INDUSTRY

PCB / Electronics Manufacturing

PAIN POINTS

Industry pain points

Electronics manufacturing and precision manufacturing enterprises typically feature rapid production line updates, frequent factory expansions, a large number of devices, and complex on-site management. Common pain points for clients include:
Production line expansion is rapid, and the plant management system needs to flexibly adjust to the production line rhythm.
The operating load of HVAC and compressed air, compressed air, power, and process systems fluctuates greatly, making energy waste difficult to detect in time.
There are numerous on-site equipment and systems, and manual inspections and traditional operation and maintenance methods have limited efficiency.
Plant data lacks a centralized platform, making trend analysis, report management, and KPI tracking difficult.
When renovating existing factory buildings, system optimization and energy-saving improvements must be completed without affecting production.
Multinational manufacturing bases require unified standards, but the capabilities and operational habits of operations teams vary greatly across regions.
SOLUTION

JOSUN Solutions

JOSUN helps electronics manufacturers implement smart facility management platforms, energy management systems, intelligent HVAC controls, edge-based logic control, and O&M analytics. The result is higher system efficiency, less energy waste, and a standardized facility management model that can be replicated across regions.
KPI/ROI

Customer value

Assisting clients in establishing a centralized, visual, and traceable plant operations platform.
Reduce on-site operational complexity and improve plant management team efficiency.
Reduce energy waste through energy management and control optimization.
Support cross-regional manufacturing bases to rapidly replicate low-carbon smart factory management models.
Through smart air conditioning and edge control, improve equipment operational efficiency and system reliability.
Contact us
DELIVERY PROCESS

Professionalism and standardization, full lifecycle delivery.

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

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