Hundreds of systems and furnishings installed throughout Italy.

In many years of activity, Canavisia has installed industrial monitoring systems, energy monitoring and street furniture throughout Italy, providing “turnkey” and “custom” solutions for various markets such as:

Industries, retail, supermarkets, offices, schools, hospitals, hotels, museums and cities.

Here are some examples:

Public Offices

Monitor consumption and reduce energy waste in lighting and temperature control.

measurement of temperature, relative humidity, atmospheric pressure and brightness.
implementation of 7 independent lighting lines and two electric controls for switching the split on / off
Measurement of the overall electric absorption of the light lines and electric absorption of the force line.
Thermostat control that manages the gas boiler. «Intelligent thermostat»
Installation of the “Enel meter direct reading” option to measure the total absorption of the office.

Energy savings monitored by 11%, to 56%.
Optimization of air conditioning systems consumption
Monitoring from a single point in the headquarters of all branches in the area.
Possibility of planning targeted interventions based on reliable data.
Environmental comfort: the system will guarantee the desired temperature and relative humidity at the times indicated.
Automatic alarms on anomalies and possibility of intervening locally, via manual and remote commands.
Automatic brightness adjustment and automatic switching off of lights and air conditioners.


Monitoring of hospital environments in order to guarantee the conditions required by law
Structure and consumption optimization.
Non-invasive intervention on the structure.
Export of data to the facility management software platform.

Installation in all environments of a Battery-powered ShoeBox Sensor R module, for detecting temperature, relative humidity, atmospheric pressure, brightness and CO2.

Identification of waste through precise, calibratable and non-invasive monitoring integrated with pre-existing facility management software.
Possibility of preparing specific corrective actions for the improvement of buildings and their yield in terms of comfort and consumption, based on the monitored consumption
Possibility to monitor data locally and remotely and through a predictive and punctual analysis to anticipate situations that are not compliant by optimizing the number of maintenance operations.


Energy saving
Automated drives of the thermoregulation and lighting system.
Environmental monitoring within the branch.
Direct reading of the Enel meter.

Monitoring of partial and total electrical absorption, active, reactive energy, absorption, voltage and cos fi on single-phase and three-phase loads.
Electrical measurement of seven three-phase loads through opening CTs.
Timing of on / off switching of certain loads
Drive and timing on the entire air conditioning system (pumps, condensing units, coolers, fan coils …)
Monitoring temperature, brightness, relative humidity, atmospheric pressure inside and outside the branch using ShoeBox Sensor modules,
Direct reading of the Enel meter
Use of the “Intelligent Thermostat” function to optimize the consumption of the heating and air conditioning system.
Use of the “Constant self-adaptive brightness” function for adjusting the intensity of the lighting bodies according to the brightness coming from the outside.

Energy saving
Local and remote data monitoring
Optimization of the number of maintenance operations thanks to predictive analysis.
Switching on / off and automatic adjustment of lights and air conditioners


Monitoring of electrical utilities, environments and the efficiency of the refrigeration units.
Direct reading of the Enel meter.
Remote data collection and analysis.
Non-invasive installation.

Installation of ShoeBox MultiMeter for electrical measurements through openable CTs with amperages from 50A to 1500A.
Direct reading of the Enel meter
Data export on the network, both locally and via the Cloud.
Installation of Frica Seica Kit for measuring the pressure and temperature of the refrigeration unit circuits to check their efficiency.

Possibility at the end of a monitoring period to prepare corrective actions aimed at improving buildings and their yield in terms of comfort and consumption.
Possibility to monitor data locally and remotely and through a predictive and punctual analysis to anticipate situations that are not compliant by optimizing the number of maintenance operations.