The document summarizes an intelligent building project in Saint Petersburg, Russia. It describes how the building features [1] advanced climate control systems using frequency controlled ventilation and chilled beams to provide individual microclimate control in each office while reducing energy costs. [2] A comprehensive security and access control system integrating video surveillance, access control, and automation. [3] State-of-the-art IP telecommunications infrastructure. The project aims to reduce operating costs through remote monitoring and control of building systems.
The document discusses Building Management Systems (BMS) which automate and control building operations like lighting, HVAC, security, and more to provide efficient and comfortable environments. A BMS centralizes control, monitors systems, and coordinates different building functions. It can improve energy efficiency with sensors and optimize plant operations. Security and life safety systems like CCTV, access control, fire detection make environments safer. Intelligent comfort systems with sensors also help achieve optimal indoor conditions.
VKAT, Vijaykrishna Automation Technology offers CCTV surveillance systems, Access control and BMS systems for home, small & medium offices, Large corporates, Hospitals, Educational institutions, Hospital, Govt departments and many more....
We promote Top brands and Affordable brands which are at the top in quality. Our after sales support team is one of the best in the industry.
Integrating fire protection and fire alarm systems with building automation systems (BAS) can offer efficient and cost-effective operation. The design and installation of an integrated system must also be well-planned and coordinated, and the system must be properly maintained over its lifetime. The need for multidisciplinary coordination between the fire protection engineer and the mechanical and electrical engineers during design and construction are of key importance. Design engineers also must involve the building owner and/or operator in establishing (or at least influencing) the design criteria of the building. The owner/operator must understand that the efficiencies gained by integration will pay dividends long into the lifecycle of the building.
Like a BAS, fire protection and alarm systems have also evolved into sophisticated computer-based systems, which offers more opportunities to integrate these systems to develop a more complete building response as part of overall building operations during an emergency event.
This document discusses building automation standards and integration. It covers various communication protocols including BACnet, KNX, DALI, EnOcean, and others. It explains the benefits of standardization such as making products more compatible and ensuring consistent quality. Standardization increases interoperability between vendors. The document also discusses various standards organizations and committees involved in building automation standards like CEN/TC247, ASHRAE, and BTL. Siemens' involvement with these standards and various energy efficiency initiatives is also summarized.
The chiller plant manager is a DDC controller that sequences the operation of chillers to equalize run hours and save energy. It uses Delta Control's Ebcon controller to communicate via BACnet, Modbus, and has universal inputs/outputs that can be extended. The chiller plant manager provides facility managers control and monitoring of chiller plants through an intuitive interface.
The document outlines a project to build a model that simulates building management systems. It includes sections on an introduction, design, sensors, outputs, programming, feasibility study, and testing. The project uses an Arduino Uno microcontroller to control systems like lighting, gas detection, fire alarms, and air conditioning based on sensor inputs. It was designed based on visits to commercial buildings and discusses using sensors for temperature, gas leaks, and controlling outputs like fans, LEDs, and alarms.
A power point presentation of Control Components for District heating by Danfoss District Energy Division.
Discover how you can solve the challenges that arise in controlling a district heating application .
The document discusses building management systems (BMS). A BMS is a high-tech system installed in buildings that controls and monitors mechanical and electrical equipment like HVAC, lighting, power, fire and security systems using software and hardware. BMS automate building operations efficiently for occupants within plant constraints. The BMS is a standalone computer system connected to sensors and equipment through outstations around the building. It uses input from sensors to decide control levels and can be accessed remotely. The BMS precisely controls environments and alerts of issues based on programmed occupancy times and optimal start controls.
The document discusses Building Management Systems (BMS) which automate and control building operations like lighting, HVAC, security, and more to provide efficient and comfortable environments. A BMS centralizes control, monitors systems, and coordinates different building functions. It can improve energy efficiency with sensors and optimize plant operations. Security and life safety systems like CCTV, access control, fire detection make environments safer. Intelligent comfort systems with sensors also help achieve optimal indoor conditions.
VKAT, Vijaykrishna Automation Technology offers CCTV surveillance systems, Access control and BMS systems for home, small & medium offices, Large corporates, Hospitals, Educational institutions, Hospital, Govt departments and many more....
We promote Top brands and Affordable brands which are at the top in quality. Our after sales support team is one of the best in the industry.
Integrating fire protection and fire alarm systems with building automation systems (BAS) can offer efficient and cost-effective operation. The design and installation of an integrated system must also be well-planned and coordinated, and the system must be properly maintained over its lifetime. The need for multidisciplinary coordination between the fire protection engineer and the mechanical and electrical engineers during design and construction are of key importance. Design engineers also must involve the building owner and/or operator in establishing (or at least influencing) the design criteria of the building. The owner/operator must understand that the efficiencies gained by integration will pay dividends long into the lifecycle of the building.
Like a BAS, fire protection and alarm systems have also evolved into sophisticated computer-based systems, which offers more opportunities to integrate these systems to develop a more complete building response as part of overall building operations during an emergency event.
