See Where Energy Goes. Understand What Drives Utility Demand.
Siteplore connects electricity, water, compressed air, steam, pumping and other compatible utility measurements into a common monitoring environment — helping operations and engineering teams understand consumption patterns, investigate unusual demand and identify where deeper analysis is justified.
Knowing the monthly bill is not the same as understanding how the site consumes energy.
Many facilities know total electricity, water or fuel consumption at the site boundary, but have limited visibility into which areas, systems or operating conditions are driving demand. That makes abnormal consumption difficult to recognize and improvement opportunities harder to validate.
One Monthly Number
Main utility bills reveal total consumption but may not explain which operating areas drive it.
Utilities in Separate Systems
Electricity, water, compressed air and steam data may be monitored independently.
Demand Without Production Context
Higher consumption may be reasonable under higher production — or may indicate poorer efficiency.
Hidden Base Load
Significant consumption may continue during low-production, standby or non-operating periods.
Improvement Without Verification
Energy-saving initiatives are difficult to evaluate without comparable before-and-after data.
Utility Problems Seen Too Late
Rising demand, abnormal run time or unexpected consumption may remain unnoticed until billing review.
Build one operational view across the utilities that matter to your site.
Exact measurements depend on available meters, sensors, integration points and the monitoring objective.
Electrical Energy
Monitor compatible electrical and energy measurements from selected feeders or equipment.
Water
Monitor compatible flow, volume, tank or pumping information.
Compressed Air
Combine suitable compressed-air measurements with equipment and energy context.
Steam & Thermal Utilities
Monitor compatible steam or thermal utility measurements where suitable instruments exist.
Cooling & Pumping
Connect pumping demand, temperature and energy data to evaluate utility operating context.
Fuel & Gas
Monitor selected fuel or gas consumption where suitable metering and integration are available.
Utility analytics becomes useful when it answers the questions behind the bill.
Where Is Energy Being Used?
Compare consumption across selected areas, feeders or equipment.
What Drives Peak Demand?
Review which operating conditions coincide with selected demand peaks.
What Is the Base Load?
Identify selected consumption that persists during low-activity or standby periods.
Is Utility Consumption Changing?
Compare periods to identify developing changes in selected metrics.
Does Demand Match Production?
Add relevant production or operating context where available.
Did the Improvement Work?
Compare performance before and after selected operational changes.
Connect consumption, operating context and historical analysis.
Meter / Sensor
Capture the relevant electrical or utility measurement.
Edge & Integration
Acquire compatible measurements from field systems.
Time-Series Data
Preserve historical consumption and operating data.
Grafana Cloud
Trend, compare, alert and investigate.
Operational Action
Verify, optimize, maintain or prioritize based on evidence.
Move from consumption reporting toward operational understanding.
Consumption Trends
Review how selected utility consumption changes over time.
Peak Demand Analysis
Review selected peak events and the operating conditions around them.
Period Comparison
Compare current and historical operating periods using suitable metrics.
Area / Asset Comparison
Compare selected feeders, utilities, systems or sites.
Consumption per Output
Evaluate normalized consumption where reliable production or throughput information is available.
Demand Alerts
Configure selected monitoring conditions where technically justified.
Metric Forecasting
Forecast suitable time-series metrics where supported by the Grafana Cloud environment and available data.
Outlier Detection
Evaluate unusual behavior in suitable utility metrics where configured.
AI-Assisted Analysis
Available Grafana Cloud assistant and investigation features can support analysis where enabled.
Advanced analytical capabilities depend on the selected Grafana Cloud plan, customer stack, compatible datasource, available historical data and project configuration. They do not imply guaranteed savings, prediction accuracy or automatic optimization.
High consumption is not always inefficiency.
Utility performance should be interpreted against the operating condition that created the demand. Siteplore can combine compatible time-series so teams can distinguish higher consumption caused by higher output from consumption that deserves further investigation.
Energy analytics is only as credible as the metering behind it.
Before calculating performance or comparing facilities, the measurement system must provide data appropriate to the intended decision.
