Description
hardware flow control. It is an ideal choice in the field of industrial automation.
However, our country started late in high-end manufacturing fields such as robotics, artificial intelligence, and cloud computing
. Most of them started after 2000. The development time was not long, and it was not placed in the main position for a long time
, resulting in a very insufficient talent reserve. . The “Manufacturing Talent Development Planning Guide” points out that by 2025, the
talent gap in the fields related to high-end CNC machine tools and robots will reach 4.5 million people. It also points out that the talent
shortage in the top ten key areas of the manufacturing industry will exceed 19 million in 2020. This number is nearly 30 million per year.
From the most basic operations and programming to the complex debugging and maintenance of the entire robot system , we have scarcity
problems in all aspects of research talents , engineering talents , and highly skilled talents . This will undoubtedly greatly hinder the development
of the entire robot market. In the future A small number of talents will flock to leading companies with high profits, while most small and medium-sized
enterprises will not even be able to get fresh graduates, thus losing the motivation to progress.
The problem of talent shortage will not be alleviated in a short time
In just a few decades after the reform and opening up, my country”s manufacturing industry has achieved tremendous development and has become a
well-deserved world factory, supplying the world with the power of one country. Behind this unprecedented prosperity, we have been relying on three dividends, in
addition to In addition to the dividends of globalization and demographic dividends, there is actually a talent dividend that is often overlooked. In other words, we do not lack talents due to past development.
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PPD113B03-26-100110 CPU ABB
3BHE017628R0102 CPU ABB
PPD115A102 CPU ABB
3BHE040375R1023 CPU ABB
PPD512A10-150000 CPU ABB
3BHE046836R0101 Excitation system controller
GFD563A101 Excitation system controller
ABB 3HHE025541R0101
PCD231B Excitation system controller
3BHE025541R0101 Excitation system controller
PCD231B101 Excitation system controller
3BHE022293R0101 Excitation system controller
PCD232A Excitation system controller
3BHE032025R1101 input coupling unit
PCD235B1101 input coupling unit
3BHE042816R0101 Main control board
PCD244A101 Main control board
CI520V1 communication module ABB
3BSE012869R1 communication module
3BSE018283R1 communication module
CI522A communication module
3BSE007297R1 communication module
CI532V05 communication module
3BSE010700R1 communication moduleABB
CI534V02 communication module
3BSE022162R1 communication moduleABB
CI535V30 communication module
3BSE014666R1 communication module
CI541V1 communication moduleABB
3BSE012545R1 communication module
CI546 communication module
3BNP004429R1 communication module
CI547 communication moduleABB
3BSE001440R1 communication module
CI570 communication module
3BSE005029R1 communication module
CI626A communication module
3BSE012868R1 communication module
CI626V1 communication module
3BSE008799R1 communication module
CI627 communication module
CI840A communication module
CI801KIT communication module
CI801 communication module
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