This document discusses building automation standards and integration. It covers various communication protocols including BACnet, KNX, DALI, EnOcean, and others. It explains the benefits of standardization such as making products more compatible and ensuring consistent quality. Standardization increases interoperability between vendors. The document also discusses various standards organizations and committees involved in building automation standards like CEN/TC247, ASHRAE, and BTL. Siemens' involvement with these standards and various energy efficiency initiatives is also summarized.
The chiller plant manager is a DDC controller that sequences the operation of chillers to equalize run hours and save energy. It uses Delta Control's Ebcon controller to communicate via BACnet, Modbus, and has universal inputs/outputs that can be extended. The chiller plant manager provides facility managers control and monitoring of chiller plants through an intuitive interface.
The document outlines a project to build a model that simulates building management systems. It includes sections on an introduction, design, sensors, outputs, programming, feasibility study, and testing. The project uses an Arduino Uno microcontroller to control systems like lighting, gas detection, fire alarms, and air conditioning based on sensor inputs. It was designed based on visits to commercial buildings and discusses using sensors for temperature, gas leaks, and controlling outputs like fans, LEDs, and alarms.
A power point presentation of Control Components for District heating by Danfoss District Energy Division.
Discover how you can solve the challenges that arise in controlling a district heating application .
The document discusses building management systems (BMS). A BMS is a high-tech system installed in buildings that controls and monitors mechanical and electrical equipment like HVAC, lighting, power, fire and security systems using software and hardware. BMS automate building operations efficiently for occupants within plant constraints. The BMS is a standalone computer system connected to sensors and equipment through outstations around the building. It uses input from sensors to decide control levels and can be accessed remotely. The BMS precisely controls environments and alerts of issues based on programmed occupancy times and optimal start controls.
Building management systems (BMS) provide monitoring and control of building utilities to optimize efficiency, automation, and safety. BMS integrate various sensors and intelligent devices to gather data, analyze performance, and take corrective actions. They control HVAC, lighting, and other building systems to reduce energy costs while improving occupant comfort and safety through centralized access and automation.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
The document discusses different types of wiring used in building management systems, including control wiring, power wiring, and communication wiring. It provides details on wire types for various applications, such as CAT5 or CAT6 cable for communication between DDC controllers. Diagrams show typical system architectures and wiring schematics for HVAC components like VAV boxes and precision air conditioners connected over a BACnet network through a gateway.
Fundamentals of Practical Building Automation SystemsLiving Online
The document discusses building automation systems (BAS), which use computerized networks of electronic devices to monitor and control buildings' lighting, climate, security, and other systems. A BAS includes sensors, controllers, actuators and software that work together to efficiently manage energy usage while maintaining occupant comfort. Implementing BAS can reduce both capital and operating costs over a building's lifespan through energy savings, standardized maintenance, and integrated emergency response.
A BMS consultant document discusses inputs and outputs for building management systems. It describes various sensors like temperature, humidity, pressure, and flow sensors that provide inputs. It also discusses output devices like control valves, VFD speed commands, and damper actuators. The document provides details on common sensor types, proper installation of sensors, and BMS protocols.
The document provides proposals for building service systems for an old folks home. It analyzes and proposes solutions for fire protection, air conditioning, mechanical ventilation, and transportation systems. For fire protection, it recommends both active and passive systems. The active systems proposed include automatic detection and alarm systems using ionization smoke detectors, heat detectors, and a two-stage fire alarm. Fire suppression is proposed through dry chemical extinguishers and a dry riser system. Passive protections like compartmentalization and fire escapes are also discussed. Air conditioning, ventilation, and an elevator system are also proposed and analyzed in detail to suit the needs of the elderly home.
This document provides an overview of building automation systems (BAS) and their components. It describes the main point types in a BAS including analog, digital, and metering. It also outlines common input and output examples. The document discusses the software used to define the control strategy. Additionally, it shows a typical air handling unit plant layout and components. Finally, it reviews outstation and module options for collecting data from the field level.
The document provides an update log and menu for an industrial solutions website. The update log notes that new presentations and brochures have been added and some existing information has been expanded. The main menu includes options for turbine systems, engine systems, power management, downloads, and website info. It provides submenus for steam turbines, gas turbines, safety systems, compressors, engines, power management products, and corporate channels.
Nagadevan Govindan is an experienced facility inspector seeking a position utilizing his 8 years of experience managing operations and maintenance of manufacturing, construction, and community infrastructure facilities. He has experience overseeing electrical, instrumentation, mechanical, health and safety systems. His background includes roles as an EHS executive, facility officer, and safety engineer where he implemented compliance programs and emergency response plans.
NEXCOM_APPC_1533T-P20s_Exercise_Strict_Control_Monitoring_over_Steelmaking_Qu...Eric Lo
NEXCOM panel PCs replaced PLCs in controlling a steel mill's heat treatment furnace, allowing real-time monitoring and control. The PLC system only stored data onsite and caused delays when issues arose. The NEXCOM solution transmits furnace temperature, gas, and valve data to an office in real-time, enabling proactive issue identification and process optimization. Modernizing with NEXCOM panel PCs streamlined the system architecture for integrated control and HMI functions across vendors.
