Building management system

Overview

A building management system (BMS) manages, registers, guards

A building management system (BMS) manages, registers, guards and controls the different systems and installations in a building. Examples include security systems, air conditioning, heating, cold stores, gas mains and heat and power installations. The wireless ICY-Net can be used to control and read dozens to hundreds of controllers, all giving you the necessary data to keep the system running smoothly.

You can use a BMS to e.g. make sure that a building is properly secured at night, that the heating and air-conditioning are switched on and off on time and to register how much energy is being used and where – and save money in the meantime!

Features

Data points

With ICY’s BMS you can register hundreds or thousands of data points, from dozens or hundreds of controllers, divided over one or more buildings. Reading of information and communication with the other controllers is all done wirelessly via the ICY-Net.

Datalog Manager

The Datalog Manager software makes it possible to visualize the data points and to approach and set all the measurements. The controllers can be approached both by phone and wirelessly, on request or regularly, which gives you the opportunity to make clear overviews of all the different data points.

Energy management

Data exchange for e.g. energy monitoring is possible using ODBC. You can also use third-party software. This gives you a clear overview of the usage and makes it possible to adjust settings where necessary to let the whole system run more efficiently, to help the environment and to save money.

ICY-Net

The ICY-Net can be extended with more controllers almost indefinitely. After installing a new controller, the Datalog Manager software will automatically recognize it and add it to the overview.

Breakdown

The BMS will let you know immediately where a breakdown occurs, which makes it easier for a mechanic to check and immediately fix the problem. This guarantees that your produce in the cold stores stay cold, that machines don’t overheat and cause short circuits or a fire and that emergency measures can be taken in time in the case of a disruption in the power supply.

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