Industrial energy diagnosis reports

Diagnose industrial integrated-energy opportunities before a site audit.

Screen the plant as an integrated energy system across compressed air, refrigeration, heat pumps, steam, HVAC, electrical systems and multi-energy coupling, then unlock a downloadable engineering report when the saving signal is real.

Start free diagnosis View sample result

Engineering-style diagnosis, not only a calculator range.
Clear report language for managers, suppliers and overseas project teams.
Secure one-time checkout by Stripe.

Full report unlock: US$29 one-time. Free preview first; pay only when the opportunity is worth acting on.

Professional report preview

Free screening result, paid report-ready detail.

The paid report turns the diagnosis into a structured deliverable with calculation notes and action priority.

Annual saving 6,067 MWh

Saving rate 26.1%

Cost impact US$2.17M/a

Measure groups 5

Visible in free preview Total opportunity and top findings

Unlocked in full report Measure-by-measure calculations

Unlocked in full report Implementation priority and M&V notes

Complete report download

Unlock itemized diagnosis sections and export access after checkout.

Unlock for US$29

Featured diagnosis instance

See a complete integrated-energy diagnosis before entering your data.

A realistic sample shows the saving size, priority actions and paid report depth before you use your own plant data.

Open full sample diagnosis Diagnose my plant

Sample plant Electronics factory integrated-energy retrofit

Compressed air, refrigeration, terminal HVAC, electrical load and heat recovery boundary.

Baseline electricity 23.27 GWh/a

Annual saving 6,067 MWh

Saving rate 26.1%

Annual cost impact US$2.17M

Systems covered 5

Sample conclusion

The sample diagnosis identifies 6,067,171 kWh/a of annual savings. The largest contributors are steam/boiler efficiency, low-grade heat replacement, multi-energy heat recovery and station control improvements.

Saving contribution in the sample report

The homepage preview uses the same project-level numbers as the sample workbench.

6,067,171 kWh/a

Steam / boiler Low-grade steam replacement, boiler efficiency and steam-network losses

4,284 MWh US$1.18M/a

Multi-energy coupling Heat-pump replacement and condenser-heat recovery

1,131 MWh US$475k/a

Chiller plant Chiller efficiency, free cooling and water-temperature reset

311 MWh US$243k/a

Compressed air Pressure setpoint, unload loss and dryer purge optimization

134 MWh US$99k/a

Top measures from the sample diagnosis Ranked by saving size, engineering priority and overlap control.

P1 Replace low-grade steam with heat pump, waste heat or hot water 1,055,662 kWh/a 17.4%

P1 Improve boiler efficiency toward the maintained target 689,431 kWh/a 11.4%

P1 Correct boiler capacity mix for common steam load 601,320 kWh/a 9.9%

P2 Recover high stack-temperature heat with economizer measures 573,987 kWh/a 9.5%

Executive Summary Executive energy summary

Saving 6,067 MWh

Cost impact US$2.17M

Shows baseline energy, total saving, saving rate and the highest-priority engineering actions.

Calculation Trace Measure calculation trace

1,055,662 kWh Low-grade steam replacement · heat boundary 689,431 kWh Boiler efficiency · maintained target gap 133,502 kWh Compressed-air control · pressure and unload evidence

Shows the key input values and calculation path behind each major saving item.

Action Roadmap Implementation priority

Confirm steam replacement and heat-recovery boundary.
Prioritize boiler efficiency and capacity matching.
Use trend data to verify control and M&V baselines.

What the sample report shows

The example shows what a customer can discuss with a plant manager or supplier: how much can be saved, where it comes from and what to do first.

Energy baseline and target gap 23.27 GWh/a baseline and 26.1% project saving rate.

Equipment selection and replacement candidates Boiler capacity mix and heat-source replacement are exposed.

System control, setpoints and operating waste Compressed-air pressure, chiller reset and demand control remain separated.

Distribution and terminal-side losses Steam network insulation, traps and compressed-air leakage are itemized.

Multi-energy boundary and heat recovery Only incremental cross-system savings are added to the project total.

What you can judge before paying

The size of the opportunity and the top saving sources.
Which actions should be discussed first.
What extra detail the downloadable report unlocks.

