Smart Building: reliable comfort and safe power
Modern buildings depend on HVAC, mechanical and electrical systems that must run continuously for comfort, energy efficiency and safety. edgeSV gives facility managers continuous condition data from the plant rooms and electrical rooms behind the building, so maintenance can move from reactive or calendar-based work to condition-based decisions.
The situation
Facility teams often lack real-time visibility into asset health and fall back on reactive or schedule-based maintenance. The result is unexpected failures, costly downtime, shorter asset life and disruption that tenants feel directly. Operators run lean teams across many sites, often through facility management contracts, and a chiller failure in summer or a transformer fault in a hospital is both a service failure and a safety issue. Most buildings already have a BMS, but it reports on/off status, not equipment health.
What edgeSV monitors here
Value for your operation
Real-time visibility into critical building systems
HVAC plant, pumps, elevators and electrical systems are evaluated continuously at the panel. Facility teams see equipment health as it changes, without waiting for a delayed or centralized analysis.
Proactive maintenance without disrupting occupants
Developing issues are found early and on site, so repairs can be planned in off-hours instead of becoming emergency work orders. That means fewer tenant complaints and comfort that holds through peak season.
Scalable intelligence across floors, campuses and sites
Analysis runs where the systems reside, which limits network dependency and keeps deployment simple. A multi-site dashboard lets one team follow many buildings with a consistent maintenance approach.
Challenges
- Small teams covering many buildings
- BMS shows status, not condition
- Tenant complaints and emergency work orders when HVAC fails
- Unexpected failures shorten asset life
- Electrical safety obligations in public facilities
How edgeSV helps
- Condition data added alongside the existing BMS
- Transformer and leakage monitoring for electrical safety
- Multi-site dashboard for FM contractors
- Reports that support inspection records
Outcomes
- Fewer comfort outages in peak season
- Fewer emergency work orders and tenant complaints
- Support for longer asset life and lower maintenance cost
- Safer electrical rooms
- Data-backed replacement budgets
Equipment and use cases
HVAC system health
Chillers, air handlers and rooftop units are followed through their electrical signals to catch bearing wear, imbalance and compressor problems before tenants complain.
Elevators and escalators
Drive and motor behavior is monitored to reduce unscheduled outages and support safe operation.
Indoor air quality systems
Ventilation and filtration fan load changes point to clogged filters or airflow problems that affect air circulation and compliance.
Water pump systems
Chilled water, hot water and booster pumps are evaluated for wear, cavitation and blockage before pressure or flow is lost.
Fans and blowers
Fan imbalance, belt problems and motor degradation that cause airflow issues or higher energy use are flagged early.
Cooling towers
Tower fan motors and VFDs are watched for degradation that reduces cooling efficiency and uptime.
Electrical panels and motor load
Phase imbalance, overload and abnormal current draw in critical building systems are detected at the panel.
Building transformers
Transformer stress, harmonics and loading are monitored to protect the power behind the whole building.
Leakage current and power quality
Leakage and power quality events are recorded for electrical safety in hospitals and public facilities.
Energy efficiency
Inefficiency caused by degrading equipment is identified from actual operating behavior rather than schedule-based assumptions.
Generators and backup power
The electrical behavior of backup power equipment is checked when it runs, so readiness is known before it is needed.
Drainage and sump pumps
Rarely run pumps are checked when they start, so a failed standby pump is found before it is needed.
Example scenario
- A cooling tower fan VFD shows increasing DC link ripple in early June.
- edgeSV flags a warning on the multi-site dashboard used by the FM contractor.
- The capacitor bank is replaced before the peak cooling season begins.
Frequently asked questions
What building systems can be monitored?
Electrically driven systems such as chillers, air handlers and rooftop units, cooling towers, pumps, fans, elevator and escalator drives, transformers and backup power, plus leakage current and power quality.
How does this differ from traditional maintenance?
Traditional maintenance reacts to failures or follows a calendar. edgeSV tracks equipment condition continuously, so work is done when the data shows it is needed, which avoids both surprise failures and unnecessary servicing.
How do predictive insights improve building performance and occupant experience?
Early warnings let teams repair equipment before it fails, so comfort is kept stable and fewer repairs happen during occupied hours. Fewer emergency calls also leaves more time for planned work.
How does it improve on conventional BMS alerts?
BMS alerts mostly fire when a value crosses a limit. edgeSV looks at trends across several indicators and attaches the indicator and trend to each alert, so teams can judge the likely cause and urgency before dispatching someone.
Can it help reduce energy use?
It shows how fans, pumps and chillers are loaded and flags degradation that makes them draw more power than they should. Actual savings depend on the site and are quantified in a pilot.
Is it suitable for both single buildings and enterprise programs?
Yes. Many sites start with the chiller plant and main transformers of one building, then expand to more equipment and more buildings, with a multi-site dashboard and Modbus links to existing BMS.
Does installation disturb tenants?
Monitoring is done from the electrical room and panels rather than in tenant spaces, so work is scheduled with the facility team and kept away from occupied areas.
Does it replace statutory electrical inspections?
No. It adds continuous condition data and reports that can support inspection records, but legally required inspections still apply.
Related applications
Talk to an engineer about your site
Send us your single-line diagram and critical asset list. We will propose monitoring points and a pilot scope.