Manufacturing
Manufacturing Energy Efficiency & Production Data
Link the energy consumed by an operation with the useful output it produces and the conditions under which it runs.
FROM OPERATIONAL SIGNALS TO CARBON PRODUCTIVITY
Read totals, intensity and productivity together.
Energy intensity is energy per good unit; energy productivity is good output per unit of energy. Keep total energy, output and quality alongside both. OEE remains A × P × Q; +E adds separate energy indicators and evidence, not a mixed score.
Questions worth asking
Look beyond a monthly total.
Where is the boundary?
Which line, machine or process does the reading represent? Shared utilities and unmetered loads need explicit treatment.
What happened in the period?
Match energy records to operating hours, downtime, changeovers, output and product mix.
What changed after action?
Review the same defined measures before and after a documented operating change.
A focused first scope
One process. One question. A reviewable baseline.
A first scope can begin with a selected production process and the data already available. The purpose is to determine whether the evidence can support a useful decision—not to assume that every machine requires a new sensor.
- Map existing meters, equipment references and data owners.
- Agree on a useful-output unit and relevant operating conditions.
- Align timestamps and document missing or estimated values.
- Select an improvement hypothesis with the production team.
- Review the result alongside quality, reliability and operational constraints.
Working outputs
Create a record the team can keep using.
A data map
Sources, coverage, units, frequency and ownership.
A measurement plan
Boundary, baseline period, output measure and comparison method.
An action and review record
What changed, who reviewed it and what the evidence supports.
INDUSTRY | Trace energy from work order to product.
Manufacturing energy management: connect equipment states, work orders, production and quality to energy. Current demonstrations include start/pause/resume, quality reporting and frozen batch-energy records.
MES and output reconciliation
Five paths cover hardware counts with hourly or daily MES good output, hourly or daily good output without a counter, and manual reporting. Align equipment, periods and units; a count difference is not automatically a reject.
Product energy flow
Trace sources, equipment, orders and batches. Keep finished-product, work-in-progress, non-processing and unallocated energy distinct; do not double-count main and submeters. Footwear demonstrations follow model, size and six stages within one simulation.
Product ECO and its evidence
Compare energy and output against the applicable product standard, retaining rule versions and reasons. Missing quality, energy or attribution remains unknown. A green indicator neither clears safety alarms nor certifies a product.
Include production, warm-up, changeovers, idle time, rejects/rework and shared loads. Allocated energy plus the unallocated remainder must reconcile to the measured boundary. Do not add parent and submeters twice.
Arrange a software demoCurrent software scope and project readiness
Available demonstrations
Product energy flow, product ECO, site energy analysis and verification workflows have demonstrations using simulated or synthetic data. Real projects require measurement and implementation acceptance.
Local previews
Domestic load classification and equipment/product ECO modes, plus international people-related energy flow, remain local builds in these documents and are not yet in the cloud demo. The people-energy preview offers Traditional Chinese and English; it allocates electricity, not a complete personal carbon footprint.
Integration roadmap
Cameras, intercoms, staff calls and buzzer control still require integration and device validation. They are not presented as connected hardware, autonomous control or legally qualified signatures.
Capability status follows product documents dated 2026-10-07. Confirm availability for the selected demonstration and project.
Software entry and verification workflows offer Traditional Chinese, Simplified Chinese, English, Japanese and Korean. Coverage varies by module and screen; website language coverage does not imply identical software coverage.
A real deployment requires instruments, time alignment, quality sources, access rights, persistent storage and backups. Equipment connections, enterprise-system exchange and notification delivery must be tested for the actual site.
Demonstrations explain decisions. A software report or content fingerprint is not third-party certification, a carbon credit or a complete product carbon footprint. Site management reports are not independently verified savings reports.
Your next step
Bring one production question.
Describe the process, the output you care about and the energy records you can access.