The document provides information on Vortice Company's air handling units (AHUs) and other commercial and industrial air movement products. It details Vortice's acquisition of LORAN Company, which expanded its product line and capabilities. The document aims to describe Vortice's standard AHU ranges, the CTK and MCL series, highlighting their flexibility, technical specifications, sizes and certifications to meet various customer needs.
Fire protection systems include sprinklers and standpipes, while fire alarm systems detect fires and notify occupants and emergency services. Occupancy classifications like assembly, business, and mercantile have different fire alarm system requirements based on occupant load. A manual fire alarm is required for assembly occupancies over 300 occupants or business/mercantile over 500 occupants located over 100 feet from exit discharge. Automatic detection and voice alarm systems may also be required based on occupancy and occupant load.
ADVANTICSYS is an ICT company specialized in wireless sensor networks and remote monitoring systems. We provide m2m applications for smart water management, solar and wind generation plants as well as smart cities environmental services.
With customers in more than 35 countries and an affiliated company in Chile, we provide a worldwide horizontal view to different market needs: agriculture, energy, environment, water...
This document discusses telemetry, data transmission systems, and data acquisition systems. It begins with an introduction to telemetry, which involves measuring values remotely and transmitting the data. There are then sections that describe: the basic components and block diagram of a telemetry system; factors that influence system design such as accuracy and data transmission method; different types of telemetry systems including landline, radio frequency, and pulse modulation systems; and applications of data loggers and considerations for choosing one.
IPSUM Optimization System - ogromny krok naprzód dla komfortu i oszczędności energii
Fläkt Woods długo pracuje z systemami do sterowania wentylacją „na żądanie” i wykorzystał wieloletnie doświadczenie, aby zaprojektować system optymalizacji IPSUM. System IPSUM reguluje ilość powietrza świeżego w pomieszczeniach w zależności od rzeczywistych potrzeb. Oznacza to, że wysoka jakość powietrza w pomieszczeniach może być osiągnięta w tym samym czasie, a zużycie energii jest ograniczone do minimum.
IPSUM optymalizuje ciśnienie i nastawy temperatury w centrali wentylacyjnej do osiągnięcia najniższych możliwych kosztów operacyjnych. Oprócz produktów zależnych od składników niezbędnych dla systemu VAV, IPSUM™ System składa się z trzech elementów:
- IPSUM™ System Optimizer - optymalizuje dane operacyjne dla centrali wentylacyjnej
- IPSUM™ System Router - łączy pomieszczenia, kondygnacje i strefy.
- IPSUM™ Connection Unit – służy do podłączenie elementów do systemu, na przykład: regulatorów pomieszczeniowych i siłowników systemu VAV.
The document describes a weather monitoring and control system for a greenhouse. Sensors measure parameters like temperature, humidity, light, and soil moisture. A microcontroller processes the sensor data and controls actuators like pumps, sprayers, and lights. The system aims to automatically control the greenhouse climate based on predefined thresholds to optimize plant growth and production.
This project proposes automatic detection of human and energy saving room architecture to reduce standby power consumption and to make the temperature of the room easily controllable with an IR sensor and Lm35 temperature sensor using air conditioner . The proposed auto-detection of human done using the IR sensor to indicate the entering or exit ofthe persons. Microcontroller continuously monitors the infrared receiver. When any object pass throughthe IR receiver then the IR rays falling on the receiver are obstructed, this obstruction is sensed by the microcontroller ATMEGA16.When the temperature of the room is varied then the lm35 temperature sensor converts this temperature change into voltage which is then sensed by the microcontroller ATMEGA16 .
In such cases our project is aimed at starting one ac among both depending upon the temperature value at a particular room .If the temperature on the particular room is above certain range then the AC in that room will start up and during this time the AC in the other room will remain switched off. When the temperature goes below 25 degree in the room where AC is already on will be switched off automatically. Then if the temperature on the other room during the time is above 30degree then the AC in that room will start up and vice versa .The second feature of our project is aimed at switching of the AC automatically when there is absence of human beings in a particular room .The entire scheme is designed using number of ATMEGA16 microcontrollers , temperature sensors , digital counter ,IR sensors , relay etc.
This project will solve the day-to-day problem where AC’s do not start up due to low voltage generally in rural areas .This will start the AC depending upon the temperature label in a room by sharing the load .Also this project can be extended for controlling the temperature in more rooms in an apartment.
The document outlines the functional design specification for an integrated centralized SCADA and automation system for Nalanda University, including proposed hardware and software systems for the SCADA system at the central command center and RTU systems at substations, with details on system functions, hardware requirements, and functional design of the overall distribution management system.
This document provides an overview of building management systems (BMS) and instrumentation basics. It discusses various inputs and outputs to BMS controllers like temperature, humidity, and pressure sensors. It describes common field devices used for sensing including thermistors, pressure switches, and flow meters. The document also covers BMS protocols, system architecture, typical components in a BMS bill of quantities, and considerations for BMS design and commissioning.
