Common use of Limited Power Output Warranty Clause in Contracts

Limited Power Output Warranty. The output power of the Limited Warranty which is based on the labeled power from BYD shall be in accordance with the followings: For Standard Polycrystalline Module Products:  Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97.5% of the rated power output specified in the original product label.  During the next twenty-four (24) years, the average output of the modules will degrade no more than 0.73% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 80% of the rated power output specified in the original product label. For Standard Monocrystalline Module Products:  Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97% of the rated power output specified in the original product label.  During the next twenty-four (24) years, the average output of the modules will degrade no more than 0.7% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 80.2% of the rated power output specified in the original product label. For Standard Double Glass Polycrystalline Module Products:  Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97.5% of the rated power output specified in the original product label.  During the next twenty-Nine (29) years, the average output of the modules will degrade no more than 0.5% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 83% of the rated power output specified in the original product label. For Standard Double Glass Monocrystalline Module Products:  Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97% of the rated power output specified in the original product label.  During the next twenty-Nine (29) years, the average output of the modules will degrade no more than 0.5% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 82.5% of the rated power output specified in the original product label.

Limited Power Output Warranty. The output power of the Limited Warranty which is based on the labeled report of output power of flash test (Photovoltaic Simulator Test) from BYD shall be in accordance with the followings: For Standard Polycrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97.5% of the rated power output specified in the original product label.  🞄 During the next twenty-four (24) years, the average output of the modules will degrade no more than 0.73% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 80% of the rated power output specified in the original product label. For Standard Monocrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97% of the rated power output specified in the original product label.  🞄 During the next twenty-four (24) years, the average output of the modules will degrade no more than 0.7% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 80.2% of the rated power output specified in the original product label. For Standard Double Glass Polycrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97.5% of the rated power output specified in the original product label.  🞄 During the next twenty-Nine (29) years, the average output of the modules will degrade no more than 0.5% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 83% of the rated power output specified in the original product label. For Standard Double Glass Monocrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97% of the rated power output specified in the original product label.  🞄 During the next twenty-Nine (29) years, the average output of the modules will degrade no more than 0.5% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 82.5% of the rated power output specified in the original product label.

Limited Power Output Warranty. The output power of the Limited Warranty which is based on the labeled power from BYD shall be in accordance with the followings: For Standard Polycrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97.5% of the rated power output specified in the original product label.  🞄 During the next twenty-four (24) years, the average output of the modules will degrade no more than 0.73% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 80% of the rated power output specified in the original product label. For Standard Monocrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97% of the rated power output specified in the original product label.  🞄 During the next twenty-four (24) years, the average output of the modules will degrade no more than 0.7% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 80.2% of the rated power output specified in the original product label. For Standard Double Glass Bifacial Polycrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97.5% of the rated power output specified in the original product label.  🞄 During the next twenty-Nine (29) years, the average output of the modules will degrade no more than 0.5% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 83% of the rated power output specified in the original product label. For Standard Double Glass Bifacial Monocrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97% of the rated power output specified in the original product label.  🞄 During the next twenty-Nine (29) years, the average output of the modules will degrade no more than 0.5% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 82.5% of the rated power output specified in the original product label.

Limited Power Output Warranty. The output power of the Limited Warranty which is based on the labeled power from BYD shall be in accordance with the followings: For Standard Polycrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97.5% of the rated power output specified in the original product label.  🞄 During the next twenty-four (24) years, the average output of the modules will degrade no more than 0.73% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 80% of the rated power output specified in the original product label. For Standard Monocrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97% of the rated power output specified in the original product label.  🞄 During the next twenty-four (24) years, the average output of the modules will degrade no more than 0.7% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 80.2% of the rated power output specified in the original product label. For Standard Double Glass Polycrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97.5% of the rated power output specified in the original product label.  🞄 During the next twenty-Nine (29) years, the average output of the modules will degrade no more than 0.5% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 83% of the rated power output specified in the original product label. For Standard Double Glass Monocrystalline Module Products:  🞄 Within a period of one (1) year from the Warranty Start Date, the average output of the modules will be at least 97% of the rated power output specified in the original product label.  🞄 During the next twenty-Nine (29) years, the average output of the modules will degrade no more than 0.5% per year of the rated power output specified in the original product label. Therefore, at the end of the warranty period, the guaranteed module power output will be at least 82.5% of the rated power output specified in the original product label.