See the full picture
Bring connected site and equipment readings into one view instead of checking isolated meters and spreadsheets.
Energy Monitoring Solutions
Make every site’s
energy use visible.
Track energy across construction sites, yards and temporary facilities. See consumption patterns, flag unusual readings and connect the next inspection to the equipment behind the numbers.
Based on 200+ reviews on
Multi-site visibility Usage trends Energy alerts Maintenance follow-up
Trusted By Global Brands Across The World
Better visibility. More informed decisions.
Find the energy use
that needs your attention.
Give site managers, maintenance teams and project leaders a shared starting point for understanding construction energy use.
Spot patterns earlier
Find repeated peaks and out-of-hours activity that deserve a closer look before they become routine.
Give action an owner
Connect an energy concern with an assigned inspection or maintenance task and a clear record of the response.
Review what changed
Use comparable consumption records to assess progress and support energy-improvement discussions.
Industry Recognition
Award winning CMMS software
Recognition from software review platforms for value, ease of use, functionality and customer support.
01 / Connected meters & site visibility
Know which site.
Know which meter.
Bring supported meter and sensor data into a shared construction view. Keep the site, asset and reading time together so your team can trace an energy number back to its source.
Multi-site consumption visibility
Meter-to-site and asset mapping
Time-stamped meter records
Manual equipment readings
Connected feeds where configured
Equipment detail where metered
Live updates and available breakdowns depend on compatible meters, connectivity and your integration setup.
Explore usage patterns Every reading has a site Sample view
Connected site energy Selected period: yesterday
3 sites
Recorded electricity 1,240 kWh
Included supply meters 3
| Site / Meter | Usage | Data received |
|---|---|---|
| Riverside Site incomer / M-101 | 480 kWh | Received 08:45 |
| Central yard Workshop / M-203 | 390 kWh | Received 08:42 |
| Eastgate Site supply / M-306 | 370 kWh | Received 08:40 |
Totals use the three supply meters shown; downstream submeters are not added again.
Map meters to locations and assets before comparing their readings.
02 / Consumption trends & load profiles
See what happens
after the shift ends.
Review how recorded demand changes during the day and compare energy use across selected periods. Look for repeated peaks or persistent after-hours loads, then check site activity and equipment history before deciding what to change.
Daily demand profiles
Historical consumption trends
Out-of-hours usage review
High-use site comparisons
Asset context for investigation
Period and operating-hour checks
Site activity, weather, project phase and operating hours can change the comparison. A higher reading is not, by itself, proof of waste.
See energy alerts See the shape of site demand Sample view
Riverside / Office A A complete day, viewed by time
Recorded demand Comparison profile
22:00 demand 4.8 kW
After-hours limit 3.0 kW
Above the selected limit. Review work hours, loads and meter quality before assigning a cause.
Demand (kW) describes power at a point in time; energy (kWh) accumulates over a period.
03 / Abnormal-use alerts & follow-up
An alert is a starting point.
Give the next step an owner.
Flag readings outside configured limits or expected patterns. Give the site team the location, meter and asset context, then use an inspection or work order to record what was checked and what needs attention.
Configured abnormal-use alerts
Reading and location context
Assigned maintenance follow-up
Asset-linked inspection records
Mobile notes and photo evidence
Tracked completion and review
Automated routing depends on configured rules. Monitoring does not mean automatic equipment shutdown or a confirmed fault diagnosis.
Review energy outcomes From unusual reading to assigned work Sample view
After-hours demand above limit Review
Riverside / Office A
M-104 · 22:00 reading
Observed 4.8 kW
Configured limit 3.0 kW
Review the reading and create follow-up work
Inspection WO-1847 Check the office energy-use concern
Assigned
Responsible team Site maintenance
Equipment context Office HVAC / HVAC-04
Supporting record Meter M-104, 22:00
Next step Confirm schedule and operating need
Attach findings, readings and completion notes to the work record.
04 / Energy performance & reporting
Measure the change.
Keep the context.
Review consumption before and after an operational change or maintenance action. Bring the period, meter scope and supporting work record together so project leaders can discuss progress using the same evidence.
