Shanghai SmartState Technology Case Studies AI in Flexible Processing Production Line of Automobile Powertrain

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	AI in Flexible Processing Production Line of Automobile Powertrain Shanghai SmartState Technology

AI in Flexible Processing Production Line of Automobile Powertrain

Shanghai SmartState Technology

Technology Category	Analytics & Modeling - Machine Learning
Applicable Industries	Automotive
Applicable Functions	Discrete Manufacturing
Use Cases	Flexible Manufacturing
Services	Data Science Services System Integration
Challenge	At present, the field of automotive intelligent manufacturing is facing two major difficulties and pain points: First, the production line equipment is prone to failure and has a serious impact. Once the current production line equipment is shut down due to a fault, it will affect the production rhythm and reduce the output, or cause production stoppage in the worst case, causing huge losses to the manufacturer. Monitoring the performance status of production equipment and predicting faults is the key to ensuring the reliability of equipment to achieve normal production and operation. Second, it is difficult to realize automatic and flexible production changeover for traditional single-production lines. The traditional multi-variety manufacturing needs to build a separate line, the cost of production line construction is high, and the new product launch cycle is long, and it is increasingly difficult to adapt to the requirements of multi-variety, variable batch, equal emphasis on research and production, and mixed-line production mode. Read More
About Customer	Automotive OEM. Read More
Customer Name	SAIC-GM Read More
Solution	Implementation plan for equipment health status assessment in the whole process of manufacturing. In view of the complex data models, difficult feature extraction, and poor model migration ability caused by machine tool heterogeneity in the process of prediction and modelling of traditional CNC machine tools, the company focuses on sensor signal processing, carry out research on key technologies such as feature extraction, feature optimization and health assessment calculation. By building a workshop-level 5G network, data collection is carried out in the entire process of equipment processing to establish a processing database of equipment. At the same time, deep learning and deep transfer learning technologies are used, realising the assessment and prediction of the adaptive state of CNC machine tools under multiple working conditions. The realization plan of flexible co-line production of multi-variety and specification products changing to batches. The flexible co-line production of multi-variety and specification products is completed by dynamically reconfiguring the equipment, process, logistics and other factors of the whole production line when changing production. The company applies artificial intelligence technology to develop intelligent production scheduling algorithms, key technologies and equipment for flexible production change, and build multiple subsystems, including production line subsystem, data acquisition subsystem, flexible production change subsystem and production control system. Among them, the production management and control system dynamically coordinates production resources such as equipment, technology, and logistics according to the real-time data from the workshop's high-speed industrial network to complete automatic and flexible production changes. Read More Log in to view content
Contents

Technology Category

Analytics & Modeling - Machine Learning

Applicable Industries

Automotive

Applicable Functions

Discrete Manufacturing

Use Cases

Flexible Manufacturing

Services

Data Science Services

System Integration

Challenge

At present, the field of automotive intelligent manufacturing is facing two major difficulties and pain points:

First, the production line equipment is prone to failure and has a serious impact. Once the current production line equipment is shut down due to a fault, it will affect the production rhythm and reduce the output, or cause production stoppage in the worst case, causing huge losses to the manufacturer. Monitoring the performance status of production equipment and predicting faults is the key to ensuring the reliability of equipment to achieve normal production and operation.
Second, it is difficult to realize automatic and flexible production changeover for traditional single-production lines. The traditional multi-variety manufacturing needs to build a separate line, the cost of production line construction is high, and the new product launch cycle is long, and it is increasingly difficult to adapt to the requirements of multi-variety, variable batch, equal emphasis on research and production, and mixed-line production mode.

About Customer

Automotive OEM.

Customer Name

SAIC-GM

Solution

Implementation plan for equipment health status assessment in the whole process of manufacturing. In view of the complex data models, difficult feature extraction, and poor model migration ability caused by machine tool heterogeneity in the process of prediction and modelling of traditional CNC machine tools, the company focuses on sensor signal processing, carry out research on key technologies such as feature extraction, feature optimization and health assessment calculation. By building a workshop-level 5G network, data collection is carried out in the entire process of equipment processing to establish a processing database of equipment. At the same time, deep learning and deep transfer learning technologies are used, realising the assessment and prediction of the adaptive state of CNC machine tools under multiple working conditions.

The realization plan of flexible co-line production of multi-variety and specification products changing to batches. The flexible co-line production of multi-variety and specification products is completed by dynamically reconfiguring the equipment, process, logistics and other factors of the whole production line when changing production. The company applies artificial intelligence technology to develop intelligent production scheduling algorithms, key technologies and equipment for flexible production change, and build multiple subsystems, including production line subsystem, data acquisition subsystem, flexible production change subsystem and production control system. Among them, the production management and control system dynamically coordinates production resources such as equipment, technology, and logistics according to the real-time data from the workshop's high-speed industrial network to complete automatic and flexible production changes.

Impact #1	[Process Optimization - Real Time Monitoring] Equipment monitoring and fault prediction are carried out through artificial intelligence technologies such as big data. Monitoring the performance of equipment, is conducive to the optimization and adjustment of process parameters and the maintenance of equipment accuracy, thereby improving the operating rate of equipment, effectively improving equipment reliability, and maximizing equipment reliability. This reduces production and operation losses due to equipment failures.
Impact #2	[Efficiency Improvement - Production Flexibility] The realization of flexible co-line production of variable batches of automotive powertrain processing products with various specifications will help to realize multi-variety processing of large-volume, high-output value products, which will bring huge economic benefits.

Impact #1

[Process Optimization - Real Time Monitoring]

Equipment monitoring and fault prediction are carried out through artificial intelligence technologies such as big data. Monitoring the performance of equipment, is conducive to the optimization and adjustment of process parameters and the maintenance of equipment accuracy, thereby improving the operating rate of equipment, effectively improving equipment reliability, and maximizing equipment reliability. This reduces production and operation losses due to equipment failures.

Impact #2

[Efficiency Improvement - Production Flexibility]

The realization of flexible co-line production of variable batches of automotive powertrain processing products with various specifications will help to realize multi-variety processing of large-volume, high-output value products, which will bring huge economic benefits.

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Overview

AI in Flexible Processing Production Line of Automobile Powertrain

Operational Impact