Establish centralized management capabilities for public equipment
Enhance equipment management efficiency
Reduces the complexity of manual management
Establish standardized control logic
Starting with equipment automation, we established the foundation for smart factory management
An electronic component manufacturing base enhances operational stability and management efficiency through integrated control of air conditioning and air compression systems
Introduction of automatic control by air conditioning system
Introduction of an air compressor system for automatic control
Establish a standardized management framework for public equipment
Introduction of automatic control by air conditioning system
Introduction of an air compressor system for automatic control
Establish a standardized management framework for public equipment
Southeast Asia, Thailand
Achievements and transformation
💰 Management efficiency
⚡ Operational efficiency
Enhances the stability of air conditioning and air compression systems
Strengthen equipment monitoring capabilities
Establish a foundation for intelligent management
Supporting stable factory operations
Strengthen equipment monitoring capabilities
Establish a foundation for intelligent management
Supporting stable factory operations
🌱 The value of smart factories
Establish a foundation for equipment data
Enhance equipment management transparency
Supporting the development of smart factories
Laying the foundation for future energy optimization and AI control applications
Enhance equipment management transparency
Supporting the development of smart factories
Laying the foundation for future energy optimization and AI control applications
Customer background
The company is a key member of the electronic components supply chain, with products widely used in information equipment, industrial equipment, and consumer electronics markets. In response to global supply chain layout and increased overseas production capacity, the company established a brand-new manufacturing base in Thailand, aiming to introduce a standardized equipment control architecture at the factory stage to improve management efficiency and reduce subsequent maintenance costs. For high-tech electronics manufacturing, air conditioning and air compression systems are essential public equipment supporting production operations. How to ensure stable equipment operation and establish a unified management model is a key issue in new factory planning.
Challenges and pain points
New factories need to quickly establish equipment management standards
Overseas locations often face differences in management models and operational habits, requiring standardized control logic to establish a consistent management foundation.
The operation of utility equipment affects overall production quality
If the air conditioning and air compression system operates unstably, it will directly affect the production environment and equipment reliability.
Equipment information is scattered, and management efficiency is limited
Without centralized monitoring and management mechanisms, equipment anomalies are difficult to detect and handle in real time.
JOSUN Sustainability Solutions
The integrated model of "Consulting + Platform + Engineering" achieves a transformation from decentralized management → data-driven → continuously optimizes energy-saving transformation
Visible: Equipment Information Integration and Real-Time Monitoring (Public System Management)
Visible: Equipment Information Integration and Real-Time Monitoring (Public System Management)
Integrate air conditioning and air compressor system operation information to establish equipment visual monitoring capabilities, helping managers instantly grasp equipment status.
👉 Enhance equipment management transparency
👉 Enhance equipment management transparency
Control: Automatic control of air conditioning and air compressor systems (automatic control engineering)
Control: Automatic control of air conditioning and air compressor systems (automatic control engineering)
Introduced an automatic control architecture for air conditioning and air compression systems, establishing standardized control logic and equipment management mechanisms.
Through intelligent control strategies, equipment operation stability and management efficiency are enhanced.
👉 Establish a unified equipment management model
Through intelligent control strategies, equipment operation stability and management efficiency are enhanced.
👉 Establish a unified equipment management model
Achieving it: Building a standardized public equipment management architecture (smart operation and maintenance)
Achieving it: Building a standardized public equipment management architecture (smart operation and maintenance)
Through centralized monitoring and automated control mechanisms, it helps enterprises establish replicable and scalable equipment management architectures.
This lays the foundation for future smart factory and energy optimization applications.
👉 Enhance the overall operational reliability of the factory
This lays the foundation for future smart factory and energy optimization applications.
👉 Enhance the overall operational reliability of the factory
APPLICATION