Meter Capability
Confirm that the meter actually measures the parameter required by the analysis.
Measurement Location
Meter placement determines which loads or utilities the value represents.
Scaling & Engineering Units
CT, PT, pulse, flow and other scaling must remain correctly configured.
Time Alignment
Energy, production and equipment data should use meaningful time alignment.
Data Completeness
Missing measurement periods can distort totals, averages and normalized KPIs.
Metering Purpose
Operational monitoring, billing and regulatory measurement may require different instrument specifications.
Use utility monitoring where better visibility can change a decision.
Feeder Energy Monitoring
Compare selected electrical consumption across major loads or areas.
→ PowerWatch
→ Energy Trend
Compressor Utility Review
Combine energy, pressure, flow and run-state context where suitable data exists.
→ Compare
→ Investigate Demand
Water Consumption Monitoring
Review flow and volume across selected periods or facility areas.
→ Historical Data
→ Consumption View
Pumping Energy Investigation
Compare power consumption with flow, pressure or operating state.
→ Context
→ Engineering Review
Site Energy Comparison
Compare standardized utility indicators across multiple locations.
→ Standard KPI
→ Benchmark
Before / After Verification
Review selected consumption changes following an improvement activity.
→ Intervention
→ Compare
Utility insight can combine electrical, field and equipment information.
PowerWatch
Primary Siteplore product for compatible electrical and energy monitoring.
Explore PowerWatch →RekaSense
Connect compatible flow, pressure, temperature, level and other field measurements.
Explore RekaSense →MachineGuard
Add machine-condition context for selected motors, pumps, fans or other rotating equipment.
Explore MachineGuard →Connect the meter, preserve the context and build the analysis around the decision.
Exact deliverables depend on existing instrumentation, utility systems, integration requirements and the selected Siteplore scope.
Utility Monitoring Point Definition
Identify the electrical or utility measurements relevant to the operational objective.
Existing Meter Review
Review available metering and integration capability where included in scope.
Edge & Integration Architecture
Define the route from compatible field data to the Siteplore cloud layer.
Historical Data Structure
Preserve utility measurements with site, area and asset context.
Energy & Utility Dashboards
Configure trends, selected KPIs and comparison views.
Monitoring Alerts
Configure selected monitoring events where technically justified.
Analytical Workflow
Define how users compare consumption and investigate changes.
Training & Handover
Explain the monitoring scope, dashboard structure and important measurement boundaries.
Measure first. Understand next. Optimize only when the evidence supports it.
Meter
Establish credible measurements at useful points.
Visualize
Build historical consumption and demand views.
Compare
Compare assets, periods and operating conditions.
Investigate
Identify selected demand changes worth engineering review.
Improve
Verify improvements with historical evidence.
Energy monitoring is not automatically billing metering, power quality, protection or guaranteed optimization.
Siteplore provides monitoring and analytical visibility using the measurements available from the deployed instruments. Instrument class, regulatory suitability and analytical validity must match the intended use.
| Capability | Siteplore Energy & Utility Monitoring | Important Boundary |
|---|---|---|
| Electrical energy trends | Yes | Requires suitable metering |
| Water / utility trends | Where instrumented | Compatible field measurement required |
| Area / period comparison | Yes | Requires comparable data |
| Consumption-per-output KPI | Where defined | Requires suitable production context |
| Demand monitoring alerts | Where configured | Monitoring logic must be defined |
| Forecasting / outlier analytics | Potentially | Depends on data and Grafana capability |
| Revenue-grade billing | Not automatically | Requires suitable certified metering and application design |
| Power-quality analysis | Only if supported | Requires meter capable of required PQ measurements |
| Electrical protection | No | Protective relays / devices remain responsible |
| Automatic utility control | Not by default | Dedicated control engineering required |
| Guaranteed energy savings | No | Savings depend on identified opportunities and implementation |
| Automatic ESG compliance | No | Monitoring data may support reporting, but compliance scope must be separately defined |
Define what you need to understand before installing more meters.
