Make Building Operations Visible Beyond the Utility Bill.
Siteplore connects selected electrical, energy, utility, equipment-condition and environmental measurements into a common monitoring environment — helping facility teams understand how buildings consume resources, how technical assets are behaving and where engineering attention may be required.
Buildings consume energy every minute. The monthly invoice explains very little about why.
Facility operations often depend on electrical panels, pumps, fans, cooling systems, utilities and environmental conditions that are monitored through separate systems — or sometimes not monitored at all. Without historical context, teams can see the final cost without seeing the operational behavior behind it.
Energy Cost Without Load Visibility
A monthly electricity invoice does not identify which systems, areas or operating periods drove the change.
Equipment Problems Between Inspections
Pumps, fans and motors can develop abnormalities between routine facility-maintenance rounds.
Disconnected Building Data
Electrical meters, BMS information, environmental sensors and maintenance records may remain difficult to compare.
Limited Sub-Metering
Total building consumption can hide differences between floors, tenants, systems or facility areas.
Utilities Without Context
Water and other utility consumption may change without sufficient historical information to explain the cause.
Too Many Alarms, Too Little Prioritization
Facility teams need evidence that helps distinguish a meaningful developing issue from routine operating variation.
Connect the systems that influence building operating cost and reliability.
Siteplore can be configured around selected facility-monitoring problems without requiring every building system to be replaced or moved into a new control platform.
Electrical & Energy
Monitor selected incoming supplies, feeders, panels, loads and facility areas.
HVAC-Related Assets
Add condition and operating visibility for selected pumps, motors, fans and mechanical equipment.
Water & Utilities
Connect compatible utility measurements into historical facility-monitoring views.
Indoor Environment
Add selected environmental measurements where occupant or equipment conditions matter.
Distributed Facilities
Build centralized visibility across multiple buildings or remote facilities.
Existing System Data
Evaluate selected existing meters, BMS data or local instrumentation as potential data sources.
One monitoring approach across different facility types.
The required measurements and architecture depend on the building function, occupancy pattern, installed systems and the operational problem being addressed.
Office Buildings
Energy, utilities, indoor conditions and selected facility assets.
Retail & Commercial
Multi-area energy monitoring, common utilities and mechanical assets.
Hotels & Hospitality
Energy, water, distributed loads and facility-equipment visibility.
Healthcare Facilities
Selected non-safety-critical facility energy and infrastructure monitoring.
Campus & Education
Multi-building energy, environmental and utility monitoring.
Warehouses & Logistics
Facility energy, environmental conditions and supporting assets.
Industrial Facilities
Offices, warehouses, workshops and non-process facility infrastructure.
Facility Portfolios
Compare selected monitoring information across distributed buildings or locations.
Add an intelligence layer around existing facility systems.
Siteplore can combine compatible existing meters, environmental sensors, additional monitoring devices and selected existing-system data into a historical monitoring layer for facility teams.
Building Systems
Electrical, utilities, mechanical equipment and environment.
Meters & Sensors
Existing or additional compatible measurement devices.
Edge & Integration
Collect selected facility information through suitable interfaces.
Siteplore
Dashboards, trends, alerts and comparisons.
Facility Decision
Investigation, maintenance, energy and operational improvement.
Facility analytics should explain what changed — not just display another dashboard.
Connect energy, facility conditions and mechanical assets using the right monitoring layer.
PowerWatch
Build electrical and energy visibility across selected incoming supplies, panels, areas and facility equipment.
Explore PowerWatch →RekaSense
Connect compatible utility, environmental and distributed field measurements into Siteplore.
Explore RekaSense →MachineGuard
Add retrofit condition monitoring for selected pumps, motors, fans and other rotating facility equipment.
Explore MachineGuard →Start with one facility problem, then connect the context around it.
Building Energy Visibility
Understand consumption beyond a single utility invoice.
+ PowerWatch
+ Siteplore Trends & Analytics
Pump & Fan Monitoring
Combine equipment condition and electrical operating information.
+ PowerWatch where applicable
+ Siteplore
Indoor Condition Monitoring
Build historical visibility around selected indoor environmental measurements.
+ RekaSense
+ Siteplore
Water Consumption Monitoring
Compare utility consumption across areas or operating periods.
+ RekaSense
+ Siteplore
Facility Portfolio Monitoring
Centralize selected energy and facility data across multiple locations.
+ Multi-Site Connectivity
+ Siteplore
Technical Facility Monitoring
Combine energy, equipment, utility and environmental monitoring.
+ RekaSense
+ MachineGuard
Siteplore does not need to replace your BMS to create additional value.
Existing BMS, meters and local controllers may already contain useful operational information. Where technically appropriate, selected existing data can be evaluated as potential Siteplore data sources while additional monitoring addresses gaps that are not currently visible.
Monitoring and analytics are different from building control and life-safety systems.
