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Following the previous research report of the Nomura Research Institute of Japan and the University of Oxford, it is estimated that about 49% of the manpower-based work in Japan is expected to be replaced by robots after 20 years, and the World Economic Forum research indicates that it is expected More than 5 million jobs will be replaced by robots after 2020.



According to the World Economic Forum research report, more than 5 million jobs will be replaced by robots after 2020, most of which are administrative tasks performed by white-collar workers, or office operations, becoming the easiest to replace. Prior to this, there were many opinions that traditional mechanical operations and repetitive work content were quite easily replaced by robots. For example, many processing and production lines have begun to import a large number of robots to assist in operations.

In order to avoid too many laborers causing a large number of unemployed people due to changes in operating modes and the introduction of new technologies, the World Economic Forum convened 15 countries including China, France, Germany, Japan, Mexico, the United Kingdom and the United States to discuss. Reengineering, transformation and other means to assist more than 1.9 billion working people to connect with new technologies, and with the traditional work items gradually replaced by robots, the existing manpower can be smoothly transferred to work items that require more brainstorming or fine work.

Although robots are still not enough to completely replace all human work, under the continuous improvement of technologies such as automatic processing robots and self-driving vehicles, it is indeed possible to affect the working population of traditional manufacturing, taxis, etc., and it is expected that there will be more and more Labor manpower will be replaced by machines, and even dangerous exploration work may be done by drones in the future. In the future, under the continuous growth of artificial intelligence and other technologies, it is expected that more industrial changes will be caused, which will affect more labor.

Many people believe that the continuous development of robotics will cause a lot of labor panic, but many people will be able to help the workforce to complete their work in a more efficient manner while growing their technology, while at the same time improving their quality of life. However, most market research points out that after the cumbersome operation process is carried out by the robot, the original labor population will have more time and effort to develop more work content, so it is not considered that the robot will replace the traditional labor operation will bring a lot of panic.

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Changing Industry Dynamics Indicate a Rising Tide of Lithium-ion Battery Market

Currently, lithium-ion batteries hold sway over the dual quest for portability and long operational life in consumer electronics. In the immediate future, the encapsulation of a large amount of energy into relatively small space and weight of a wearable`s tiny pocket will rely on a lithium-ion battery. And, in the pursuit of innovative gadgets, consumer electronics is anticipated to hold a strong uptake of lithium-ion batteries, like it did in the last decade. In the next decade, the sales of lithium-ion batteries for consumer electronic devices are likely to maintain a ratio of half the global sales. However, desired traction to the market will be received from the automotive industry.

Lithium-ion batteries feature high energy density, high discharge power, and low impact of time, which facilitates a remarkable advance in the growing application to EVs. Besides, increasing government spending plays a crucial role in fueling the adoption of electric vehicles. Leading regions in electric mobility leverage varied measures such as fuel economy standards and incentives for zero or low emission vehicles, which serve as economic instruments for the adoption of electric vehicles.

With the remodeling of EVs and customizable battery size, manufacturers look at the reduced cost of lithium-ion batteries, which further lays the foundation for the integration of lithium-ion batteries in autonomous vehicles (AVs). Collectively, the demand for lithium-ion batteries ascending from the automotive industry is likely to uptake at a compound annual growth rate of ~ 11% during the period 2019-2027.

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Shenzhen Sunbeam New Energy Co., Ltd , https://www.sunbeambattery.com