Building management systems (BMS) provide monitoring and control of building utilities to optimize efficiency, automation, and safety. BMS integrate various sensors and intelligent devices to gather data, analyze performance, and take corrective actions. They control HVAC, lighting, and other building systems to reduce energy costs while improving occupant comfort and safety through centralized access and automation.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
The document discusses different types of wiring used in building management systems, including control wiring, power wiring, and communication wiring. It provides details on wire types for various applications, such as CAT5 or CAT6 cable for communication between DDC controllers. Diagrams show typical system architectures and wiring schematics for HVAC components like VAV boxes and precision air conditioners connected over a BACnet network through a gateway.
Fundamentals of Practical Building Automation SystemsLiving Online
The document discusses building automation systems (BAS), which use computerized networks of electronic devices to monitor and control buildings' lighting, climate, security, and other systems. A BAS includes sensors, controllers, actuators and software that work together to efficiently manage energy usage while maintaining occupant comfort. Implementing BAS can reduce both capital and operating costs over a building's lifespan through energy savings, standardized maintenance, and integrated emergency response.
A BMS consultant document discusses inputs and outputs for building management systems. It describes various sensors like temperature, humidity, pressure, and flow sensors that provide inputs. It also discusses output devices like control valves, VFD speed commands, and damper actuators. The document provides details on common sensor types, proper installation of sensors, and BMS protocols.
The document provides proposals for building service systems for an old folks home. It analyzes and proposes solutions for fire protection, air conditioning, mechanical ventilation, and transportation systems. For fire protection, it recommends both active and passive systems. The active systems proposed include automatic detection and alarm systems using ionization smoke detectors, heat detectors, and a two-stage fire alarm. Fire suppression is proposed through dry chemical extinguishers and a dry riser system. Passive protections like compartmentalization and fire escapes are also discussed. Air conditioning, ventilation, and an elevator system are also proposed and analyzed in detail to suit the needs of the elderly home.
This document provides an overview of building automation systems (BAS) and their components. It describes the main point types in a BAS including analog, digital, and metering. It also outlines common input and output examples. The document discusses the software used to define the control strategy. Additionally, it shows a typical air handling unit plant layout and components. Finally, it reviews outstation and module options for collecting data from the field level.
The document provides an update log and menu for an industrial solutions website. The update log notes that new presentations and brochures have been added and some existing information has been expanded. The main menu includes options for turbine systems, engine systems, power management, downloads, and website info. It provides submenus for steam turbines, gas turbines, safety systems, compressors, engines, power management products, and corporate channels.
Nagadevan Govindan is an experienced facility inspector seeking a position utilizing his 8 years of experience managing operations and maintenance of manufacturing, construction, and community infrastructure facilities. He has experience overseeing electrical, instrumentation, mechanical, health and safety systems. His background includes roles as an EHS executive, facility officer, and safety engineer where he implemented compliance programs and emergency response plans.
NEXCOM_APPC_1533T-P20s_Exercise_Strict_Control_Monitoring_over_Steelmaking_Qu...Eric Lo
NEXCOM panel PCs replaced PLCs in controlling a steel mill's heat treatment furnace, allowing real-time monitoring and control. The PLC system only stored data onsite and caused delays when issues arose. The NEXCOM solution transmits furnace temperature, gas, and valve data to an office in real-time, enabling proactive issue identification and process optimization. Modernizing with NEXCOM panel PCs streamlined the system architecture for integrated control and HMI functions across vendors.
The document provides information on Vortice Company's air handling units (AHUs) and other commercial and industrial air movement products. It details Vortice's acquisition of LORAN Company, which expanded its product line and capabilities. The document aims to describe Vortice's standard AHU ranges, the CTK and MCL series, highlighting their flexibility, technical specifications, sizes and certifications to meet various customer needs.
Fire protection systems include sprinklers and standpipes, while fire alarm systems detect fires and notify occupants and emergency services. Occupancy classifications like assembly, business, and mercantile have different fire alarm system requirements based on occupant load. A manual fire alarm is required for assembly occupancies over 300 occupants or business/mercantile over 500 occupants located over 100 feet from exit discharge. Automatic detection and voice alarm systems may also be required based on occupancy and occupant load.
ADVANTICSYS is an ICT company specialized in wireless sensor networks and remote monitoring systems. We provide m2m applications for smart water management, solar and wind generation plants as well as smart cities environmental services.
With customers in more than 35 countries and an affiliated company in Chile, we provide a worldwide horizontal view to different market needs: agriculture, energy, environment, water...
This document discusses telemetry, data transmission systems, and data acquisition systems. It begins with an introduction to telemetry, which involves measuring values remotely and transmitting the data. There are then sections that describe: the basic components and block diagram of a telemetry system; factors that influence system design such as accuracy and data transmission method; different types of telemetry systems including landline, radio frequency, and pulse modulation systems; and applications of data loggers and considerations for choosing one.
IPSUM Optimization System - ogromny krok naprzód dla komfortu i oszczędności energii
Fläkt Woods długo pracuje z systemami do sterowania wentylacją „na żądanie” i wykorzystał wieloletnie doświadczenie, aby zaprojektować system optymalizacji IPSUM. System IPSUM reguluje ilość powietrza świeżego w pomieszczeniach w zależności od rzeczywistych potrzeb. Oznacza to, że wysoka jakość powietrza w pomieszczeniach może być osiągnięta w tym samym czasie, a zużycie energii jest ograniczone do minimum.