Siteplore is intended for monitoring, historical analysis and engineering decision support. Safety-critical, fire-protection, access-control and building-control functions require their own appropriately engineered systems.
| Function | Siteplore | Dedicated Facility System |
|---|---|---|
| Energy monitoring | Yes | System-dependent |
| Historical trends | Yes | System-dependent |
| Remote dashboards | Yes | System-dependent |
| Facility analytics | Primary purpose | System-dependent |
| Automatic HVAC control | Not by default | BMS / controller |
| Fire alarm / life safety | No | Dedicated certified system |
| Access control / security | No standard replacement | Dedicated security system |
| Emergency shutdown | No | Dedicated engineered system |
Better facility decisions begin with visibility below the monthly total.
Energy Visibility
Understand selected electrical consumption by area, load or period.
Earlier Equipment Awareness
Make selected mechanical condition changes visible sooner.
Utility Context
Compare selected water or resource consumption historically.
Remote Facility Visibility
Review selected facility information without depending entirely on site presence.
Better Prioritization
Focus facility-engineering attention on systems showing relevant changes.
Portfolio-Level Foundation
Start with one building and expand to additional facilities when justified.
Do not monitor every point first. Start with the operating cost or reliability question.
A practical facility-monitoring project begins with a specific problem — energy consumption, equipment condition, utility use or environmental visibility — and expands after value is demonstrated.
Identify
Define the facility problem or improvement opportunity.
Assess
Review equipment, meters, BMS and existing instrumentation.
Engineer
Define measurement, integration and connectivity requirements.
Validate
Confirm data quality and operational usefulness.
Scale
Expand to additional loads, systems or facilities when justified.
Choose the entry point that matches your current facility-monitoring maturity.
Site Assessment
For facility teams that know the operational problem but have not yet defined the monitoring architecture.
- Energy & utility review
- Existing meter / BMS assessment
- Asset and monitoring-gap review
- Conceptual architecture
- Recommended implementation path
90-Day Paid Pilot
Validate one clearly defined facility-monitoring use case using real operational data.
- Focused measurement scope
- Connected monitoring
- Historical trends
- Use-case evaluation
- Scale-up decision basis
Integrated Site Package
For facilities requiring energy, environment, utilities and equipment-condition monitoring under one architecture.
- PowerWatch
- RekaSense
- MachineGuard where required
- Siteplore dashboards
- Project-specific engineering
Start by defining the measurement, not by choosing a dashboard.
Siteplore’s vendor-neutral Sensor Ecosystem can support evaluation of compatible environmental, utility and other field instruments where existing building systems do not provide the required information.
Buildings & Facilities FAQ
Does Siteplore replace our Building Management System?
No. Siteplore is positioned as a monitoring, data-integration and analytics layer. Existing BMS or building controllers remain responsible for their engineered control functions.
Can Siteplore use data from our existing BMS?
Potentially yes. Selected BMS data can be evaluated where suitable interfaces, permissions, data availability and integration requirements support it.
Can Siteplore use our existing electrical meters?
Potentially yes. Existing meters can be assessed for protocol compatibility, available registers and the measurements required by the project.
Can PowerWatch monitor energy by floor or tenant?
Yes where appropriate electrical sub-metering or suitable existing meter data are available. The measurement boundary should be defined during engineering.
Can MachineGuard monitor HVAC pumps and fans?
Selected pumps, motors and fans can be considered for retrofit condition monitoring based on equipment configuration, criticality and monitoring objectives.
Can RekaSense monitor indoor environmental conditions?
Compatible environmental sensors can potentially be connected depending on the required parameter, interface and deployment architecture.
Does Siteplore automatically optimize HVAC control?
Not by default. Siteplore provides monitoring, historical context and analytical insight. Automatic HVAC control requires a separately engineered BMS or control architecture.
Can Siteplore control lighting?
The standard Siteplore offering should not be assumed to replace lighting-control systems. Integration or automated-control requirements would need separate engineering.
Can Siteplore be used for fire alarm or life-safety systems?
No. Fire alarm, emergency systems and other life-safety functions require dedicated, appropriately engineered and certified systems.
Can multiple buildings be shown in one dashboard?
A multi-site architecture can be considered where connectivity, access and data structure support the intended deployment.
Does every facility project require new sensors?
No. Existing meters, BMS data and local instruments should be evaluated first. New monitoring points are only required where useful information is missing.
Does every building project need AI?
No. Reliable measurements, historical trends and meaningful operational context come first. Advanced analytics or AI should only be added when sufficient data and a justified use case exist.
How should we start?
Start with one facility problem: unexplained energy use, insufficient sub-metering, recurring pump or fan problems, water-consumption uncertainty or a monitoring gap across multiple buildings. Rekacipta can then assess the existing infrastructure and define a practical Siteplore monitoring architecture.
Your facility already consumes energy every minute. The question is whether you can see why.
Start with one building or facility problem that deserves better visibility. Rekacipta can assess the electrical systems, existing meters, BMS data, mechanical assets, utilities and measurement gaps required for a practical Siteplore deployment.