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01 Luglio 2012

INSYS icom presenta: MoRoS per la ricerca universitaria

Il dipartimento di Geoscienze dell’Università degli Studi di Padova si è affidato alla flessibilità del router industriale MoRoS di INSYS icom per avere accesso da remoto ai dati sensibili raccolti da una stazione di monitoraggio deputata al rilevamento di fenomeni di colate detritiche.
Per il dipartimento di Geoscienze dell’Università degli Studi di Padova sono fondamentali l’osservazione e la misurazione in loco per la raccolta di dati sensibili necessari alla finalità dei progetti di ricerca. In questo particolare caso applicativo che ha previsto l'utilizzo di una soluzione INSYS icom, l’installazione interessata riguarda un campo per il monitoraggio di fenomeni di colate di detriti presso il sito del Rio Acquabona, nelle vicinanze di Cortina d’Ampezzo, in provincia di Belluno.
Il sito è stato equipaggiato nella seconda metà degli anni ’90 con lo scopo di caratterizzare le fasi di innesco, del moto e di deposizione delle colate di detriti tipiche delle aree dolomitiche. Il monitoraggio permette sia di determinare le condizioni idrologiche, morfologiche e sedimentologiche che inducono la generazione di quei fenomeni di tipo impulsivo difficilmente prevedibili, che di misurarne le caratteristiche cinematiche (velocità e profondità) e dinamiche (la pressione al fondo e su ostacoli).
Il router utilizzato per permettere la comunicazione tra le stazioni di controllo è un modem MoRoS di Insys icom; si tratta del modello MoRoS HSPA 2.1 PRO, router industriale con funzionalità modem e switch provvisto di 5 porte LAN (10/100 Mbit/s), VPN e firewall integrati, Linux embedded (Linux Sandbox) e predisposto per reti GSM/CSD, GPRS, EDGE, 3G/UMTS/HSPA.

Ritorno all'Indice
e 2012
Desigo V5: Innovations from Siemens increase building efficiency
The Siemens Building Technologies Division has introduced version 5 of its Desigo building automation system. Its innovative products such as Total Room Automation as well as efficiency features, like RoomOptiControl and Eco Monitoring, give building operators and users an active role in energy management, leading to permanent reductions in energy and maintenance costs.
A state-of-the-art building automation system is always optimized for energy-efficient operation. However, these optimized settings may start to drift over time. One of the underlying causes is often a lack of transparency for users who simply don't know how the setpoint changes they make can impact energy consumption. This is particularly true for air-conditioned rooms which are also equipped with lighting and sun protection controls. The new version of Desigo keeps room users and building operators apprised of the building's efficiency status. Feedback to users is given using the innovative Green Leaf display, adapted to the expertise and control options of each user group. The system makes it possible to change settings if needed to restore optimal energy efficiency. A study by Technische Universität München (TUM) indicates that by actively involving operators and users in the energy management of a building, energy consumption can be reduced by up to 25% without affecting comfort.
Total Room Automation offers energy savings without reducing comfort
The open, programmable room automation range Desigo Total Room Automation (TRA) is a holistic solution encompassing the HVAC, lighting and shading disciplines. Desigo TRA uses an innovative efficience feature called RoomOptiControl. It automatically detects unnecessary energy consumption in the room and notifies users by changing the color of the Green Leaf icon on the QMX3 room control unit: If room operations are energy efficient, this icon is green. If settings made by a room user lead to unnecessary energy consumption, the icon turns red. To reset room control to energy efficient operation, the user simply presses the display and the Green Leaf icon returns to green.
Using BACnet/IP, PXC3 room automation stations—also part of the TRA package—are integrated seamlessly into the PX automation level with its primary systems (heating generators, HVAC main units and cooling generators). The primary systems are controlled directly through the demand signals from the rooms. This means that the primary systems are only turned on if needed and their operation is adjusted so it meets the room requirements without exceeding them. One room automation station can cover multiple rooms. TRA offers complete integration of KNX, DALI and EnOcean devices; existing or new sensors and actuators from Siemens can be incorporated as well.
Eco Monitoring to reduce energy consumption and wear
Eco Monitoring is another innovative efficiency feature of Desigo. It monitors ongoing operations of HVAC systems based on energy-related quality condition indicators such as readings from temperature, humidity and pressure sensors, runtime, switching behavior and operational performance of the systems. Should deviations from the target state, inefficient operations or increased energy consumption occur, the building operator is notified via the Green Leaf display on the Desigo Insight management station. Current and future international standards (such as EN 15323:2007) require such a feature in order to optimize building operations over the long term.
Desigo Eco Monitoring not only helps optimize energy consumption, it also reduces wear. Thanks to its dynamic behavior and timely reporting, the Eco Monitoring feature recognizes unfavorable system operations early on, allowing operators to intervene immediately before any negative impact occurs. If desired, operators can choose to be notified of unusual events via text messaging (SMS), fax or e-mail.
Expanded networking of the automation level
Starting with version 5, Desigo also offers expanded end-to-end networking of the automation level. Enhanced support for communications standards ensures efficient system integration. The PXC series of compact automation stations has a higher number of universal inputs/outputs, which makes them much more flexible. To protect existing investments, different device generations, such as PTM and TX I/O modules and RXC room controllers, can be used in parallel on the same PX automation station.

Ultimo aggiornamento Domenica 01 Luglio 2012 12:35