INTELLIGENT ENERGY SAVING
Energy-Saving Devices and System Integration
Evaluate suitable technology solutions and integration methods according to the electrical system, equipment, load and site conditions.
ENERGY OPTIMIZATION
Build a Measurable Energy-Efficiency Pathway
Assess energy-saving devices, control optimization and system integration according to site, equipment and operating conditions, with performance confirmed through on-site measurement.
ENERGY OPTIMIZATION · TECHNOLOGY DETAILTHE PROBLEM
Energy Challenges Go Beyond the Utility Bill
Corporate electricity consumption is shaped by different equipment, loads, operating schedules and control conditions. When consumption rises, the real questions are where the energy is being used, under what load and at what time—and whether a measurable improvement opportunity exists.
Energy Optimization therefore does not begin with a fixed savings percentage. It begins with an equipment and energy-use baseline, followed by assessment of suitable technology and verification methods.
TECHNOLOGY POSITIONING
Multi-Technology Assessment and System Integration
Assess energy-saving devices, lighting and other efficiency technologies, then plan a suitable integration pathway.
LIGHTING
Lighting Efficiency
Assess equipment upgrades, control optimization and measurement according to use, illumination requirements and operating schedules.
HOW IT WORKS
Establish the Baseline Before Deciding How Technology Should Intervene
Starting with site data and measurable conditions, we confirm the issue and baseline before selecting a suitable technology pathway.
Establish the Energy Baseline
Confirm the equipment, operating schedules, loads and available energy data.
Confirm Operating Conditions
Determine how consumption relates to equipment use, environmental factors and control conditions.
Deploy Suitable Technology
Select an energy-improvement technology that can be tested under the site conditions.
Measure and Compare
Observe energy use and system performance before and after deployment under comparable conditions.
APPLICATIONS
Applicable Systems
Assess HVAC, lighting, refrigeration and IT equipment, with suitability and performance confirmed for each site.
HVAC
HVAC Systems
Assess energy-improvement potential according to equipment and operating conditions.
LIGHTING
Lighting Systems
Build an assessment direction from lighting use and system conditions.
REFRIGERATION
Refrigeration
Establish baselines and observation conditions for relevant electricity-consuming equipment.
IT EQUIPMENT
IT Equipment
Assess energy use when data are available and conditions are comparable.
IMPLEMENTATION
Deployment Must Make Results Comparable
Technology deployment and performance verification cannot be separated. Every assessment should retain conditions and data from before and after deployment.
SITE ASSESSMENT
Identify equipment, electricity-consuming systems and the actual issue.
BASELINE
Establish pre-deployment energy and operating baselines.
DEPLOYMENT
Deploy suitable technology based on the assessment.
MONITOR & VERIFY
Track and verify results under comparable conditions.
WHAT WE MEASURE
Define the Measurement Boundary before Assessing Performance
Establish the baseline, comparison period and measurement method for each site. Actual savings are confirmed with comparable data.
Energy UseElectricity consumption, demand or available energy records
Equipment LoadLoad and usage conditions before and after deployment
Operating ScheduleWhether the comparison period and operating hours are comparable
System PerformanceEquipment operating data associated with energy use
Cost / Carbon ImpactCalculated only when the data, tariffs or calculation boundary are complete
VERIFIED RESULTS
Results Are Measured and Verified for Each Site
Energy-saving performance is affected by the electrical system, equipment type, load, operating conditions and measurement period. EkoLiv does not assume a fixed energy-saving percentage; actual results are confirmed using comparable pre- and post-deployment data.
Assessed according to the electrical system, equipment type, load and site conditions.
Actual energy-saving performance is confirmed using comparable pre- and post-deployment measurement data.
Published results require the site, baseline, measurement period, method and traceable outcomes.
Carbon-impact note: An electricity-saving percentage does not directly equal a carbon-reduction percentage. Carbon impact must be calculated separately using activity data, emission factors, boundaries and periods.
REQUEST AN ASSESSMENT
Begin with Site Data
Share your equipment, electricity systems and operating issue to establish the baseline and improvement direction.