05MODULE 05 OF THE DROME PLATFORM

Energy waste
visible in
real time.

Continuous monitoring of electrical consumption, power quality, water leaks and flow per circuit. Spot waste before the bill arrives and detect failures before the blackout.

How it works ↓
−18%
average consumption reduction
15 min
lead time on electrical failure
Modbus
native integration
ISO 50001
energy management
LIVE CONSUMPTION · kW1 anomaly detected
ICU · Floor 348.0 kW
OR · Block A65.4 kW
Chiller 0196.3 kW
Pharmacy22.3 kW
Hallway B13.9 kW
Line = AI baseline↑ Above expected
THE PROBLEM

Hospitals waste 20–30% of energy for lack of visibility.

Air conditioning running in an empty room, a water leak in the basement, a chiller consuming 40% above pattern. Without per-circuit metering, waste is invisible until the bill arrives.

01
20–30%
of energy wasted
is the estimated average waste in Brazilian hospitals without active energy management, per ABESCO and PROCEL Hospitais.
02
R$ 380K
per year on average
is the annual savings potential in a mid-sized hospital (200 beds) with monitoring and active energy management.
03
48h
to detect a leak
is the average time between the onset of a water leak and its detection in hospital facilities without flow sensors.

Our energy bill was a number at the end of the month. We had no idea which wing consumed the most, which equipment had a problem, nothing. With DROME we identified a chiller consuming 40% above normal in 3 days.

Infrastructure Manager · University hospital · 450 beds
HOW IT WORKS

Meter → gateway → dashboard, without stopping the hospital.

Current sensors installed in the existing switchboards without shutting down the circuit. Non-invasive ultrasonic flow sensors on the pipes.

01

Sensors on the switchboards

Current CTs clamped onto existing breakers without shutting down the circuit. Measurement of kWh, power factor, harmonics and voltage every minute.

INSTALLATIONno shutdown
02

Water flow

Clamp-on ultrasonic sensors installed externally on the pipes. They detect water flow, pressure and temperature at critical points.

ACCURACY±1%
03

Automatic baseline

The AI learns the consumption pattern of each circuit by hour, day of the week and seasonality. It alerts when real consumption deviates more than 10% from expected.

MIN. DEVIATION10%
04

ISO 50001 reports

Consumption dashboards by wing, circuit and equipment. Energy efficiency reports for accreditation and RFQ audits.

REPORTISO 50001
WHAT YOU GAIN

Energy and water: total visibility, action before the crisis.

Energy anomaly AI

Detects anomalous consumption patterns before they cause a failure. A chiller heating up before it locks appears as an anomaly weeks before the shutdown.

  • Baseline per equipment and time
  • Progressive degradation alert
  • Failure prediction on critical equipment

Power quality

Monitoring of harmonics, voltage sag/swell, dips and transients that damage high-cost electromedical equipment.

  • THD-V and THD-I harmonics
  • Sag/swell and flicker
  • ANEEL quality report

Water management

Non-invasive ultrasonic sensors detect leaks, measuring flow at critical points without interrupting supply.

  • Leak detection ±1%
  • Water balance per sector
  • Abnormal night-consumption alert

Non-invasive installation

Current CTs installed with the circuit energized. Clamp-on flow sensors without cutting the pipe. Zero downtime.

  • Split-core CT, no shutdown
  • Clamp-on ultrasonic for water
  • No civil works

BMS and SCADA integration

Connects with existing BMS (BACnet, Modbus) and SCADA systems. Imports data from smart meters already installed.

  • Native BACnet/IP
  • Modbus TCP/RTU
  • MQTT for SCADA

ISO 50001 reports

Generate energy management plans, energy performance indicators (EnPI) and energy review reports for certification.

  • EnPI per sector and equipment
  • Baseline analysis
  • Efficiency target plan
AUTOMATED COMPLIANCE

Energy efficiency as a regulatory requirement.

ISO 50001, PROCEL Hospitais and sustainability certifications require continuous monitoring and reports. DROME delivers this automatically, with no manual work.

−18%
average electrical consumption reduction
ISO 50001
documented energy management
PROCEL
automatic reports
ISO
ISO 50001:2018
Energy management system. Requires continuous monitoring, EnPIs and periodic energy review.
AUTOMATED
PROCEL
PROCEL Hospitais
Eletrobras efficiency program for Brazilian hospitals with consumption-reduction targets.
AUTOMATED
ANEEL
REN ANEEL 414
Electrical power quality: limits on harmonics, sag and swell in hospital facilities.
AUTOMATED
ABNT
NBR 5410
Low-voltage electrical installations with metering and monitoring requirements.
AUTOMATED
FAQ

Questions about energy and water monitoring.

Questions about installation or compatibility? Talk to a specialist.

No. We use split-core CTs that clamp around the cable without cutting the circuit. Installation is done with the system energized, without interrupting any service.

Ready to see Energy & Water in action?

Book a demo with our team and see live predictions in your own environment.

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Energy & Water | DROME — Hospital electrical and water monitoring