IPSUM optymalizuje ciśnienie i nastawy temperatury w centrali wentylacyjnej do osiągnięcia najniższych możliwych kosztów operacyjnych. Oprócz produktów zależnych od składników niezbędnych dla systemu VAV, IPSUM™ System składa się z trzech elementów:
- IPSUM™ System Optimizer - optymalizuje dane operacyjne dla centrali wentylacyjnej
- IPSUM™ System Router - łączy pomieszczenia, kondygnacje i strefy.
- IPSUM™ Connection Unit – służy do podłączenie elementów do systemu, na przykład: regulatorów pomieszczeniowych i siłowników systemu VAV.
The document describes a weather monitoring and control system for a greenhouse. Sensors measure parameters like temperature, humidity, light, and soil moisture. A microcontroller processes the sensor data and controls actuators like pumps, sprayers, and lights. The system aims to automatically control the greenhouse climate based on predefined thresholds to optimize plant growth and production.
This project proposes automatic detection of human and energy saving room architecture to reduce standby power consumption and to make the temperature of the room easily controllable with an IR sensor and Lm35 temperature sensor using air conditioner . The proposed auto-detection of human done using the IR sensor to indicate the entering or exit ofthe persons. Microcontroller continuously monitors the infrared receiver. When any object pass throughthe IR receiver then the IR rays falling on the receiver are obstructed, this obstruction is sensed by the microcontroller ATMEGA16.When the temperature of the room is varied then the lm35 temperature sensor converts this temperature change into voltage which is then sensed by the microcontroller ATMEGA16 .
In such cases our project is aimed at starting one ac among both depending upon the temperature value at a particular room .If the temperature on the particular room is above certain range then the AC in that room will start up and during this time the AC in the other room will remain switched off. When the temperature goes below 25 degree in the room where AC is already on will be switched off automatically. Then if the temperature on the other room during the time is above 30degree then the AC in that room will start up and vice versa .The second feature of our project is aimed at switching of the AC automatically when there is absence of human beings in a particular room .The entire scheme is designed using number of ATMEGA16 microcontrollers , temperature sensors , digital counter ,IR sensors , relay etc.
This project will solve the day-to-day problem where AC’s do not start up due to low voltage generally in rural areas .This will start the AC depending upon the temperature label in a room by sharing the load .Also this project can be extended for controlling the temperature in more rooms in an apartment.
The document outlines the functional design specification for an integrated centralized SCADA and automation system for Nalanda University, including proposed hardware and software systems for the SCADA system at the central command center and RTU systems at substations, with details on system functions, hardware requirements, and functional design of the overall distribution management system.
This document provides an overview of building management systems (BMS) and instrumentation basics. It discusses various inputs and outputs to BMS controllers like temperature, humidity, and pressure sensors. It describes common field devices used for sensing including thermistors, pressure switches, and flow meters. The document also covers BMS protocols, system architecture, typical components in a BMS bill of quantities, and considerations for BMS design and commissioning.
We gives you access to control devices in your home from a mobile device anywhere in the world. The home automation more accurately describes homes in which nearly everything like lights, appliances, electrical outlets are hooked up to a remotely controllable network. From a home security perspective, this also includes your alarm system, and all of the doors, windows, locks, smoke detectors, surveillance cameras and any other sensors that are linked to it.
#homeautomation
#homeautomationinindia #homeautomationinkerala #homeautomationcompaniesinindia #homeautomationinkerala #homeautomationinernakulam #homeautomationincalicut
IRJET- Design and Implementation in Laboratory using Siemens PLC S7-200IRJET Journal
This document describes a laboratory automation system that was designed and implemented using a Siemens PLC S7-200. The system uses various sensors like a temperature sensor and LDR sensor that are interfaced with the PLC. The temperature sensor monitors temperature and controls the speed of a fan depending on the temperature. The LDR sensor controls the illumination level of lights. Motors are also used to control curtain opening and closing. The real-time system developed is effective, efficient and allows remote control of laboratory appliances to save energy.
This document summarizes the electrical systems designed and implemented for the AGN Amsteg site in Switzerland for tunnel construction. A 30MVA power system was designed using medium voltage distribution and transformers to power tunnel boring machines, conveyors, ventilation and other equipment. Automated monitoring and control systems were implemented to increase safety and efficiency, including remote supervision of equipment. Fiber optic networks were installed to connect control systems across the large site.
Building automation can be applied with simplicity and flexibility; no more cables and expensive masonary works. SimpleLife is a flexible and modular system designed to
adapt to all types of buildings. Its "open" architecture allows to easily integrate software modules and hardware devices, while maintaining the existing system, without adding new wiring.
design and fabrication of automatic temperature controlled fan.pptxrrabin2
This document describes the design and fabrication of an automatic temperature controlled fan. It uses an Arduino board and temperature sensor to monitor the room temperature and control the fan speed accordingly. The fan speed will increase as the temperature rises to maintain comfort. The circuit uses simple and inexpensive components like a thermistor for temperature sensing and a Darlington pair for current amplification to control the fan motor. This provides an efficient closed-loop feedback system to automatically regulate temperature through adjustable fan speed.