Site Assessment
For facilities that need to identify monitoring points and existing metering gaps.
- Utility-system review
- Existing meter assessment
- Monitoring-point definition
- Data and integration review
- Recommended architecture
90-Day Paid Pilot
Validate a selected energy or utility monitoring use case before wider deployment.
- Selected utility points
- Cloud monitoring
- Historical dashboard
- Selected alerts / analytics
- Pilot review & scale recommendation
Siteplore Deployment
For organizations ready to connect multiple utility domains into one monitoring environment.
- Multi-utility monitoring
- PowerWatch / RekaSense integration
- Customer cloud environment
- Dashboards & analytical views
- Training & support scope
Energy & Utility Monitoring FAQ
What is Siteplore Energy & Utility Monitoring?
It is the Siteplore platform capability for connecting compatible electrical and utility measurements into historical dashboards, alerts and analytical workflows.
Is Energy & Utility Monitoring the same as PowerWatch?
No. PowerWatch is the Siteplore product focused on electrical and energy monitoring. Energy & Utility Monitoring is the broader platform capability that can combine electrical information with water, pumping, compressed air, thermal utilities and other compatible measurements.
Can Siteplore monitor electricity consumption?
Yes, where suitable electrical meters provide the required measurements and compatible integration is available.
Can Siteplore monitor water consumption?
Yes, where compatible flow or volume measurement is available or can be added to the monitoring architecture.
Can compressed air be monitored?
Potentially yes. Suitable flow, pressure, electrical and operating-state measurements can be combined where the required instrumentation exists.
Can Siteplore monitor steam?
Compatible steam-related measurements can be integrated where suitable instruments, engineering calculations and field interfaces are available.
Can existing electrical meters be used?
Potentially yes. Existing meters should be reviewed for available parameters, communication protocol, register map, configuration and measurement suitability.
Can Siteplore show power factor?
Yes where the connected electrical meter provides power-factor data.
Can Siteplore perform power-quality analysis?
Only to the extent supported by the connected instrument. Advanced power-quality analysis requires appropriate measurement capability, sampling and engineering scope.
Can Siteplore replace the utility billing meter?
Not automatically. Billing or revenue-grade applications require meters and measurement systems suitable for that specific purpose.
Can Siteplore calculate energy intensity?
A normalized indicator such as energy per unit of production can be configured where reliable consumption and production data exist and the formula is appropriately defined.
Can Siteplore identify energy waste automatically?
Siteplore can help reveal unusual consumption, persistent loads, changing trends and other patterns that deserve investigation. Determining whether a condition is truly waste still requires operational and engineering context.
Can Siteplore forecast future energy demand?
Grafana Cloud Metric Forecast capabilities can be evaluated for suitable utility time-series data where supported by the customer stack, available history and configuration. Forecasts are analytical estimates, not guaranteed future values.
Can Siteplore detect abnormal utility consumption?
Configured thresholds, historical comparisons and available outlier-detection capabilities can support identification of unusual behavior. Performance depends on data quality and the selected method.
Can Siteplore automatically turn equipment off to reduce demand?
Not as a standard monitoring function. Automatic load control requires dedicated control logic, interlocks and application-specific engineering.
Can Siteplore support ESG or sustainability reporting?
Historical energy and utility data can provide a useful data foundation for selected reporting workflows. It should not be assumed to create regulatory or ESG compliance automatically without separately defining the required reporting framework, boundaries and data-governance requirements.
Can multiple plants be compared?
Yes, where comparable measurements, standardized definitions, data access and multi-site architecture are available.
How should we start?
Start by defining the business or operational question: where consumption occurs, which utility cost matters, what abnormal behavior is difficult to see, and which decision would improve if better historical data were available. The required metering and architecture can then be designed around that question.
Your utility bill tells you how much you consumed. Siteplore helps you investigate where it went and what changed.
Rekacipta can help identify useful measurement points, connect compatible electrical and utility meters, establish the cloud monitoring architecture and build Siteplore dashboards that turn consumption data into operational context.