HT Solar Energy J.S.C was established in 2016,Istanbul Tuzla Free Zone as a subsidiary of 100% Chinese state owned company
HT-SAAE to produce solar cells and solar modules.
HT Solar Energy has annual solar module production capacity of 1,2 GW.HT Solar Energy supplies solar modules to Turkey, USA, Europe and Middle East Market. HT Solar is a member of PV Cycle and was included in the ISO 500 list 2018 & 2019 and 2020.
HT-SAAE achieved a ranking amongst the Top 10 Chinese PV Module Suppliers and for many years the company has been recognized as a ‘Tier 1’ Module Manufacturer by Bloomberg New Energy Finance (BNEF).
HT-SAAE has been chosen as a ”Top Performer Manufacturer” in PVEL’s 2020&2021 PV Module Reliability Scorecard’’ .HT-SAAE is only solar module manufacturer from Turkey that entered the 2020 &2021 PV Module Reliability Scorecard with its solar panels produced in Istanbul/Turkey.
HT-SAAE is subsidiary of CASC.
HT-SAAE, established in May 28th, 1998 and listed on Shanghai Stock Exchange later in June (stock code 600151).
Regardless of actual performance differences, you bring up a great point with regards to service life. If black backed panels do reach slightly higher temperatures on a daily basis compared to white backed panels, will it have a notable effect on longevity? Will they break down at a faster rate? Granted, they are still backed by the standard 25 year / 80% warranty, but could black backing account for some additional degradation? Are black backed panels more readily available because nobody wants them in my region?
“When white backsheets are used, the empty spaces or gaps between and around the solar cells provide a reflection of the unused light and increase the likelihood of ‘light trapping,’ resulting in an increased generation of photocurrent,” said Geoff Atkins, executive advisor of North American panel manufacturer Silfab Solar. “All-black modules have a more aesthetically pleasing look but lose the benefit of reflection and light trapping, resulting in a lower photocurrent — up to 3% less than a white-backsheet module. Three percent less current means about 0.5% lower absolute efficiency.”
Black backsheets create a more uniform look to the solar panel, which helps it blend in with darker roof materials. However, the black color does hold some heat, so black backsheets may get hotter than traditional white backsheets. That said, the tradeoff in efficiency may be worth it for a more visually appealing solar installation
Compared with larger module products, 182 Half-Cell 108Cells Mono Solar Modules has a lower working current and power loss, a lower temperature coefficient, high low irradiance performance, high power output and low hot spot effects, also integrate multi-busbar technology, meaning that each module features 10 busbars instead of the standard five or six. This decreases the distance which generated current must travel, further improving panel efficiency. Not only that - with more busbars, the length for the current flow, a large source of series resistance losses, is significantly decreased
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HT Solar Half cut cell technology can reduce the internal power loss and improve component overall power. Excellent heat dissipation avoids hot spot production.
-The optimized number and width of main gate lines, maximize the light receiving area of components and reduce component power consumption.
-Designed for high voltage systems of up to 1500 VDC, increasing the string length of solar systems and saving on BoS costs
-All the modules are sorted and packaged by amperage, reducing mismatch losses and maximizing system output.
-All
HT-SAAE PV modules supplied by Virtue Solaris display 5w positive power tolerance, resistance against Potential Induced Degradation (PID), salt mist and ammonia-related corrosion. All panels are triple-tested to ensure absence and resistance to microcracks, and are sorted according to amperage to reduce mismatch losses.
-With conversion efficiencies in excess of 21.3%, these ultra-powerful solar panels provide optimum energy output even under low light conditions. Their robust mechanical structure is designed and tested to withstand extreme wind loads of up to 2400 Pa, snow loads of up to 5400 Pa and impact from hail. A moderate temperature coefficient of 0.33% / K ensures that a decline in panels’ output under high temperature conditions would not be as significant as in lower quality panels with higher temperature coefficients.
-Whilst performance of all PV panels naturally declines over time, HT-SAAE guarantees that even after 10 years of service,
HT-SAAE panels would provide not less than 90% of their rated output, whilst after 25 years the output would not go lower than 83.1%. Moreover, all panels are covered by a 12 year product warranty. These guarantees are backed by a world class insurance policy from top global financial institutions.
-All technical parameters of
HT-SAAE panels have been independently tested and certified through a comprehensive first rate certification system by renown third party assessors including TUV Rhineland, which ensured strictest adherence to international quality standards, including IEC 6125 / 61730, ISO09001, ISO14001, and OHSAS18001.
they paid for in full scale. The balance between price and quality is very well tuned in our products and makes the Levelized cost of electricity (LCOE) generated less as well as your return on investment (ROI) high.
