DIGITALIZE

FEMS

An FEMS solution that transforms energy efficiency on the factory floor

PROCESS

Implementation process

From site assessment through IoT infrastructure and commissioning, the energy management system is built up stage by stage.

Site diagnosis & requirements analysis
- Scope definition
- Requirements analysis
- Architecture design
IoT infrastructure build-out
- Equipment purchase requisition
- Metering device installation
- Communication equipment & gateway build-out
System development and integration
- Solution design
- Component implementation
- Integration & solution testing
Commissioning and post-implementation review
- Pilot operation
- Tuning and closeout

EFFECT

Energy costs and carbon emissions come down together, while productivity and equipment operation improve.

01
Lower energy costs
Real-time monitoring reveals consumption patterns so wasted electricity can be identified · Replacing and upgrading low-efficiency equipment cuts operating costs
Electricity useEnergy intensityOperating cost
02
Higher output and quality
Linking energy and process data secures consistent quality and reduces the defect rate · Removing bottlenecks raises equipment utilization and available output per production unit
UtilizationDefect rateOutput per unit
03
Getting ahead of global environmental regulation
Accurate carbon accounting meets global supply-chain requirements and environmental regulation · Builds credibility and export competitiveness under regimes such as RE100 and CBAM
Carbon emissionsRenewable shareCompliance
04
Optimized equipment operation
Detecting anomalies in consumption patterns enables equipment failures to be predicted and pre-empted · Digitalizes the plant's complex energy flows and applies automatic control logic
Anomalies detectedPreventive maintenanceAutomated control

CASE STUDY

What FEMS solved at a real site, and what changed afterwards.

Customer industry

Flexible and printed circuit board manufacturing

After02

Outcomes

An FEMS that turns energy data into savings