CASE STUDY METHODOLOGY

Make Every Result Traceable to Its Data Source

Case verification is not about converting every improvement into one percentage. It clearly explains what was measured, how it was measured, what was compared and what the result means under comparable conditions.

BASELINE · MEASUREMENT · RESULTS
01 · DEFINE

Define the Problem and Comparison Baseline First

Before a case begins, confirm the site, equipment, system boundary, operating conditions and problem to be improved. Without a baseline, a single post-deployment value is not interpreted directly as an improvement.

The baseline must be reasonably comparable with subsequent data. Material differences in load, weather, operating hours, production processes or other conditions must be recorded.
02 · MEASURE

Measurement Design Comes Before Result Calculation

Different technologies use different indicators, but all follow the same recording principle: location, period, tool, frequency and conditions.

ENERGY

Energy

Electricity consumption, demand, equipment load, operating hours and necessary environmental or production conditions.

WATER / SYSTEM

Water and Systems

Water-side conditions, equipment status, maintenance records, heat exchange and available operating data.

THERMAL

Thermal Management

Fixed measurement locations, surface temperature, ambient temperature, equipment load and observation period.

CARBON

Carbon Impact

Requires emission factors, calculation boundaries, periods and methods in addition to activity data.

03 · CLASSIFY

Measured, Calculated and Estimated Data Are Not Mixed

Website cases identify the nature of each data point to prevent estimates from being presented as direct measurements.

MEASURED

Obtained directly from on-site instruments, bills, measurement devices or traceable records.

CALCULATED

Calculated from known data using a defined formula, with the formula and parameter sources retained.

ESTIMATED

Derived from assumptions or extrapolation and presented only as an estimate, never relabeled as measured.

04 · INTERPRET

Interpret Results within Applicable Conditions and Boundaries

Result statements include comparison conditions, data type and limitations so site-specific outcomes are not treated as universal guarantees.

COMPARABLE CONDITIONS

Confirm reasonable comparability of load, environment, operating hours and process conditions.

RESULT CONTEXT

State the applicable equipment, site, period, method and limitations.

VALUE TRANSLATION

Present operating, financial and carbon impacts using their respective data and calculation methods.

MEASUREMENT BY DESIGN

Design the Measurement before Starting Deployment

Establishing the comparison baseline and data requirements before deployment helps connect operating, financial and sustainability results.

OUR BRAND SPIRIT

Better for People.
Better for the Planet.

Connecting measurable technology improvements with business value and environmental sustainability.