The semiconductor, broad-circuit, PCB, and high-tech electronics manufacturing industries demand extremely high standards for plant system stability, energy efficiency, process support capabilities, and precise environmental control. As factories expand in scale, process complexity increases, and global supply chains demand more low-carbon resources, customers typically face the following challenges:
Plant management systems are complex, with power, air conditioning, process systems, automatic control, and energy systems operating independently, lacking a unified management platform.
High energy consumption, with air conditioning, process exhaust, compressed air, cooling water, and power systems operating under high load for long periods.
Equipment operation data is scattered, making it difficult to quickly determine system efficiency, abnormal causes, and improvement priorities.
New factory projects have tight timelines, demanding coordinated delivery of MEP, FMCS, EMS, and automatic control systems.
Requirements for ESG, carbon emissions, product energy consumption, and green supply chains are gradually increasing, requiring a more comprehensive data foundation.
During overseas expansion, standardized replication of the plant operations system and insufficient local operational capacity affected long-term operational efficiency.
PAIN PINTS
Industry pain points
SOLUTION
JOSUN Solutions
JOSUN Sustainability Technology integrates MEP systems, FMCS facility management, EMS energy management, automation and controls, smart HVAC, smart metering, security monitoring, edge controllers, and carbon data platforms. This enables high-tech manufacturers to establish visible, monitorable, and continuously optimizable low-carbon facility operations.
KPI/ROI
Customer value
Monitor plant energy consumption, energy flow, and KPI indicators to help customers reduce energy waste.
Through a one-stop plant facility management platform, operational management and maintenance efficiency are enhanced.
Through system data analysis, trend analysis, alarm management, and report output, we assist clients in system optimization.
Energy-saving solutions for air conditioning systems can be combined with system design, equipment selection, and optimized control strategies to improve overall energy efficiency.
Through edge computing and intelligent control, plant operations are streamlined and local teams are less likely to get started.
Through a one-stop plant facility management platform, operational management and maintenance efficiency are enhanced.
Through system data analysis, trend analysis, alarm management, and report output, we assist clients in system optimization.
Energy-saving solutions for air conditioning systems can be combined with system design, equipment selection, and optimized control strategies to improve overall energy efficiency.
Through edge computing and intelligent control, plant operations are streamlined and local teams are less likely to get started.
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DELIVERY PROCESS
Professionalism and standardization, end-to-end delivery in five major stages
01
Design and planning stage
02
Platform setup phase
03
Project execution phase
04
System Adaptation Stage
05
Operational phase
Design and planning stage
D 0 ESG Preparatory Course
D 1 Sustainability Requirements Definition
D 2 Smart Systems Requirements Definition
D 3 Energy-Efficient MEP Planning and Design
D 4 Green Building Assessment and Design
Platform setup phase
P 0 System architecture analysis
P 1 FMCS Management Platform
P 2 TPMS management platform
P 3 BDCC management platform
P 4 Energy Management Platform
P 5 MEP subsystem intelligent control
P 6 Carbon Emission Management Platform
Project execution phase
E 0 Efficient equipment selection
E 1 Energy-Efficient Chiller Plant
E 2 Smart Air Handling Unit (AHU)
E 3 Smart Lighting Control
E 4 5G smart factory
System Adaptation Stage
S 0 Building Performance Verification Cx
S 1 System equipment performance testing
S 2 HVAC system TAB
S 3 Introduction of system operation and maintenance strategies
Operational phase
O 0 ESG Talent Capability Building
O 1 Carbon Management Capability Training
O 2 Carbon Accounting Rules Training
O 3 Product-Line Carbon Footprint Analysis
O 4 Carbon Peaking and Carbon Neutrality Roadmap
O 5 Supply chain carbon reduction strategies
O 6 IFRS S2 Alignment Preparation
O 7 5-year ESG strategic planning
O 8 Energy consumption and carbon emission data analysis
O 9 Equipment energy-saving improvement assessment
O 10 Introduction of energy management system