Wireless Mesh Technology, Ecosystem and Alliance for reliable and secure IoTSimon Chudoba
Short introduction of IQRF Technology, Ecosystem and Alliance. IQRF Technology provides very reliable, secure, interoperable and low power wireless mesh communication. IQRF Ecosystem is designed as a puzzle for fast and easy integration and deployment. IQRF Alliance with 100+ members is the biggest IoT professional community in CEE. Number of case studies proves the quality of the whole ecosystem.
This document describes a system for monitoring and controlling temperature in closed environments using ZigBee wireless technology. The system uses microcontrollers and temperature sensors to monitor the current temperature, and can control heating and cooling devices like Peltier modules to maintain a set temperature. The system transmits temperature data wirelessly between sensor nodes and a receiving computer using a ZigBee mesh network, allowing temperature to be monitored and controlled remotely. Software was developed to read temperature sensor data, calculate the current temperature, and output control signals to maintain the set temperature level. The system provides a low-cost solution for accurately monitoring and regulating temperature in industrial and domestic applications.
IRJET- Building Management System and its Network DesignIRJET Journal
This document discusses building management systems (BMS) and their network design. It provides an overview of what a BMS is and its main components, including hardware like control units, sensors and actuators. It describes the basic functions and working of a BMS, including monitoring various building systems from one central location. The document also provides examples of BMS implementations in areas like fire detection and alarms, security/CCTV surveillance, access control and elevator management. It concludes that a well-designed BMS can intelligently reduce costs, increase security and energy efficiency in commercial buildings.
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Precise and easy non-invasive ultrasonic thermal energy measurement. District heating and cooling, Combined heat and power (CHP), Heating plants, Chiller plants, Sub-metering, Energy optimization, Leak Detection, Energy performance of buildings, Energy Audits, Energy Management System
E-CONTROLLER is an electronic controller based on web technology that can monitor and manage industrial and civil systems. It has 5 programmable control relays, 7 digital inputs, RS485 connectivity, a serial port for a GPRS modem, and an RJ45 network connector. E-CONTROLLER can be programmed and managed either locally through a direct network connection or remotely through a central management server via web connection. It can be used for applications like energy monitoring, water system monitoring, industrial and civil heating system management, climate monitoring, area protection, video surveillance, and anti-intrusion systems.
This document discusses smart buildings and their various systems. It begins with an introduction to smart buildings and their benefits. It then discusses various building systems including HVAC, lighting control, electric power management, access control, video surveillance, fire alarm, data networks, audio visual, network integration, and sensors. It provides details on components, functions, and approaches for each system. The document also discusses case studies of smart buildings and concludes with recommendations for smart buildings to be more sustainable and adaptive.
This document provides an index and summaries of services offered by Lutche Engineering related to building energy efficiency. It discusses (1) SCE energy certification for buildings over 1000m2 to assess energy performance and indoor air quality, (2) SGCIE audits for industrial facilities consuming over 500 toe/year to promote energy efficiency, (3) HVAC and ESCO energy management projects, (4) building management systems to control lighting, HVAC and equipment, (5) use of renewable energy like solar thermal and biomass, (6) lighting management systems to adjust interior lighting based on sunlight, and (7) services for interior, garden, exterior and airport lighting.
The CARTIF foundation implemented an open, multi-vendor building automation system using LONWORKS technology for its new research building. The system integrates different systems into one control network using LONMARK standards to meet demands for scalability, workplace comfort and energy efficiency. Employees can control temperature and lighting in their individual work areas, and the foundation estimates the system saves 25% on gas and 27% on electricity costs compared to its previous building.
Energy in offshore living quarters is mainly used for lighting, air-conditioning, ventilation, heating,
refrigration, lifts and motors. Whether these quarters already exists or to be built, there are
great opportunities to obtain their energy performance through targeted initiatives, upgrades
and retrofitting.
To meet the mandatory requirements for energy saving, EPC contractors for offshore living quarters
must comply with efficiency improvement regulations.
Energy in offshore living quarters is mainly used for lighting, air-conditioning, ventilation, heating,
refrigration, lifts and motors. Whether these quarters already exists or to be built, there are
great opportunities to obtain their energy performance through targeted initiatives, upgrades
and retrofitting.
To meet the mandatory requirements for energy saving, EPC contractors for offshore living quarters
must comply with efficiency improvement regulations.
Building Automation Solutions for Oil & Gas Offshore/Onshore Living QuartersNour Elhattab
Energy in offshore living quarters is mainly used for lighting, air-conditioning, ventilation, heating,
refrigeration, lifts and motors. Whether these quarters already exists or to be built, there are great opportunities to obtain their energy performance through targeted initiatives, upgrades
and retrofitting.
To meet the mandatory requirements for energy saving, EPC contractors for offshore living quarters must comply with efficiency improvement regulations.
Window Ventilation brochure »
An introduction to this ventilation technology, closely associated to, and complementing our Natural Ventilation products. Includes data and information about dampers, actuators, controls sytems, building modelling and installation.
