2021 11th Asia Pacific International Power Products and Technology Exhibition (G

During the 13th Five-Year Plan period, China's power supply industry is developing well. In 2016, the scale of China's power supply market exceeded 200 billion yuan for the first time, an increase of 6.9% year-on-year; in 2018, the scale of China's power supply market reached 245.9 billion yuan, an increase of 5.95% year-on-year; according to authoritative predictions, by 2023, the scale of China's power supply market will be Increased to 422.1 billion yuan, the development momentum is very strong. With the development and prosperity of LED lighting, distributed photovoltaics, wind energy, charging piles, cloud computing, big data, and smart cities, it can be predicted that the next 10 years will still be the spring of the power supply industry.
In addition, the power supply industry is facing tremendous changes. The new crown epidemic has caused many companies to go bankrupt or shut down. Companies that have been dormant for a long time are eager for an outbreak of market opportunities.
In this context, the 2021 11th Asia-Pacific International Power Products and Technology Exhibition came into being, and the investment promotion work was officially launched. At that time, the audience will gather to connect to the world and help companies seize the great opportunities for market development.
It is understood that this exhibition has won awards from the Guangdong Provincial Lighting Electrical Appliance Association Power Supply Professional Committee, Shenzhen Electronics Chamber of Commerce, Shenzhen Semiconductor Lighting Industry Development Promotion Association, Guangdong Foreign Economic Cooperation Enterprise Association, Guangdong Province, Guangdong, Hong Kong and Macao Economic and Trade Cooperation Promotion Association and other countries The organization and support of relevant departments at all levels is an important channel for domestic and foreign power supply companies to expand the market and the best choice for global network layout