The above research institutions pointed out that Osram and Philips have developed a strategic plan for the OLED lighting business and started selling OLED lighting panels five years ago. Since OSRAM first introduced the OLED lighting panel in 2008, it has recently provided new products that improve performance and lower the selling price, and the sales volume has gradually increased.
The agency evaluated that around 2013, many companies led by LG Chem will launch energy-efficient or transparent OLED lighting products with more than 80 lumens (lm/W), and the OLED lighting market will begin to take off.
Although OLED lighting is overpriced at the beginning of mass production, and the application field is limited, the excellent optical characteristics and the advantages of being able to be made into transparent or soft products will gradually gain a place in the lighting market.
Especially in 2016-2018, the luminous efficiency and cost of OLED lighting have improved, and the competitiveness of OLED lighting in the field of lighting has been further enhanced. Considering the recent technology development speed of OLED lighting, the agency estimates that the efficiency of 100x100 square millimeter OLED modules will exceed 200lm/W by 2020, and the cost per unit of material will be reduced to less than $3.
The IDA system is a new product that Sinco has put on the market in recent years. IDA is an abbreviation for Intelligent Data Collection. The main components of the system are: sensors, multi-channel modules, interface repeaters, terminal boxes, I/R modules, power supplies, personal computers, sensing cables, buses, various lightning protectors, bus power controllers, overvoltages Protector, manual reading adapter and portable reading display, etc. The multi-channel module converts the sensor signal into a digital form and transmits it to the personal computer on site via the IDA bus. The PC will convert the data obtained from the engineering unit and save it to a floppy disk. If necessary, the PC can also analyze and compare the input data to preset alarm limits and issue alarms. Data can be printed, displayed, and can be repeatedly returned from the front PC to the rear PC for many times. The front PC is used for data recording and the rear is used for data analysis, and the data is transmitted by modem or floppy disk. The rear PC is responsible for data archiving, data analysis, drawing and report generation of the database. The Tennessee Engineering Administration (TVA) in the United States adopted IDAS in the monitoring of the Fontena Dam. The system works well and can also be used for the monitoring of landslides and tailings dams.
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