Business Unit EMS Energy Management Systems. Energy Vision BMS monitoring to control energy

Transcription

1 Business Unit EMS Energy Management Systems Energy Vision BMS monitoring to control energy

2 DELTA DORE EMS Your energy management partner 25 years' experience as specialist in energy management and integrator of BMS solutions. Our approach 1 Core business 4 Energy control Comfort control Support Maintenance Energy monitoring Continuous improvement 2 Analyse and design 3 Energy audit Multi-brand and multi-protocol integration Commissioning BMS multi-systems Multi-markets Our team at your service 140 staff members! - 15% in Research and Development - 2 development sites - 3 service platforms Our growing business Double-digit growth with a turnover of over 23 million in installations each year adding to a total of over 7500 sites. International expansion development in Europe and Asia. 2

3 Contents PRESENTATION OF ENERGY VISION p. 4 VIEW p. 6 The operating interface EXPLOIT p. 7 Organise information Set schedule ALERT p. 9 Produce alarms Monitor alarms in real time Store the alarms CONTROL p. 10 Multi-energy metering View metering data Manage electrical energy CAPITALISE p. 12 Store data Exploit stored data Trace actions Analyse operating data SECURE p. 14 User profile VALUE p. 15 Communicate the site's energy performance 3

4 ENERGY VISION Keep a close eye on your installation s behaviour and optimise energy management A Building Management System s installation must be: open: federate every multi-brand, multi-energy and multi-protocol systems upgradeable: designed to adapt to any future development of the building user-friendly: summarises and organises information to aid the decision-making process Delta Dore created Energy Vision to meet these requirements: an industrial monitoring platform which can be adapted to all building configurations (isolated site, large commercial buildings, industrial site, management of multiple sites, etc.). The site monitoring system is a computer from which the user controls his BMS installation. It shows the status of the system in real time. This smart energy management and control system orders and stores information to facilitate the analysis of interactions between equipment. Energy Vision is View: Exploit: Alert: Interfaces are intuitive and user friendly, letting the user operate the BMS without the need for technical or detailed knowledge of the system. The ordering of information facilitates the analysis and understanding of interactions between equipment. The system continuously monitors the supervised equipment and immediately processes information and alarms for those on stand-by. Capitalise: All information produced by the system is chronologically stored for an optimal analysis. Control: More than a simple site monitoring system, Energy Vision is a smart energy management system that provides comprehensive information on the behaviour of the installation and lets the user manage all aspects of the technical equipment. Energy Vision offers the choice of a 100% Web-based system Thanks to Energy Vision Web, it is now possible to develop Web Design and animated graphs which let the user interact with the interface. This 100% Web solution facilitates the integration of BMS systems into computers equipment governed by stringent and secured charters. Our site monitoring system, Energy Vision Web, lets the user put all BMS equipment on the Web. The main advantage of this offer is that it allows the status of the system to be monitored by accessing all operating information through a simple Internet browser. The graphs are generated with Flash technology, which is available on all Internet browsers (Internet Explorer, Mozilla Firefox, etc.). The Internet also lowers maintenance costs as the graphs are only stored on the Windows server. A technological core... Client/Server HMI/SCADA Client/Server OPC TCP/IP Ethernet for work stations and controllers Two-way ODBC connector for link to CAPM, CAM, etc. Connector to ERP such as SAP for a comprehensive monitoring system solution Built on an industrial monitoring system's processor core, ifix, following an OEM partnership agreement between GE Fanuc and Delta Dore. Fully integrated in Windows Server 2008, XP, Seven Client/Server architecture. 4

5 An open system Multi-brand: Schneider, Siemens, SAÏA, Honeywell, Johnson Control, TAC, Ciat, Delta Dore, Trend, ETT, Carrier, Technologic, Philips, Sauter, ABB, Toshiba, Hager... Multi-protocol - communication (bus): Konnex, Lon, Modbus TCP/IP, Jbus, Bacnet IP Multi-protocol - web: http, smtp, sql, xml Standard architecture Service platforms Remote management Remote monitoring Remote control Alarm transfer Telephone SMS, , i Internet portal Monitoring of interventions Monitoring of alarms Remote access Deletion Cloud Physical / Virtual Tariff optimisation Traceability Control systems Energy management Metering Integration OPC ModBus TCP JBUS BacNet IP SNMP KNX LonWorks ASCII 5

