GM announced that its Cadillac ELR's external light source uses LED lighting, which means that Cadillac EUR will be the world's first electric vehicle that uses LEDs for all external lighting.
The advantages of LED lighting are obvious, and a lot of applications have begun to be used in automotive lighting. China's automobile production and sales volume are very large. According to the statistics of China Association of Automobile Manufacturers, China's automobile production and sales last year were 19,217,800 and 19,390,400, respectively, up 4.6% and 4.3% year-on-year, driving the booming of related auto parts industry. The growth rate of LED automotive lighting is nearly 10 times the sum of production and sales.
According to the Ministry of Industry and Information Technology, as of the end of 2015, automotive lighting needs to meet the carbon dioxide emission reduction targets. LEDs have the advantages of long life, high brightness and low energy consumption. Applications in automobiles can reduce energy consumption. In addition, LED lights can withstand higher intensity stroboscopic, which plays an important role in automotive lighting; LED lamps have shorter response times, which can also effectively reduce reaction time and reduce traffic accidents.
However, there are not many related companies in China, and the technical strength is not strong enough, which creates opportunities for other manufacturers. After seeing this market, LED lighting manufacturers and European and American manufacturers in Taiwan have also begun to enter the mainland automotive LED lighting market.
LED lighting companies in Taiwan have set off a wave of transformation to automotive lighting last year. Including the old companies such as Jingdian, Yuyuan, AUO, Dongbei, etc., they have extended their business to international auto brands, and take advantage of the mainland labor cost to actively invest in the mainland to build factories and accelerate their own LED lighting. The pace of development in the field.
Solar Battery Pack
Solar Battery Pack refers to the overall unit formed by combining multiple solar battery monomers. It is one of the core components of the energy storage system, which is used to store the electric energy generated by solar power generation and supply electricity to electric equipment when needed.
Main effect:
Energy storage: Solar Battery Pack is used to store electricity generated by solar power, and store excess electricity to supply electricity when solar energy is unavailable or power demand exceeds solar energy generation.
Regulating power fluctuations: The output of solar panels is affected by factors such as solar radiation, causing fluctuations in power. The Solar Battery Pack smooths out power fluctuations and maintains steady power output.
Improve self-sufficiency: By storing solar power, Solar Battery Pack can increase the self-sufficiency of the solar system, that is, it can meet the power needs of electrical equipment and reduce dependence on the grid.
Differences from Solar Energy Storage System:
The Solar Battery Pack is an integral part of the Solar Energy Storage System. Solar Energy Storage System is a broader concept that includes all systems used to store solar energy or other energy, of which the Solar Battery Pack is a component.
The Solar Energy Storage System also includes other components such as inverters, charge, and discharge controllers, battery management systems, etc., which together form a complete energy storage system. The Solar Battery Pack is mainly responsible for the function of storing electrical energy. Therefore, Solar Energy Storage System covers more components and functions, and Solar Battery Pack is only one component of it.
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