After reviewing the sample

Enter the workbench, replace the sample values with your own site data, then unlock the downloadable full report only when the result is worth using.

One-time US$29 unlock Stripe secure checkout No subscription Downloadable report Engineering detail included

First tool

Compressed air savings quick calculator

Free

Annual station electricity kWh Electricity price USD/kWh Current average pressure bar(g) Target pressure after control bar(g) Recoverable leakage ratio % Unloaded / blow-off power kW Annual unloaded / blow-off hours h Known baseline note

Report preview

See how the quick diagnosis will be written.

This preview uses the current calculator inputs and marks what must be verified before a formal commitment.

Annual saving potential 0 kWh

Estimated saving rate 0%

Annual cost impact $0

Engineering conclusion

Evidence to confirm before commitment

Saving source breakdown

Detailed diagnosis

Continue into the multi-energy workbench with the right regional method.

Use the detailed workbench when you want five-module diagnosis, standard/methodology references, charts and an exportable engineering report.

Open detailed workbench The link keeps your selected language, currency and assessment basis.

What you get

A structured result covering station efficiency, equipment selection, station control, distribution/end-use loss and waste-heat opportunities.

Data you need

Start with site-readable fields; add station trend data only when it improves confidence or the report boundary.

Regional method

The workbench first matches the project region. China projects default to CN; other regions use local or international public references and label the reference basis when a formal local table is not connected.

Sample report

Preview the deliverable before entering your own plant data.

Open a pre-filled integrated-energy retrofit case to see the result structure, savings breakdown, engineering basis and exportable report flow.

View sample diagnosis

Example saving rate 12-18%

Shown as an engineering diagnosis result, not only a calculator range.

Report structure 5 modules

Efficiency gap, equipment selection, station control, distribution/end-use and heat recovery.

Evidence handling Traceable

Each saving item keeps inputs, calculation basis, confidence and overlap treatment.

Paid full report

Unlock the complete professional diagnosis report when the opportunity is real.

Use the free workbench for screening. When a project looks real, unlock the full professional report with detailed findings, savings breakdown and downloadable access.

Unlock full report View methodology

01 Free screening

Enter site-readable data or load the sample case to see whether the project has a meaningful saving signal.

02 Professional diagnosis

Review equipment selection, station control, distribution/end-use and heat recovery measures with overlap control.

03 Downloadable report

Unlock and export the complete report for internal screening, supplier discussion or audit preparation.

Deliverables

What the full report includes

Baseline, saving rate and annual saving breakdown.
Measure-by-measure calculation notes with overlap control.
Implementation boundary, priority order and measurement plan.

Best fit

When to unlock

The free preview shows material savings worth discussing.
You need a client-facing or management-facing explanation.
You want a clearer site-audit or implementation data checklist.

Data to prepare

What helps the review

Recent electricity, air demand, pressure and operating-hour records.
Compressor nameplate data, load/unload or IGV/BOV readings.
Photos or exports from controllers, meters and aftertreatment equipment.

After payment

Stripe returns you to the workbench, unlocks the detailed sections and enables full report download.

Next step

Get a report-ready diagnosis outline

Send the current calculation snapshot to prepare a deeper single-system or integrated-energy diagnosis.

Work email Company / site Country / region Energy scene Project stage What do you want to diagnose?

Diagnose industrial integrated-energy opportunities before a site audit.

See a complete integrated-energy diagnosis before entering your data.

Saving contribution in the sample report

Start free. Unlock the professional report when the signal is real.

Diagnosis preview

Full professional report

Built for engineering conversations, not generic lead forms.

Compressed air savings quick calculator

See how the quick diagnosis will be written.

Engineering conclusion

Evidence to confirm before commitment

Saving source breakdown

Continue into the multi-energy workbench with the right regional method.

Preview the deliverable before entering your own plant data.

Unlock the complete professional diagnosis report when the opportunity is real.

What the full report includes

When to unlock

What helps the review

Get a report-ready diagnosis outline

Screen savings in more energy scenes.

One toolkit, multiple energy scenes

Transparent enough for screening, structured enough for a paid professional report.

From free calculation to auditable report

Fast field estimate

Detailed evidence import

Structured diagnosis

Report and next action