6 View Access key data at a glance The operating interface To make the software as easy as possible to use, interactive graphs are used to present the data. Access to all of the site's characteristics is simple thanks to overview diagrams specially designed to be intuitive. An overview diagram is a graphic image that lets the user view informations linked to the Building Management System at a glance. The building is schematized by a general plan for each floor. The user only has to click on the area that he wishes to observe to view its equipment, which take the form of animated objects, and see the equipment's operating status in real time. General view of buildings and equipment Browsing principles The user can skim through the different pages using the browser on the left of the screen and through linking areas integrated into all of the graphs. A banner, at the bottom of the screen, permanently displays any current alarms. A toolbar, in the top banner, lets the user access Energy Vision's different applications. All settings are accessible through the overview diagrams. When the user clicks on an equipment, a window opens above the overview diagram of the area in question and displays all of the parameters of the equipment concerned. In the interest of consistency, the same user-friendly approach will be used regardless of the actuator that is being controlled. Boiler room overview diagram 6 Boiler control dialogue box

7 Exploit Structure information to facilitate analysis Organise information Data exploitation is realized directly on overview diagrams. The site's equipment is represented through functional blocks. They constitute a central base of the monitoring system. Energy Vision allows to get a global view of the site (in the form of tables) and/or a detailed view of the site (in the form of equipment) depending on the display mode chosen, organise the equipment on the site into a topological tree. Integrated into an Internet browser, Energy Vision operates in client/server mode for multi-client. As the data can be displayed in many different ways, the application can be used by both operators and installers. The several different setting options offered by Energy Vision allow the site to be configured and operated as closely as possible to the user's needs. Overview of the site and its equipment (table display mode) To access the settings of functional equipment, the user only has to click on the line of the table for the item in question. A window containing all of the relevant data opens. Data is grouped by subject (operation, setting, filing, monitoring of changes, monitoring of technical faults) under different tabs. Unit heater control dialogue box For example, in one click, the Curve tab shows stored data for the equipment in a graph (temperature, commands, settings, etc.) and thereby allows information to be traced. Curve tab dialogue box 7

8 Exploit Structure information to facilitate analysis Set schedule Energy Vision lets the user set the operating periods of all of the equipment based on an annual calendar. The system is also able to manage exceptional periods (bank holidays, holiday, etc.). The advantage of this function is that it allows the user to centralise the management of the operating periods of all of the sites and all of the equipment concerned. Day periods are shown in tables and barographs. There are 'copy', 'insert period' and 'special paste' functions to simplify the management of the site and save time. For each piece of equipment, the barograph indicates the operating status based on the time period for the day in the calendar selected. The calendar shows the previous month, the current month and the next ten months. Setting of the annual calendar Setting of a standard day Go one step further Setting of exceptional periods In order to optimise consumption to save more energy, exceptional periods may be set (bank holidays, holiday, one-off trading days, etc.). Each of these periods can be renewable to the following year. Setting of an exceptional day 8

9 Alert Monitor the behaviour of the system in real time Produce alarms All of the information managed by Energy Vision can be used in the form of alarms (contact, threshold setting, status of communication between equipment, discordance, etc.). To avoid being overloaded with information, a priority and area-based system processes the alarms effectively. Alarms are sent to all monitoring stations. Several priority levels can be applied to the alarms. Monitor alarms in real time Alarms are displayed: as text as animations in the overview diagrams in the alarm banner in real time This banner lets the user display all of the site's alarms including, for each alarm: name, value, date and time of appearance and disappearance, and status. Display colours may be configured. Colours vary according to the urgency of the alarm. It s possible to process alarms individually or as a group. Monitoring of alarms Store the alarms All of the alarms are stored in a centralised database. Alarm history 9

10 Control Optimise your energy use Multi-energy metering Energy Vision meters all forms of energy (water, gas, electricity, oil). All types of meter are managed whether indexed, cumulative, temporal or front while taking into account tariff periods, pulse waves, etc. Access to all of this information in real time allows you to act immediately in order to optimise energy use. Electricity metering View metering data Metering data is stored in chronological order for periods lasting two seconds to 30 minutes. This data is then collected to display total energy consumption for a day, month, year, etc. Energy Vision lets the user display, process and analyse this data over configurable time periods. The meters (hour, day, month, etc.) can be viewed in the form of a table or a graph (barograph, histogram, Energy Performance Certificate, targets, etc.). The data in the table can be exported as a CSV file. Energy Vision macros let the user manage this data in Microsoft Excel. 10 Energy dashboard