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This document describes SmartUnity, a real-time distributed SCADA/BMS platform for building, infrastructure, and industrial automation. It lists 7 reasons to choose SmartUnity, including its compatibility with Beckhoff hardware, powerful ProjectBuilder configuration tool for Beckhoff controllers, support for various automation protocols, ability to develop rich yet clear user interfaces, HTML5 visualization across devices, inclusion of typical SCADA features, and cost-effectiveness. It provides details on SmartUnity's features such as project limitations, supported protocols, visualization capabilities, historian logging, security, redundancy, real-time and historical trends, alarm center, and notification services.
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[To download this presentation, visit:
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This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
Each framework is presented with visually engaging diagrams and templates, ensuring the content is both informative and appealing. While this compilation is thorough, please note that the slides are intended as supplementary resources and may not be sufficient for standalone instructional purposes.
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INCLUDED FRAMEWORKS/MODELS:
1. Stanford’s Design Thinking
2. IDEO’s Human-Centered Design
3. Strategyzer’s Business Model Innovation
4. Lean Startup Methodology
5. Agile Innovation Framework
6. Doblin’s Ten Types of Innovation
7. McKinsey’s Three Horizons of Growth
8. Customer Journey Map
9. Christensen’s Disruptive Innovation Theory
10. Blue Ocean Strategy
11. Strategyn’s Jobs-To-Be-Done (JTBD) Framework with Job Map
12. Design Sprint Framework
13. The Double Diamond
14. Lean Six Sigma DMAIC
15. TRIZ Problem-Solving Framework
16. Edward de Bono’s Six Thinking Hats
17. Stage-Gate Model
18. Toyota’s Six Steps of Kaizen
19. Microsoft’s Digital Transformation Framework
20. Design for Six Sigma (DFSS)
To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations
3. Overview
In 2011, INTELVISION LLC launched one
of the first energy-efficient Intelligent Build-
ing projects in St. Petersburg – the multi-
purpose Business Center «Alpiisky».
The contract for the four-storey complex with an
underground parking lot with a total area of 4800
sq. m. included design and construction of MEP
systems, telecommunication infrastructure, an
automation, control and management system
(BMS), as well as implementation of measures
aimed at improvement of the building’s energy
efficiency.
As the general planner, INTELVISION LLC installed
the power supply, lighting, ventilation and air con-
ditioning systems, telecommunication infrastruc-
ture, safety systems, and ensured the integration of
all of these systems into the BMS.
The comprehensive solution was intended to make
it possible for all systems to function normally
under the 222 kVA limitation set by the munici-
pal electric company. In development of climate
systems, a reserve of heating power had to be
made, as additional resources will be required for
the heating of a mansard which is planned to be
added later.
The appearance of the building
4. Overview
Comfort and safety of the tenants of the
multi-purpose complex shall meet the require-
ments for “A” class business centers. To achieve
this, an individual microclimate was created in
each office zone, while safety of staff and visitors
is guaranteed by a comprehensive integrated
security system involving around the clock
monitoring.
Operation of the building should provide a funda-
mental reduction in operating costs, in part due
to remote monitoring by the operating organiza-
tion and automated control of the building.
The appearance of the building - the model in REVIT MEP
5. Microclimate
The building uses a frequency control
ventilation system, the most effective of its
kind to date, manufactured by a Swedish Motion, air-quality,
company Swegon. This allowed for more temperature,
than sevenfold decrease in consumption luminance sensors
of municipal electricity – from the allocat-
Chilled beam (Swegon)
ed 0.3 down to 0.04 Gc. Light (DALI)
The climatic equipment is installed in the technical
area on the first floor of the building and compris- Schneider Electric structured cabling
es a chiller by FAST, a hydro kit, and one central
input-extract ventilation unit (Swegon GOLD RX
80) with the capacity of 28.000 sq. m./h boasting
a highest performance factor due to the applica-
tion of the RECOnomiс rotary heat exchanger.
Office 3D model
Microclimate in 26 office zones is provided by 96
Swegon Biscay chilled beams.
Primary heat transfer agents in ejection systems
are water and air, while heating and cooling are
effected through ejection or forced convection.
Prepared inlet air is sent to rooms through the
ejection nozzles of chilled beams, carrying along
the air from the rooms and forcing it to move
through heating or cooling heat exchangers.
