Electro- ERA IASI BUILDING

Electroproiect

ERA IASI BUILDING

BMS Description

TGBT- BMS panel

The BMS Panel gets from TGNS1 and TGNS2 the signals described into the datapoint list below.

The data from the electrical meter can be taken through the Modbus interface. (It means that the meter should be delivered by the supplier with a Modbus interface connector)

All DI and meters parameters mentioned can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel

Programming and commisioning of controllers

BMS panel start-up

Optional:

we could mount one temperature sensor inside the room to start the ventilator according with the temperature

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

On/Off status needs a NO or a NC auxiliary switch mounted on the contactor.

Alarm status needs a NO or NC auxiliary switch mounted on the automatic circuit breaker

Each signal must be taken from monitorized panel through rail mounted terminal blocks

TSG - BMS panel

The BMS Panel gets from TGS the signals described into the datapoint list below.

The data from the electrical meter can be taken through the Modbus interface located into TGN-BMS panel. (It means that the meter should be delivered by the supplier with a Modbus interface connector)

All DI and DO and meters parameters mentioned can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel

Programming and commisioning of controllers

BMS panel start-up

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

On/Off status needs a NO or a NC auxiliary switch mounted on the contactor.

Alarm status needs a NO or NC auxiliary switch mounted on the automatic circuit breaker

Each signal must be taken from monitorized panel through rail mounted terminal blocks

TCS = TU-BMS panel

The BMS Panel gets from TU the signals described into the datapoint list below.

All DI mentioned can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel

Programming and commisioning of controllers

BMS panel start-up

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

Alarm status needs a NO or NC auxiliary switch mounted on the automatic circuit breaker

Each signal must be taken from monitorized panel through rail mounted terminal blocks

Gallery panels (TNCG, TSCG, TUCG from 1 to 3)

The BMS Panel gets from TU the signals described into the datapoint list below

All DI and DO mentioned can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel

Programming and commisioning of controllers

BMS panel start-up

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

On/Off status needs a NO or a NC auxiliary switch mounted on the contactor.

Alarm status needs a NO or NC auxiliary switch mounted on the automatic circuit breaker

Each signal must be taken from monitorized panel through rail mounted terminal blocks

Secondary panels (TNB1..5, TSST1, TN-comp, Indirect meters panel,TU-CFA)

The BMS Panel gets from mentioned panels the signals described into the datapoint list below

All DI and meter indexes can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel

Programming and commisioning of controllers

BMS panel start-up

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

Alarm status needs a NO or NC auxiliary switch mounted on the automatic circuit breaker

Each signal must be taken from monitorized panel through rail mounted terminal blocks

The meters must have pulse output.

They were considered 9 panels for each monitorized panel and one "manager panel" to control the previous 9 ones.

According with the panels distribution (places) we can made only 4 panels:

- panel 1 for TNB1 to 5 and Indirect meters panel

- panel 2 for TN-comp

- panel 3 for TSST1

- panel 4 for TU-CFA

The total value of those panels remains unchanged in both cases.

Medium power- BMS panel

The BMS Panel gets from mentioned panels the signals described into the datapoint list below

All DI can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel

Programming and commisioning of controllers

BMS panel start-up

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

Alarm status needs a NO or NC auxiliary switch mounted on the automatic circuit breaker

Each signal must be taken from monitorized panel through rail mounted terminal blocks

UPS - BMS panel

The BMS Panel gets from mentioned panels the signals described into the datapoint list below

All DI can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel

Programming and commisioning of controllers

BMS panel start-up

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

All signals must be taken from UPS through rail mounted terminal blocks

If the UPS has a modbus interface all delivered parameters can be taken through a Modbus Interface from the secondary panel.

This operation don't need supplementary equipments but it needs 250 Euro additional works.

Power generator - BMS panel

The BMS Panel gets from mentioned panels the signals described into the datapoint list below

All DI can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel

Programming and commisioning of controllers

BMS panel start-up

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

All signals must be taken from generator through rail mounted terminal blocks

Boiler plant and cooling towers - BMS panel

The BMS Panel gets from mentioned panels the signals described into the datapoint list below

All signals and commands can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel compatible with power panel

Programming and commisioning of controllers

BMS panel start-up

Necessary equipments to be mounted ( by the panel suppliers) regarding the mentioned signals:

On/Off status needs a NO or a NC auxiliary switch mounted on the contactor.

Alarm status needs a NO or NC auxiliary switch mounted on the automatic circuit breaker

All signals must be taken from monitorized panel through rail mounted terminal blocks

There is necessary to add a module Xenta 451A + terminal block to control the new 2 valves mounted on the cooling towers circuit.

Rooftops - BMS panels

The BMS Panel gets from mentioned panels the signals described into the datapoint list below

All signals and commands can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel compatible with power panel

Programming and commisioning of controllers

BMS panel start-up

The panels will be mounted near to the each rooftop.

Fans - BMS panels

The BMS Panel gets from mentioned panels the signals described into the datapoint list below

All signals and commands can be visualised on the BMS dispatcher screen.

The offer includes:

BMS equipments

Automation panel compatible with power panel

Programming and commisioning of controllers

BMS panel start-up

Initially the offer was made to make 1 panel for each VIS fan and for the rest 5 central panels to control 5 groups of fans.

After we received the project panel for the fans, their distribution will be according with the following table:

The cellars coloured in yellow represent the fans which are missing from the project and this allocation is our reccomendation according with their position in the field.

Normally this it means to recalculate the necessary power for the panels and also to check the main power cable of them.

Fire pumping station - BMS panel

We don't have any detail for this station but they are usually used three pumping groups:

hydrants

sprinklers

potable water

On our similary latest project we have used the quantity of point as you can see below:

Dispatcher

The I/O will be taken into the dispatcher through a LON network and visualised on a monitor on different graphic screens.

The main image will be an image of the entire building and for each system there will be a separate image.

On each screen there will be buttons for commands and cellars for each datapoint which must be monitorised.

The server will be mounted in the security chamber.

Examples:

The alarms will be visualised on a screen as you can see upside.

The software can generate reports for alarms, monitorised parameters and in general about all the systems.