11 Manage electrical energy Managing electrical energy involves protecting, monitoring and controlling the entire electrical network at all times. But it also means optimising energy use as well as possible without affecting business or comfort. Having a real-time overview of your electrical installations, current supply and transport contracts lets you optimise the management of energy sources. Optimiser function Examples of optimisation actions Checking the installation's power demands in relation to a supply contract Optimisation of recovery operations and power outages to limit energy use Configuration of different load-shedding methods on a single interface Monitoring of all site's equipment to ensure all loads are managed optimally while complying with user requirements Management of multiple electricity tariffs Integration of transporter and supplier contract parameters Viewing of historical energy consumption data and related contracts Traceability, advanced analysis of optimisation measures Access to data prior to the implementation of the BMS to analyse the system's performance Load-shedding function 11

12 Capitalise Trace and analyse data Store data All of the information emitted by the system are stored. The frequency of data backups can be configured (from every second to every hour). Exploit historical data Configuration of the frequency of data backups Energy Vision lets the user process and analyse stored data. Data can be shown in curves, barographs, sectors or tables in different parts of the screen. Messages announcing an event (start and end of an alarm, for example) can be displayed as flags on a curve. A toolbar lets the user easily: access the configuration of graphs access to print functions display data in tables display the grid or key select the type of graph desired select the viewing period A single click lets the user move from one graph to another or from one period to another. Several tools allow the graphs to be quickly analysed: zoom, crosshairs, script, etc. Data history in the form of a curve 12

13 Capitalise Trace actions Energy Vision lets the user quickly see all of the alarms and events stored in chronological order by the monitoring system. All actions managed by Energy Vision applications are traced: modification of a setting, forcing of manual equipment, user login, etc. Tracing of data Analyse operating data Energy Vision is compatible with all SQL systems, such as Microsoft Excel. All of the BMS' stored data is therefore available in a Microsoft Excel table. Such compatibility facilitates access to the information needed to analyse the energy performance of the Building Management System. Data can be transferred very easily to those concerned: technical departments, research and development, quality, etc. Example of data exported in Microsoft Excel 13

14 Secure Manage access to the system's data User profile Energy Vision's security system is synchronised with the Windows security system. Once activated, it authenticates the user and grants him predefined access rights. Data can then be filtered in accordance with the user's profile, which has been allocated certain browsing, data type and action rights. To stop free access to the system when the user leaves his work station, the user can be disconnected automatically. The time-out setting is configurable. Security can be centralised either on a network architecture work station or locally on each work station. Login window Example of configuration of manager, operator users, etc. 14

15 Value Communicate the site's energy performance Display screens Display screens, positioned in strategic locations around the site, relay data supplied by the BMS and provide real-time information on the site's energy performance. Users can view not only the building's status and energy use in real time but also its energy performance level (A, B, C, D, E) and CO2 emissions. The screen is customisable and encourages users to adopt environmentally-friendly habits. In order to make the figures more understandable to new users, the interface lets the user compare his energy use with equivalent daily amounts used by French households, for example. Your solar panels are producing: namely, a cumulative total of: equivalent to the energy used by: / 2 households avoiding the emission of: Energy savings Thanks to more efficient equipment, we reduced energy consumption by 12% between 2010 and 2011 across all of our stores Examples of display screens 15

16 Ile de France - North 19 bd Paul Vaillant Couturier F IVRY SUR SEINE Tel: +33 (0) Fax: + 33 (0) France West ZI du Puy Nardon 54, rue Eugène Freyssinet F Mortagne sur Sèvre Tel: +33 (0) Fax: + 33 (0) France East 2 Chemin du Vieux Chêne F Meylan Tel: +33 (0) Fax: + 33 (0) Spain ZC/ Antoni Borja n 13, Semi sótano, Local 1 y 2 E RUBÍ (Barcelona) Tel: +34 (0) Fax: +34 (0) China Room 1705, Fosun International Center, Chaoyang North Street. District Chaoyang, Beijing Tel: Fax: Smart controls for a better world