Muntanyeta Park
Fact Check
Country
{{getRegion('ES')}}
Location
Sant Boi de Llobregat (Barcelona)
Area
255.590
Loxone Partner
Challenge
THIS CONTENT IS AUTOMATICALLY TRANSLATED BY GOOGLE TRANSLATE.The main objective in this great project was to control an outdoor complex with swimming pools, lakes, irrigation areas, etc.
The project can be divided into various aspects, such as control of the pools, control over the lakes and control over the irrigation areas of the entire complex.
In the case of swimming pools, we had to have control over all of their parameters (ph, levels, states, temperatures, alarms, etc.)
For the part of the lakes we need the control and the alarms (temperatures, states, levels, water quality, control over the pumps, solenoid valves, filters, etc.)
Control over all irrigation areas, being able to know the status and having control over the pumps, solenoid valves, etc. Being able to configure schedules for each zone, depending on the humidity of the soil.
Have real-time management of the three large blocks.
Have control over energy consumption, water, etc.
Being able to manage a system of technical alarms and warnings to the people responsible for each installation.
Integration with intrusion, fire and uninterruptible power systems.
Public display of the state of the installation on a screen located at the main entrance.
Reading of public QRs to be able to access this visualization.
Solution
THIS CONTENT IS AUTOMATICALLY TRANSLATED BY GOOGLE TRANSLATE.The project can be divided into 3 large differentiated blocks.
The first would be the part of the pools, which in this part mainly have the readings of parameters, probes, alert management, etc.
The second section would be the area of the lakes, which, in this case, we have the readings of the parameters of the levels, probes, states, water quality, etc. and the action on the technical room; such as activation of pumps, solenoid valves, filtering and control elements, etc.
As the third block differentiated from the control of the park, we have control over irrigation, where we can differentiate the irrigation of the pool area and the irrigation of the lake area. In this case we act on irrigation solenoid valves, pumps, controllers, etc. and together with the reading of all kinds of soil sensors which indicate humidity, temperature, EC parameters, etc., we adjust the irrigation parameters to some criteria or others. .
All control parameters can work automatically and manually for maintenance.
Everything is adjusted by schedules and by control logics.
In this project, we sit down together with the swimming pool and lake control technicians, in order to establish all the control and operating logics, so as not to overlook any parameter and achieve perfect control over all these parameters.
Some truth tables or tables of truth values were elaborated, in order to be able to adjust all these parameters, and in this way to be able to develop and apply all the logics correctly.
In these types of installations, a very important and critical point is alert management. In this case, any alert that may be generated is indicated to the maintenance teams in order to provide a solution as quickly as possible to avoid further incidents.
In order to gain control of this great project, we have integrated with compressors, filters, PR207 equipment, SSCAN equipment, ultraviolet equipment, etc.
The installation is controlled and monitored from the municipal installations control center, where they visualize the installation in real time through the ENMOTIC (www.enmotic.com) of the town hall itself.
