Current energy, energy cost, carbon impact and the target gap behind the diagnosis.
Industrial energy report generator
Generate an industrial energy diagnosis report from site data.
kWhScan helps plant teams, facility managers and energy consultants turn field-readable data into a structured pre-audit energy diagnosis report. Start with a free screening result, then unlock the full engineering report only when the result is useful.
- Diagnose compressed air, chiller plants, heat pumps, steam and boiler systems, electrical systems and multi-energy opportunities in one project.
- Use bills, nameplates, controller readings and optional time-series data before committing to a full manual audit.
- The report separates baseline energy, system contribution, equipment selection, control loss, distribution loss and measurement notes.
Report sections
What an AI-assisted energy diagnosis report should show
AI is useful when it helps organize site data, apply a consistent diagnostic structure and explain the calculation logic. It should not replace engineering boundaries, formulas, evidence levels or professional review.
Savings are separated across compressed air, chiller plant, heat pump, steam or boiler, electrical and multi-energy measures.
Pressure level mismatch, capacity mismatch, low-efficiency units and inappropriate auxiliary equipment are flagged separately.
Setpoints, sequencing, unloaded running, low-load operation and avoidable peak demand are converted into specific findings.
Leakage, pressure drop, low delta-T, steam trap losses, terminal-side control waste and network losses are separated from generation-side savings.
The paid report adds assumptions, calculation basis, priority measures and measurement or verification notes.
Scenario diagnosis pages
Explore deeper system-specific diagnosis paths.
Each scenario page explains the inputs, diagnosis modules and report logic behind a specific energy system before users enter the workbench.
Why it matters
Industrial energy waste is rarely caused by one isolated device.
In most plants and large facilities, energy waste is distributed across systems. A compressed air station may run at a higher pressure than the process needs. A chiller plant may show poor delta-T or unstable sequencing. A boiler room may lose heat through flue gas, blowdown, condensate return or steam traps. Electrical costs may be affected by demand peaks, power factor, transformer loading or self-use of on-site generation.
This is why many early energy reports become either too shallow or too slow. kWhScan is designed for the middle step: a structured pre-audit diagnosis that helps decide where to focus measurement, supplier discussion and retrofit design.
Data requirements
Start with field-readable data, then add time-series data when available.
The workbench is designed so that users can start with data engineers can usually obtain on site, then improve the report depth when exported operating data is available.
- Annual electricity, fuel or steam consumption.
- Average energy price and operating hours.
- Equipment rated power, rated capacity, rated pressure or temperature range.
- Current setpoints, observed pressure, supply and return temperatures, flow or demand indicators.
- Power, flow, pressure, temperature and load time series.
- Equipment status, loading state, sequencing state or controller readings.
- Production, occupancy, process or operating boundary indicators when available.
- Optional data improves control, load profile and system interaction diagnosis.
How it works
From plant data to a structured report in one workflow.
Users can enter manual data for each system and optionally import continuous operating data. After one-click diagnosis, kWhScan generates a project summary, system-level results, measure priorities and report sections.
Enter project information
Set the project region, currency, report language and energy systems included in the site.
Fill field-readable data
Use bills, meters, nameplates, controller readings and observed operating values.
Add time-series data when available
Import operating data for deeper diagnosis of control, load profile and system interaction.
Run one-click diagnosis
The workbench calculates project summary, system-level opportunities and top measures.
Review the free result
Check the project-level saving signal, main system contribution and top findings before payment.
Unlock the full report
When the free result is useful, unlock the complete report with one-time Stripe checkout.
Sample output
Review the sample report before entering your own data.
The sample integrated-energy report shows how the diagnosis is presented to a customer: baseline electricity, annual savings, saving rate, cost impact, system contribution, top measures, calculation basis and implementation notes.
Report unlock
Free screening first. Paid report only when it is useful.
The free diagnosis answers the first question: does this site show a meaningful energy-saving signal? The paid unlock is for the complete engineering report and download access.
- Project-level saving signal.
- Main system contribution.
- Top findings.
- Basic direction for next measurement.
- Detailed engineering report.
- Calculation trace and assumptions.
- Measure-by-measure recommendations.
- Implementation and measurement notes.
- Download access.
Use cases
Built for early-stage energy opportunity screening.
kWhScan is useful for plant managers, facility managers, energy consultants, ESCO teams, retrofit suppliers and engineering teams that need to prepare a structured pre-audit report before committing to a full measurement campaign or detailed retrofit study.
It is not a replacement for a formal investment-grade audit, safety review, compliance certification or guaranteed performance contract. It is a practical way to identify and prioritize energy-saving opportunities from available site data.
FAQ
Common questions
Is this a formal investment-grade energy audit?
No. It is a structured pre-audit diagnosis that helps identify and prioritize energy-saving opportunities before commissioning a detailed audit or retrofit study.
Do I need time-series data?
No. You can start with field-readable data. Time-series data improves the depth of the report, especially for control, load profile and system interaction analysis.
Can it be used outside China?
Yes. International projects use an international reference basis when local rating tables are not connected. The report states the reference basis and assumptions.
What do I get after payment?
You unlock the detailed report sections, calculation trace and report download for the diagnosis result.
Is this only for compressed air?
No. Compressed air is currently the deepest reference scenario, but the workbench also covers chiller plants, heat pumps, steam and boiler systems, electrical systems and multi-energy opportunities.
Generate your first free diagnosis.
Use the workbench as a low-risk way to see whether a site has a real energy-saving signal.