NnergyStar, the US government-supported environmental program, will issue the second draft of the General Standard for Lighting Products (Solid Stat Elighting; SSL), based on existing reference standards and test procedures. New or revised standards and testing procedures are still ongoing. Considered as a global LED industry.
According to ENERGY STAR's initial stage requirements for the development of SSL technology for general lighting, it is divided into two categories: recent requirements (A category), long-term and future goals (B category).
The so-called recent requirements refer to the Kitchen-shelf-shelf-mounted, portable desk/task, recessed downlight, and outdoor corridor lights. Outdoorporch), outdoor step lights and outdoor road lights, etc., must be able to meet or exceed the level of fluorescent light source. As for the long-term goal of the ENERGY STAR specification, it is required to improve the luminous efficiency and power saving efficiency of SSL lamps in the next three years.
ENERGY STAR will issue a sneak peek at the SSL ? ? ? è·¯ çš„ çš„ çš„ SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL Decorative lighting products for festivals are not within the scope of the draft.
ENERGY STAR For non-SSL home luminaires, the specification defines the luminaire performance with a system efficiency of 25 degrees Celsius, which is the resulting light output divided by the input power used.
ENERGY STAR pointed out that SSL lamps use different calculation formulas for three reasons:
First, the LEDs and fixtures are brought together. If a single LED source is removed from the fixture and tested to determine its performance, it will be affected. Secondly, the performance of the LED is affected by the heat dissipation temperature, and the heat is dissipated through the heat sink. If the LED is separated from the heat sink, the performance of the LED product cannot be accurately measured. In addition, LED system efficiency test standards and test procedures are still under development and are expected to be completed in mid-2007.
Finally, because the performance test of LED luminaires adds factors such as driving device, heat and lamp wear, the overall performance information will be more accurate, and it also meets the needs of consumers for high light efficiency and low power consumption. .
According to ENERGY STAR's initial stage requirements for the development of SSL technology for general lighting, it is divided into two categories: recent requirements (A category), long-term and future goals (B category).
The so-called recent requirements refer to the Kitchen-shelf-shelf-mounted, portable desk/task, recessed downlight, and outdoor corridor lights. Outdoorporch), outdoor step lights and outdoor road lights, etc., must be able to meet or exceed the level of fluorescent light source. As for the long-term goal of the ENERGY STAR specification, it is required to improve the luminous efficiency and power saving efficiency of SSL lamps in the next three years.
ENERGY STAR will issue a sneak peek at the SSL ? ? ? è·¯ çš„ çš„ çš„ SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL SSL Decorative lighting products for festivals are not within the scope of the draft.
ENERGY STAR For non-SSL home luminaires, the specification defines the luminaire performance with a system efficiency of 25 degrees Celsius, which is the resulting light output divided by the input power used.
ENERGY STAR pointed out that SSL lamps use different calculation formulas for three reasons:
First, the LEDs and fixtures are brought together. If a single LED source is removed from the fixture and tested to determine its performance, it will be affected. Secondly, the performance of the LED is affected by the heat dissipation temperature, and the heat is dissipated through the heat sink. If the LED is separated from the heat sink, the performance of the LED product cannot be accurately measured. In addition, LED system efficiency test standards and test procedures are still under development and are expected to be completed in mid-2007.
Finally, because the performance test of LED luminaires adds factors such as driving device, heat and lamp wear, the overall performance information will be more accurate, and it also meets the needs of consumers for high light efficiency and low power consumption. .
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