See where energy goes. Know what to act on.
Bring energy usage, abnormal-reading alerts and maintenance follow-up into one facility workflow. Monitor connected sites, uncover consumption patterns and give your team the context to investigate waste before it becomes routine.
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More visibility. Earlier action. Better energy decisions.
Bring consumption data out of isolated dashboards and into the day-to-day work of managing your facilities.
Award winning CMMS software
Recognition from software review platforms for value, ease of use, functionality and customer support.
See energy use across every connected site.
Bring connected meter and sensor readings into a shared facility view. Review consumption by site, building or equipment where the metering supports that detail, with asset and location context to help your team find the source of a reading.
Illustrative interface and sample data. Not a live portal screenshot.
Find the patterns behind rising consumption.
Compare current readings with previous periods and review how energy demand changes throughout the day. Look for repeated peaks or activity outside normal operating hours, then use asset history and site context to decide what needs investigation.
Illustrative interface and sample data. Not a live portal screenshot.
Flag unusual readings. Give the next step an owner.
Receive alerts when connected energy readings fall outside configured limits or expected patterns. Keep the reading, asset, location and alert context together so the facilities team can review the issue and decide on an appropriate response.
Illustrative interface and sample data. Not a live portal screenshot.
Turn an energy concern into accountable maintenance.
Move from a reading to a documented response. Create or route inspection and maintenance work through your configured workflow, assign the right team and preserve notes, readings, photos and completion history against the asset.
Illustrative interface and sample data. Not a live portal screenshot.
Review what changed. Keep the supporting evidence.
Bring consumption trends and maintenance activity into management reviews. Use dashboards and configured reports to compare sites and periods, prioritize inefficient assets and support energy-cost and sustainability decisions with a traceable record of the work performed.
Illustrative comparison only; not a verified energy-savings result.
See your energy data connected to facility work.
Bring a sample meter feed, site list or energy report. Explore how readings, alerts and maintenance follow-up can work together.
Ask about energy. Act with maintenance context.
Use VEDA to find asset history, review maintenance information and prepare follow-up work. When energy readings are available through your connected data, bring that context into the conversation instead of switching between reports.
Illustrative VEDA conversation. Data access depends on configuration.
Ask VEDA about the asset behind the alert.
Bring the energy reading and service history into one conversation, then review the maintenance action with your team.
The information to understand usage. The workflow to respond.
Connected Monitoring
Review readings from compatible connected meters and sensors.
Multi-Site Visibility
See consumption across the facilities included in your deployment.
Usage Trends
Compare historical patterns and identify readings to investigate.
Abnormal-Use Alerts
Notify the team about configured limits and unusual patterns.
Maintenance Follow-Up
Link energy concerns to inspections and work orders.
Mobile Execution
Capture field updates, checklists, photos and completion evidence.
Energy Reporting
Review site performance through dashboards and configured reports.
VEDA Assistance
Query available records and prepare work with asset context.
Connect the energy data you already collect.
Bring compatible meter, sensor and building-system data into the same environment as asset records and maintenance work. Configure reporting and enterprise connections around your available data.
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
The energy reading is only the beginning.
Keep the connection between measurement, asset history, maintenance and review.
One view across buildings, equipment and service teams.
Commercial Buildings
Review HVAC and lighting usage alongside equipment schedules and maintenance work.
Hospitality
Bring guest-area and back-of-house equipment into connected energy and maintenance reviews.
Healthcare Facilities
Review utility and equipment performance while maintaining service-critical operational priorities.
Campuses & Multi-Site Teams
Compare connected facilities and use local context to prioritize investigation and follow-up.
Give each team the context to make its next decision.
Facility & energy managers
Review consumption, compare patterns and identify where your team should investigate next.
Maintenance teams
See the asset and alert behind the assignment, then record what was checked and what was done.
Leadership & sustainability teams
Review energy trends and improvement activity together, with clear assumptions and supporting records.
Answers for facility and maintenance teams.
What is facility energy monitoring software?
Facility energy monitoring software helps teams collect and review energy readings, identify unusual patterns and connect the findings to operational decisions. In DreamzCMMS, energy visibility can be combined with asset records, alerts, maintenance work and reporting.
Can DreamzCMMS monitor energy across multiple sites?
Yes. DreamzCMMS supports energy monitoring across connected facilities. The level of detail available by site, building, floor or equipment depends on the meters, sensors and location mapping included in the deployment.
What is the difference between kW and kWh?
A kilowatt (kW) measures power: how quickly equipment is using energy at a given moment. A kilowatt-hour (kWh) measures energy used over a period. A 10 kW load operating steadily for two hours uses 20 kWh. The example graphics keep demand readings and consumption totals separate.
How often are energy readings updated?
Update frequency depends on the meter, gateway, integration and connectivity. Connected feeds can provide real-time or interval-based updates. Confirm the required refresh interval and how missing or delayed readings will be handled during implementation.
Can the system alert us to abnormal energy usage?
Yes. The energy-monitoring workflow supports alerts for abnormal usage patterns. Configure the relevant thresholds, asset context and notification workflow for the equipment being monitored, then use the alert to guide investigation.
Can an energy alert lead to a maintenance work order?
Yes. Energy concerns can be connected to inspections or maintenance work in DreamzCMMS. Creation, routing, assignment and approval behavior depend on the configured workflow. Keep findings and completion evidence linked to the asset.
Can DreamzCMMS connect with existing meters or a building management system?
Compatible meter, IoT and building management system data can be connected through the integration setup. Required gateways, interfaces and field mapping must be assessed for your equipment. Monitoring and maintenance integration are distinct from automatic building control.
Can we use energy reports for sustainability reviews?
Consumption trends, site comparisons and maintenance records can support sustainability and management reviews. A lower consumption total alone is not proof of an efficiency gain: operating hours, occupancy, weather and other changes should be considered. Software does not by itself provide certification.
How does VEDA AI help with energy-related maintenance?
VEDA helps users find asset and maintenance information and prepare work using natural language. Energy-specific questions require the relevant readings to be connected and available under the user's permissions. Review suggested actions against the actual asset and operating conditions.
What should we bring to an energy monitoring demo?
Bring a list of sites and critical equipment, the meters or building systems you use, sample readings or reports, and an example of how your team responds to high usage today. This helps define the data connections, monitoring scope and maintenance workflow.