Site-level energy reviews
Period-on-period comparisons
Usage and action history
Management reporting
Context for cost discussions
Support for sustainability targets
Energy reductions, bill savings and emissions reductions are different measures. Validate the data and any tariff or emissions assumptions separately.
Explore the connected workflow Keep progress tied to the readings Sample view
Energy improvement review Riverside / Office A / Same meter scope
Example
Comparison period
1,200 kWh
Review period
1,050 kWh
Recorded difference 150 kWh lower
Change in measured use 12.5 % lower
Equal-length periods Same meter boundary Work notes included
Observed change, not verified savings. Check operating hours, activity and conditions before attributing a reduction.
VEDA / AI for connected maintenance
Bring maintenance context
to an energy concern.
Ask VEDA about the asset behind a reading. Use available service records and documents to prepare the next inspection, then summarize the work completed for the team reviewing the energy trend.
Find asset context
Locate available service history, manuals and procedures for the equipment involved.
Prepare the follow-up
Draft a checklist or work request, then review the scope before assigning it.
VEDA uses the records, permissions and workflows available in your setup. Your team reviews its output and makes operational decisions.
Explore DreamzCMMS VEDA DreamzCMMS VEDA Asset context / Draft inspection
Sample
Show the service history for COMP-07 and draft an inspection request.
Start with the available records.
COMP-07 is assigned to the central yard. Review the service notes and current operating requirement alongside the reported energy concern.
COMP-07 / Air compressor Latest record: routine service completed
Inspection request / Draft
Confirm the operating schedule, review the meter record and document findings using the approved procedure.
Team review required A draft supports the team. It does not establish a fault or authorize equipment changes.
One reading. A connected response.
Put energy in the same workflow
as the work on site.
Connect monitoring with the records, people and maintenance activity needed to follow through.
Meter and asset records
Keep the reading type, site and equipment together. A meter record gives the team a starting point for investigating an energy concern.
See connected readingsMaintenance execution
Move the inspection into an assigned work order. Preserve observations and completion history rather than leaving the response in a separate message.
See alert follow-upProject performance reviews
Bring the usage trend and completed action back to project discussions. Check comparable periods before interpreting a change.
See energy reporting Start with the meters and sites you need to understand. Confirm data sources, reading units, refresh intervals and action rules during setup.
Energy monitoring capabilities
The details behind
better energy decisions.
Connect visibility, investigation and follow-up without losing the meaning of the original reading.
Multi-site energy visibility
Review connected construction sites and support locations with consistent site and meter context.
Equipment meter readings
Log relevant asset metrics, including energy consumption and runtime, using the meter types configured.
Consumption trends
Compare periods and daily demand profiles to find repeated peaks or unusual operating patterns.
Configured energy alerts
Set thresholds and review notifications with the affected location and asset information.
Maintenance follow-up
Assign inspections, retain findings and connect work completion with the equipment record.
Reports for review
Bring consumption and operational context into reporting for project and sustainability discussions.
Connected DreamzCMMS tools
Keep site energy connected
to your construction operation.
Explore the planning, maintenance and integration tools around your energy-monitoring workflow.
Built around construction operations
Different sites.
One way to review energy.
Apply a consistent monitoring approach to the locations and metered equipment supporting your projects.
Active construction sites
Review metered site supplies and changes in energy use as work and operating hours evolve.
Yards and workshops
Compare monitored workshop demand with the activity of compressors, lighting and other connected loads.
Temporary site facilities
Look at office, welfare and temporary-facility usage where the installed metering provides that visibility.
Metered plant and power
Review supported generator output or equipment consumption. Keep fuel and runtime measures separate.
Examples of monitoring scope. Available detail depends on your installed meters and connected data sources.
Connected systems
Keep container events connected to the rest of the operation.
Match container IDs and trip references across tracking, warehouse, transport, and maintenance systems.
