Giving you access to the data within your buildings plant and systems like never before – view an energy dashboard, transfer data to an analytics provider, connect to an enterprise level system or tenant billing solution – the SIP+ can do it all and much more.
The new SIP+ hardware is an easy to use, out of the box platform, capable of connecting multiple third party drivers to each other within the same truly multi-protocol platform.
If you are an existing SIP user you will already know how simple our devices are to commission and use. Now you can have the simplicity you already enjoy, as well as all the protocols and solutions supported by our existing SIP devices into one hardware platform, the new SIP+. SIP+ doesn’t tie you into using specific devices or require expensive tools to commission or licence upgrades, meaning you pay once for what you require.
Our latest SIP+ multi protocol hardware now comes with all of the features of our standard SIP interfaces, plus our latest BACnet Integration Controller (BIC), all inside one device. BIC’s present third party devices as BACnet devices, with values transferred as BACnet object types, with Notification Class and Trendlog functionality. Our BIC software simplifies the application of BACnet by making the head end engineering easy and simply to apply.
Our SIP+ solutions for interfacing to Trend BMS systems have Virtual IQ (vIQ) software included that enables the SIP device to sit straight onto the Trend network. Each third party device interfaced can then be presented as if it were a Trend controller. Additionally, each value transfered is provided as a standard Trend module – sensor, knob, switch and digital input and have the full compliment of functionality such as labels, alarms and plots.
Our new MQTT driver for SIP+ firmly places the hardware ahead of the curve as the Internet of Things (IoT) becomes a reality. This small, low bandwidth protocol supports messages from thousands of devices which publish information to a central broker. This makes it highly suitable for remotely monitored applications where bandwidth and battery power are at a premium.
In practice a Facilities Management company, for example, could access sensors for temperature, humidity, occupancy, air quality, fan speed, etc. and aggregate the data received from hundreds of sensors and buildings. It could then apply machine learning techniques to the database of information collected to drive efficiency, predict plant failures before they happen and improve the long term cost and efficiency of buildings and future technology.
The potential benefits are huge and SIP+ is an enabler at the forefront of the IoT revolution.