module of Mass Production Output Power Exceeds Industrial Milestone of 300W


Recently tested and certified by TUV Rheinland, an internationally authoritative certification body, the mass production output power for N-type PERT high-efficiency mono-crystalline silicon solar module (based on 60 pieces of 156mm*156mm) has exceeded 300W. This N-type PERT module was made from independently developed N-Type high efficiency cell technology, highly reliable materials, advanced equipment and fully automated manufacturing procedure. This is the first time for mono-crystalline silicon modules of the same category to overcome the milestone output power of 300W.

Compared with other traditional mono-crystalline PV modules, the mass production output power for N-type PERT mono-crystalline modules (based on 60 pieces of 156mm*156mm) is 10~15W higher than the average industrial level, CTM of this module is 2% lower than traditional P-type modules, and the efficiency of the module reaches over 18.4%. The output power for this module has increased from 285W in February to 300W in October this year. This historical technical breakthrough not only indicates that HT-SAAE has made significant progress on N-type PERT solar modules but also maintains leading position on this technology. This achievement will no doubt provides significant value to the expansion of HT-SAAE’s overseas markets and greatly improve its client’s ROI (return of investment).

In addition, N-type PERT mono-crystalline silicon solar module has passed the full mechanical load test of 10800Pa, reaching the highest load level of the industry which is tested and certified by CSA, an international third party authoritative institution. Meanwhile, this series of products also passed double IEC reliability test. Above all, the induced degradation of DH2000, TC400 and HF20 are all lower than 3%. This test further proves that Milky Way solar module can better adapt to severe environments to satisfy customer demand in areas with high wind and snow pressures, especially in high latitude areas like north Japan, German, Netherlands and heavy snowfall areas such as East Europe.

Doctor Zhang Zhongwei, CTO of HT-SAAE, points out that, “The efficiency improvement on Milky Way’s mass production output power can reduce module installation quantity and the levelized cost of electricity and meanwhile shorten the investment payback period. HT-SAAE will increase investment on technology research and development, and further raise module mass production output power up to 310W by making technical breakthrough on the existing Highway and Milky Way technology.

Based on the corporate vision of synchronously developing advanced technology and green energy, HT-SAAE has devoted itself to creating the photovoltaic solar cell and module products with outstanding quality, good performance and high reliability for its clients.

Anand Gupta Editor - EQ Int'l Media Network


Your email address will not be published. Required fields are marked *