Integrations
- SAP
- Sage Intacct
- Stripe
- Zebra
- CIMCON
- Oracle NetSuite
- Intuit QuickBooks
- Propelr
- Microsoft Dynamics 365
- Xero
- Razorpay
- Samsara
- Odoo
- TallyPrime
- RevRex
- PhonePe
- Chainway
- CardConnect
- Codat
- Siesa
- Unleashed
- Shopify
- Monnit
- Birdeye
- SAP
- Oracle NetSuite
- Microsoft Dynamics 365
- Odoo
- Sage Intacct
- Intuit QuickBooks
- Xero
- TallyPrime
- RevRex
- Stripe
- Propelr
- Razorpay
- PhonePe
- CardConnect
- Codat
- Zebra
- Chainway
- CIMCON
- Samsara
- Monnit
- Siesa
- Unleashed
- Shopify
- Birdeye
Shared data. Clear responsibilities.
Bring site operations,
maintenance and management together.
Site managers
See the reading in the context of the work.Review unusual usage against work hours, site activity and equipment requirements before requesting an investigation.
Maintenance teams
Give the concern a documented response.Inspect the relevant asset, record findings and keep the completed work connected to its service history.
Project and energy leads
Review progress with comparable evidence.Compare energy records and action history, with clear scope and assumptions for cost or sustainability discussions.
Frequently asked questions
Construction energy monitoring FAQs
Answers about site readings, connected meters, alerts and maintenance follow-up.
What are energy monitoring solutions for construction?
They bring construction-site energy readings, consumption trends and abnormal-use alerts into a shared view. DreamzCMMS connects that information with site, asset and maintenance records so your team can investigate concerns and review progress.
Can I monitor several construction sites and equipment items?
Yes. The construction offering supports energy monitoring across multiple job sites. Equipment-level visibility depends on the meters or sensors installed and the way those readings are mapped to your locations and assets. A whole-site meter does not automatically measure every individual machine.
Do I need smart meters or an IoT integration?
Continuous connected readings require compatible meters, gateways or another supported data source. Confirm the reading types, access, connectivity and integration scope for your project. Manual equipment meter readings can support periodic records, but they do not provide a continuous live feed.
How often does the energy data update?
Update frequency depends on the meter, network, gateway and integration configuration. Review the timestamp of the latest received reading. If connectivity is interrupted, a previous reading should not be treated as a fresh measurement.
What is the difference between kW and kWh?
Kilowatts, or kW, describe electrical power demand. Kilowatt-hours, or kWh, describe electrical energy used over a period. Use demand profiles for peaks and timing, and energy totals for period-based consumption comparisons. These measures should not be added together.
Can the team add energy meter readings manually?
Yes. DreamzCMMS equipment records support meter readings such as energy consumption, runtime hours and other configured units. Keep the asset, meter type, value and reading date consistent. Manual entries represent recorded observations, not automatic real-time monitoring.
Can unusual energy use trigger alerts?
Yes. The construction offering includes alerts for abnormal energy patterns. Configure the relevant thresholds and recipients for your setup. An alert flags a reading to investigate; it does not prove an equipment fault or establish the cause of higher use.
Can an energy concern become a maintenance work order?
Yes. Use the connected maintenance workflow to create and assign an inspection or corrective work order with the relevant asset and location. Automatic work-order generation or routing depends on configured integration rules. Keep findings and completion notes with the work record.
Can I review generators as well as grid electricity?
Where supported meters provide the data, generator electrical output and equipment energy records can be reviewed alongside site information. Generator runtime, fuel volume and electrical energy are different measures. Fuel tracking requires its own recorded or connected source; it should not be inferred from a kWh reading alone.
How should we compare energy reductions or savings?
Compare matching meter scopes and time periods, and check differences in operating hours, project activity and conditions. Lower recorded consumption is an observed change, not automatically a verified efficiency saving. Financial or emissions calculations need appropriate assumptions and a separate review.
Can I use the energy records in management reports?
Yes. Energy reporting supports reviewing consumption patterns and progress against improvement goals, while the wider construction platform includes custom reporting and Power BI integration. Confirm the required datasets, filters, refresh process and report output for your implementation.
How does VEDA support the energy-monitoring workflow?
VEDA can help staff find available asset history and documentation, prepare an inspection checklist or work request, and summarize completed maintenance. Its scope depends on accessible records and enabled workflows. Your team reviews the output; AI assistance is not automatic fault certification or permission to change equipment settings.