FOUNDATION SYSTEM

Energy Management & Optimization

CONTROL OBJECTIVE

Use submetering, trends and anomaly analysis to guide schedules, setpoints and sequences—not just produce consumption reports.

Original concept visual of building energy metering, equipment efficiency analysis and control feedback

WHAT THE SYSTEM MUST DO

Connect metering and analysis back to control

Utility and thermal-energy metering
Trend, anomaly and equipment-efficiency analysis
Data-led control adjustments
Traceable before-and-after comparison

The operating problem

Metering alone does not create energy management. Without clear boundaries, equipment relationships and data quality, reports show consumption but cannot explain abnormal use, equipment efficiency or what control setting should change.

The objective

For energy management, Kimma connects submetering and data validation with trend analysis, operational changes and verification. Consumption is read alongside equipment state, load, weather, schedules and setpoints.

How the system works

Build a reliable metering hierarchy and validate multipliers, timestamps, missing values and flow direction.
Relate consumption to plant, pump and air-system states, load and efficiency indicators to identify out-of-hours use, abnormal baseload and poor staging.
Turn confirmed findings into controlled schedule, setpoint or sequence changes, then compare like-for-like data before retaining or revising the action.

The practical outcome

The result is an operational method rather than a reporting archive. Anomalies have evidence, equipment performance can be compared, and each control change has a traceable before-and-after review.

PROJECT & TECHNICAL ENQUIRIES

Already have energy, trend or schedule data?

Send metering boundaries, trend screenshots, equipment schedules and the current concern so we can assess whether the data supports operational review and verification.

Contact Kimma

186 1135 7419

jqliu@kimmatech.cn