Energy Efficiency Consulting
1. Energy diagnosis
- Analyzing and understanding the process and material flow at the workplace
- Confirmation and review of carbon emission boundaries, routes, and status
- Creation of energy source inventory, analysis of energy usage by process
- Consulting on improving energy sources and greenhouse gas emission facilities and deriving improvement plans
- Reliable energy use analysis by energy source using Hi SEMS equipment
- Analysis consulting on appropriate introduction facilities for optimal greenhouse gas reduction by company
2 Establishment of energy management system
- Provides business energy management items and methods
3. Goal management consulting
- Setting long-term energy and greenhouse gas reduction goals
- Set implementation management items by year
4. Energy efficiency improvement design
- Business site energy use consulting analysis
- Design of saving facility system based on performance analysis of each energy source
- Review facilities subject to greenhouse gas reduction at the workplace based on consulting results
- Selection of optimal equipment suitable for efficiency and suitability and preparation of specifications
-Preparation of energy and greenhouse gas reduction plan
5. Establishment of energy efficiency improvement facility system
- Establishment of energy efficiency improvement facility system based on diagnosis
- Efficiency monitoring and follow-up management after system construction
- Carbon reduction production facilities, utilities and carbon capture devices, and non-production facilities
- Technical support for introduction of appropriate facilities for optimal greenhouse gas reduction
- Establishment of a low-carbon ESG management system (continuous monitoring through Hi-SEMS installation)
Real-time Energy Monitoring
Establishment of a continuous energy monitoring system through an energy management system.
Visualization of energy, discovery and removal of wasted energy, and derivation of usage patterns
5 ~ 10% Energy Saving
Available
Energy Optimization
Analysis of variables and correlations that affect energy usage
Building an energy model & Energy demand prediction, energy performance verification
15 ~ 60% Energy Saving
Available
Facilities & Machine Replacement for energy saving
Addition of energy saving equipment such as inverter, LED lighting, VSD, condenser, etc.
Replacement and use of high-efficiency equipment such as high-efficiency transformers, motors, HVAC, etc.
15 ~ 50% Energy Saving
Available
Automation Energy Tuning
Automatic control logic changes such as schedule control, group control, and process order change
Change in logic related to lighting fixtures such as occupancy sensor and illumination sensor
10 ~ 15% Energy Saving
Available