Description
hardware flow control. It is an ideal choice in the field of industrial automation.
Caijing: Can we say that ABB is part of Made in China 2025?
Spiesshofer: Of course, we are a very important part. We were involved in coming up with this idea and we will be deeply involved in making it happen. Now we have
about 18,000 employees in China, with many manufacturing plants and large R&D centers. We also have a software center in China to develop artificial intelligence technology
used on robots. At present, China not only has a market for ABB, but also has an excellent team that I am very proud of.
Caijing: The current problem is that Made in China 2025 has posed a challenge to Europe and the United States. They believe that they need to pay close attention to
it. The current trade policy of the United States is also very targeted at Made in China 2025. How do you view this criticism?
Spiesshofer: I don’t want to comment too much on policy. China”s competitiveness has grown significantly over the past few decades, but the rest of the world has
not stood still. Take Europe”s technological development, for example. Europe is playing a leading role in the fourth industrial revolution.
I want to have a level playing field and give everyone a chance. It is true that China is an economic power, and there are other economic powers in the world.
The world is big enough to accommodate the friendly coexistence of all these forces.
The Industrial Internet is inseparable from industrial control
Caijing: Regarding digitization, there are two questions. Why digitization? How to digitize?
Spiesshofer: People have been benefiting from technologies that improve productivity. Through digitalization, we can improve productivity very well. We introduce a closed
loop of “perception, analysis, and action” to sense through digital technologies such as sensors , communication devices, and connected devices. We learn the operation status
of assets through sensor technology, upload it to the cloud, and summarize the information. After we have the information, we need to analyze the information. AI technology plays
an important role in this process, that is, intelligent algorithms for analyzing data. Then comes the action part, where you need to get into the control loop of an
industrial process or maintenance plan to make it work. Like AI, we should not be afraid of digitalization, but rather see it as an opportunity to create prosperity and wealth.
Caijing: Regarding the Industrial Internet, GE, which proposed this concept, has changed its CEO and its performance is poor. Does this mean that its development is
not going smoothly? How do you see the future of the Industrial Internet?
Spiesshofer: If used well, the industrial Internet can be very effective. To review what I said: perception, analysis and action are required. Our strategy is different from
GE”s strategy. They stop after sensing and analyzing, while we still have an action phase. Through our control system, the Industrial Internet is connected to the control loop
through intelligent algorithms, which can create a lot of value for customers.
ABB is one of the two major industrial control technology companies in the world. Siemens is the leader in the discrete industry. We are second only to Siemens.
In the process industry, ABB ranks first and Siemens second. This is the biggest difference between ABB and GE: GE does not control the circulation or has no control
ability. It is like you are a doctor. You only diagnose high fever and give the patient your suggestions, but ABB not only gives suggestions, but also helps patients implement the suggestions. .
Caijing: You also mentioned the concept of global energy internet. Is this a future concept or something that is already happening? What is its value?
Spiesshofer: The energy challenge facing people today is how to provide predictable, high-quality, low-carbon baseload energy.
There are different ways to achieve this, bringing together different renewable and conventional energy sources, plus nuclear power. All of the previously
mentioned energy sources can also be connected together through a globally interconnected power grid. We must also incorporate active demand-side
management and intelligent demand-side optimization to achieve peak-cutting effects through demand-side model optimization.
Overall, there will be a globally interconnected power system in the future that will operate completely differently with demand-side
dynamics ranging from long distances all the way to local. The roof of your house is equipped with solar energy. It may be a power station in the
morning, a power user in the afternoon, and it may be an energy storage power station in the evening because you are charging your electric car. Optimizing
all of this is what I call the Internet of Power, and that”s what we”re working on.
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UN 07209-P Var.1 HIER448877 ABB UNITROL module
UN 0712a-P Var.1 HIER448888R1 ABB UNITROL module
UN 0711b-P Var.1 HIER448871R2 ABB UNITROL module
UN 0710b-P Var.1 HIER449696R1 ABB UNITROL module
UN 0701b Var.1 HIER452221R1 ABB UNITROL module
UN 0700b-P Var.1 HIER449248R1 ABB UNITROL module
871TM-BH8N18-N3 Inductive sensor
UN 0510d-P Var.2 HIER 319619 R2 pulse control module
UN 0503a-P Var.1 HEIR448075R0001 ABB UNITROL module
UN 0503B-P Var.1 HEIR 448075 R2 ABB UNITROL module
UN 0094a-P V.1 HEIR443259R1 test module
UN 0089a-P V.1 HEIR445991R0001 Adapter Print Module
UN 0090a-P V.1 HEIR445926R0001 Sum module ABB UNITROL
UN 0084b-P Var. 1 HEIR445543R0001 Diode Module
106M1081-01 Universal AC Power Input Module
UN 0077a-P V.1 HEIR318418R0001 ABB UNITROL summary and monitoring module
UN 0074a-P V.1HEIR440820R0001 Output signal limiter module
UN 0056a-P V.1 HEIR319429R0001 pulse terminal monitoring module
UN 0053c-P V1 HEIR318757R0001 pulse monitoring module
UN 0040B-P HEIR318790R1 pulse comparator module
UN 0031a-P V.1 HEIR319404R0001 power signal converter module
UN0026 HEIR443243R1 UN0026 Module
UN 0025a-P V.1 HEIR441987R0001 Current indicator module
UN 0006a-P V.1 EIR315104R1 Voltage regulator module
UN 0004a-P V.1 HEIR 316364 R1 pulse intermediate stage module UN0004a-P V.1
KX 9190a HIEE320466R1 Excitation system
HIEE220280R11 KU7461d ABB module Excitation regulator
UNS0980c-P V3 HIEE405205 R3
UNS0982b-P V1 HIEE405087R1 ABB UNITROL series
UNC4672a-P, V1 HIEE205012R0001 Measuring Interface
HIEE205014R0001 UNC 4673A,V.1 Measuring Interface Uni
3BSE007836R1 DSTYW121 Voltage Transformer Unit
SS110 3BSE007698R1 Voting Unit DC 24V
UVC 691 204-691-000-021 Vibration Processor Module
UVC 752 204-752-000-014 Vibration Processor Module
PLD 772 254-772-00-212 Vibro-Meter Digtal Display Module
PAA758 254-758-000-104 Vibro-Meter Indicator Module
GSI 130 Galvanic Separation Unit
APF 184 204-000-012 Vibro-Meter Power Supply Module
VIBRO-METER APF 160 Power Supply
ACP006 Control Panel Module Vibro-Meter
ACM 215 VIBRO-METER 204-215-000-101 Module
ABF 160 Power Supply Module Vibro-Meter
A6500-TP Temperature / Process Card
204-007-000-102/5174 Vibro-Meter U/I Module
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