Total Room Automation - Overview - Elektro · Total Room Automation Topology ... Bus transceiver...

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Rolf Abrach, 4881 / 102972-M-1147 © Siemens Switzerland Ltd 2008 For internal use only / Building Technologies Page 1 Rev 2, 26-Aug-2010 TRA Total Room Automation DESIGO V5 Arild Fossbakk: Head of support

Transcript of Total Room Automation - Overview - Elektro · Total Room Automation Topology ... Bus transceiver...

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© Siemens Switzerland Ltd 2008 For internal use only /

Building Technologies Page 1 Rev 2, 26-Aug-2010

TRA – Total Room Automation

DESIGO V5

Arild Fossbakk: Head of support

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DESIGO TRA

Total Room Automation

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Total Room Automation TRA, covers important

Market Trends in Europe

Requirements in European non-residential buildings

Strong regulation to conserve energy

TRA will cover HVAC, Light, Blinds and

cross functions to reduce energy consumption

and improve comfort

Support of grid and multi-phase construction

Reduced life cycle costs of buildings

Flexible applications allow to add functions

and change room setup resulting in

lower life cycle costs

HV

AC

Lig

ht

Blin

ds

Cross discipline

functions

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Total Room Automation

Topology

Engineering & Commissioning Tool

WEB based installer Tool

Modular Controller with onboard DALI

BACnet/IP communication

Existing and new room specific TX-IO

HVAC, Light, Blinds

PL-Link: plug&play pheripheral devices

- Room Units

- presence detectors, switches (LV devices)

- VAV controller, FanCoil I/O Box

- Supports KNX 3rd party devices

BACnet/IP

KNX devices

TX-IO PXC3..

LV devices

PL-Link

DESIGO V5

QMX3.. VAV FanCoil

I/O Box

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Connect networked peripheral devices

in the room for HVAC, lighting, blinds

Reduced installation costs

self-powered, two wires (up to 64 devices)

Reduced engineering & commissioning costs

“plug & play”-“easy engineering”

1:1 replacement without tool

enhanced application functions and more

diagnostic information

Use of KNX S-Mode devices

Peripheral-Link (PL-Link)

Objective and Motivation

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Modular Controller - PXC3 series

2-Port Ethernet Less IT infrastructure, cabling

Optional DALI on board Cost efficient light control

Internal power supply

for Dali, PL-Link and TX-IO

Reduced space, less cabling

Expandable for various field busses

and subsystems

Less engineering effort, less gateways,

open for future requirements

DALI

PL-Link

BACnet/IP

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Interaction with Room User

RoomOptiControl: Cross discipline and intelligent linked

efficiency function automatically detects

unnecessary energy consumption in the room

Green Leaf Display:

Room runs energy optimized

Unnecessary energy use

Potential for energy-savings

By simply pressing the display returning to

optimal operating

DESIGO V5 – Total Room Automation TRA

The Room User saves Energy at the equal Comfort

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Flush Room Unit

Operation Concepts ‘Scroll and Change’ and ‘4 Lines’

4 fixed lines, no menu

Limited functions

Simple and straight forward

1 key = 1 function

4 Lines

High flexibility, easy to cover

specific customer requirements

Bottom: scroll menu

Top: 1 key = 1 function

Scroll and Change

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Green LEAF

to reduce Energy Consumption

Studies show that energy saving up to

25% can be reached when the room

user considering energy efficiency

Feed back to room occupant on

energy consumption

room runs energy optimized

potential for savings

Room occupant pushes red leaf

room is set to optimized

consumption

Involve the room user in the energy

efficiency process

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Basic functionality – Leaf Color Display

Room user actions like

Operate blind Automatic

inactive

>250 W/m2

Open the window

30 min

Switch light on

>1200 Lux

>1200 Lux

Increase brightness

set point

>23°C

Increase room

temperature set point

Bypass to comfort

mode

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Basic functionality – Single Click

Room user actions like

Open the window

30 min

>23°C

Increase room

temperature set point

>1200 Lux

Increase brightness

set point

Adjust room

temperature set point

Adjust brightness

set point

Bypass to comfort

mode AUTO

Return to automatic

operation mode

Switch light on

>1200 Lux

OFF Switch light off

if bright enough

Operate blind Automatic

inactive

>250 W/m2

AUTO Return to automatic

mode (e.g. thermal protection)

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TX-IO Portfolio

TXM1.8T 8 Triacs (3 VA per output) for HVAC actuators

TXM1.6RL 6 bistable relay outputs for ON/OFF lighting control

(16 A circuit-breakers, high inrush)

TXM1.8RB 4 blind motors with 2 relays or 2 blind motors with 3 relays;

including detection of end positions with current measurement

Existing TX-IO Existing TX-IO blocks (DI, UI, …) are supported

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Presence detector & Light sensor UP258/21

Bus transceiver module UP117, to integrate:

New LV push-buttons

UP587/1 3-fold push-button with text display

Push-button interface UP220/2

for conventional switches from all manufacturers

PL-Link Device Portfolio

VAV static

GLB

GDB

Fancoil IO module based on RXB

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Total Room Automation

Application Overview

Building wide functions

Schedulers, Alarms

Sun position (location, date, time)

Shading calculation based on facade angles

Application Blocks

Room Coordination

Scene control

Green leaf functions

Energy optimizer light, blind , HVAC

Emergency control light, blind , HVAC

Light

Switched, dimmed

Constant light control

Blind, outdoor and indoor products

Local operation, restriction

Central operation

HVAC

Radiator water / El. heating

Under floor heating

Chilled ceiling 2 + 4 pipe

Chilled ceiling + heating

Chilled ceiling + ventilation

Fan coil 4 pipe, 3 stage / linear

VAV, reheat el / water, air quality

Scene

Burn – in function 100h for T5 FL

Switch off warning

Operation mode EN15232:

Automatic / manual on / off,

delayed off / dimmed off

Shading: fixed, tracking, glare

Energy optim: global radiation

Daylight harvesting

Protection of blinds: wind, rain, frost

Life safety: fire, cleaning mode

Weather station: sun, wind, rain, frost, global rad.

Supply chain coordination (room primary)

Room occupation and room mode

Day light coord. (light – blinds)

System Functions

Local trend w. notification

Grouping

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Groups are used to control related equipment within a room, space, floor or building.

- A single switch can control a group of lights

- A single occupancy sensor can influence several spaces

- An entire façade can be controlled with a single command.

Grouping

Grouping of Occupancy Zones Grouping for Light Control Grouping for Blind Control

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Side 19

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