On May 19, the Taiwan Industrial Technology Research Institute said at the AC LED conference that the AC LED Application R&D Alliance will enter the International Lighting Commission (CIE) and propose the world's first draft ACLED component measurement standard, which will help Taiwan's LED products lead the AC countries. LED standard progress, quickly cut into new business opportunities in the LED international market.
ITRI ​​pointed out that Taiwan's LED production is the highest in the world, but it also faces basic patents subject to foreign companies and is subject to patent infringement lawsuits. The development of ACLED innovative technology, high value-added applications and standards will be a new opportunity for Taiwan's LED industry to break through the predicament. ACLED, which has just won the R&D100 R&D award in the United States, has led more than 80 key basic patents in more than 25 cases worldwide. The layout of upstream and midstream packages to downstream applications is very complete. At present, it is also cooperating with foreign verification company UL and National Institute of Standards and Technology (NIST). It hopes to lead ACLED international specifications and lead Taiwanese industry to take the lead in preempting global lighting market. 2009 is a key year for ACLED development. Mass production of products has made significant progress.
Taiyuan Jingdian has planned to launch 110V AC LED in the Taiwan market in June, aiming at domestic lighting business opportunities. Jingxi special help Wang Xiwei pointed out that AC LED is 50% higher than DCLED unit price. However, since the AC LED does not require a power supply for DC and AC conversion, the price of the terminal product is rather cheaper than the AC LED, so the ACLED market is expected to take off next year.
Jingdian has mass-produced AC LED LED chips, and the first batch of engineering samples have been sold out. It is expected to begin shipping to Taiwan packaging plants in mid-June. Wang Xiwei said that the current production capacity of crystal power is very tight, and the delivery volume of ACLED should not be too large. It is only after the first quarter that the market acceptance can be evaluated.
Wang Xiwei is a simple example. As long as the products that look like "bulbs" can be replaced by AC LEDs, basically, LED lighting products below 10 watts will be cheaper than DC LEDs. Wang Xiwei said that AC LED is 50% more expensive than DC LED. ACLED does not need to go through the power supply and can be used directly. The power supply accounts for 20% of the cost of DC LED products. Therefore, the terminal price is AC LED is cheaper than DCLED.
Wang Xiwei pointed out that the price of AC LED terminals is more expensive than tungsten bulbs and power-saving bulbs. However, compared with the power consumption of tungsten lamps, ACLEDs can be recycled for about one year using electricity. The price difference between LEDs and energy-saving bulbs is more than three times, and the recovery period of electricity charges is up to three years. Therefore, the initial ACLEDs are still unable to enter the lighting market in large quantities, but next year, with the support of government policies, the ACLED market can begin to take off. It is expected that in 2012, the global government will further phase out traditional lighting containing mercury, and LED lighting is expected to take off significantly.
ITRI ​​pointed out that Taiwan's LED production is the highest in the world, but it also faces basic patents subject to foreign companies and is subject to patent infringement lawsuits. The development of ACLED innovative technology, high value-added applications and standards will be a new opportunity for Taiwan's LED industry to break through the predicament. ACLED, which has just won the R&D100 R&D award in the United States, has led more than 80 key basic patents in more than 25 cases worldwide. The layout of upstream and midstream packages to downstream applications is very complete. At present, it is also cooperating with foreign verification company UL and National Institute of Standards and Technology (NIST). It hopes to lead ACLED international specifications and lead Taiwanese industry to take the lead in preempting global lighting market. 2009 is a key year for ACLED development. Mass production of products has made significant progress.
Taiyuan Jingdian has planned to launch 110V AC LED in the Taiwan market in June, aiming at domestic lighting business opportunities. Jingxi special help Wang Xiwei pointed out that AC LED is 50% higher than DCLED unit price. However, since the AC LED does not require a power supply for DC and AC conversion, the price of the terminal product is rather cheaper than the AC LED, so the ACLED market is expected to take off next year.
Jingdian has mass-produced AC LED LED chips, and the first batch of engineering samples have been sold out. It is expected to begin shipping to Taiwan packaging plants in mid-June. Wang Xiwei said that the current production capacity of crystal power is very tight, and the delivery volume of ACLED should not be too large. It is only after the first quarter that the market acceptance can be evaluated.
Wang Xiwei is a simple example. As long as the products that look like "bulbs" can be replaced by AC LEDs, basically, LED lighting products below 10 watts will be cheaper than DC LEDs. Wang Xiwei said that AC LED is 50% more expensive than DC LED. ACLED does not need to go through the power supply and can be used directly. The power supply accounts for 20% of the cost of DC LED products. Therefore, the terminal price is AC LED is cheaper than DCLED.
Wang Xiwei pointed out that the price of AC LED terminals is more expensive than tungsten bulbs and power-saving bulbs. However, compared with the power consumption of tungsten lamps, ACLEDs can be recycled for about one year using electricity. The price difference between LEDs and energy-saving bulbs is more than three times, and the recovery period of electricity charges is up to three years. Therefore, the initial ACLEDs are still unable to enter the lighting market in large quantities, but next year, with the support of government policies, the ACLED market can begin to take off. It is expected that in 2012, the global government will further phase out traditional lighting containing mercury, and LED lighting is expected to take off significantly.
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