Finished office
6. Microclimate
Therefore, constant income of fresh air is monitoring, optimization and predicative (based
achieved without fans; this decreases the indoor on the data from the outside weather station)
noise level. control of heating, ventilation and air-conditioning
functions, taking into account the current rate of
For the «Alpiisky» project, INTELVISION de- power consumption.
veloped a unique climate automation system, For instance, upon reaching the power consump-
featuring: tion limit on a particularly hot day, the minimal
value of a climate control setting will be increased
by 1-3 degrees Celsius, and manual adjustment
air consumption control individually for each of the sunblinds temporary blocked.
room, based on readings of the S+S Rege-
ltechnik RLQ air quality sensor and Belimo
electric-powered valves;
control of the thermo-electric flow valves
regulating water supply to ejection bars and
thermo-electric valves on radiators based on
climate-control settings of the room operation
mode of the whole building, or timer settings
Valves by Oventrop are controlled by a 0-10 V
signal;
automatic shutdown of the ventilation and
air-conditioning system when the windows are
opened;
control of the sunblinds (Somfy), taking into
account the outside air temperature and illu-
mination levels by different cardinal directions,
room occupancy, overall illumination, and the
current climate control mode;
Fishished office
8. Safety
The integrated security system of the Fire alarm and security system is based on the
building includes IP video monitoring wireless «Streletz» solution and is integrated
with the BMS in two ways: global data on the
based on 18 units of equipment supplied
condition of sections is tied to the OTIS eleva-
by AXIS: P3346-VE street cameras and tor controls and the automation system via dry
M3014 indoor cameras, connected via contacts, while the extended integration relies on
the PoE technology. All office and tech- the closed RS232 protocol, kindly provided by the
nical rooms are protected by the access Argus-Spektr company.
control system based on HID iClass
Certain parameters of the BMS, understandable
readers and integrated with the BMS via by the staff, are displayed on a 6-monitor video
the RS485 protocol. The comprehensive wall in the guard-room. The latter also houses an
access control system enables detailed automated workplace (a PC with three monitors),
staff work time logging, tracking of em- equipped with enhanced functions of video con-
trol, access control management and automation
ployee’s’ location and control of the
control systems.
access mode at the entrance/driveway.
The integrated security system also includes the
Thus, turning the lighting on in an office room evacuation control system, public address sys-
can be triggered either by a motion sensor or by tem, fire suppression system in the parking lot.
the signal from the access control system, while
ventilation can be switched off when a window is
opened, triggered by a sealed reed relay of the
security system.
9. Telecommunications
The building has a state-of-the-art IP infra-
structure installed, based on the Cisco and
Allied Telesis equipment. The infrastructure
provides all the necessary telecommuni-
cation services: VoIP, conferencing, IPTV,
IP video monitoring, as well as a Gigabit-
capable computer network, the capacity
of which can be significantly expanded in
the future thanks to the use of fiber optics
in the vertical cable routing.
The object also has its own information security
system employing such technologies as VLAN and
the SSL encryption.
All the software servers (ITV server, SCADA system
database, etc.) use energy-saving server-side
virtualization and are powered by UPS.
B
For the comprehensive automated system, a sep- M
arate industrial Ethernet network of ring topology
has been built. The core of the network is made up
S
of the managed MOXA EDS 400А series switches
installed in each automation cabinet.
Building’s unified data bus
based on Ethernet TCP / IP
10. Automation
The utility metering system allows for automatic
The «Alpiisky» project surely deserves to generation of reports on electricity consumption
be called unique, as it involved an for each tenant individually and on water con-
unprecedented number of modern auto- sumption for the entire building, as well as for
mation technologies. making forecasts for future periods based on
analysis of the data obtained.
The core of the system is composed of two
industrial С69xx series controllers with the hot The Modbus TCP standard is used for dispatch-
standby and more than 200 I/O and interface ing and control of the Swegon ventilation unit.
terminals by Beckhoff GmbH, distributed among The intelligent load management system allows
ten cabinets. for redistribution of power between major con-
sumers, such as the chiller, the ventilation ma-
The combined temperature, light and motion sen- chine, etc., thus eliminating the risk of electrical
sors (Thermokon MDS LON2), installed in each of overload and enabling the operating organization
the 26 offices use the LONworks bus. to influence the building’s energy consumption.
The KNX standard was used for the Merten Artec
room operation panels control signals to the
Beckhoff central controller for managing lighting,
folding shutters position and microclimate.
All 500 lighting fittings in the building are
equipped with in-built ballast DALI – OSRAM
quicktronic intelligent QTi DALI 3x24 with a dim-
mer function.
The monitoring system for more than 40 electrici-
ty meters Energomera CE303, mounted in all the
cabinets and the MDB, uses the Modbus RTU
protocol.
One of the 10 building control cabinets based
on Beckhoff technology
11. Automation
Overall, the building contains over 1.500 mon-
itoring and control points, with all the readings
processed in real time by the Beckhoff controllers
and entered into the SQL database. Necessary
data are displayed on the Samsung MD260X6
video wall in the guard room via the SmartUnity
BMS SCADA system developed by INTELVISION.
Such data include current general power con-
sumption, climate, lighting and signalization
parameters for individual facilities, accidents and
events log, the current mode of the entire building
operation (work hours, off-hours, days off), status
of the electric power installation sections, ATS and
UPS, status of the ventilation unit, chiller, hydro
kit, PA system, fire alarm status for each floor.
The BMS includes a unified SMS center that
categorizes messages by the degree of impor-
tance and distributes them between building
management services, security and the client
Service. Thus, the SMS center alarms the respec- Control room
tive operating organization about the necessity to
change filters or reminds of a scheduled mainte-
nance.
In addition to all the advantages listed above, this
building control system has virtually unlimited
possibilities for further scaling and modernization.
12. Automation
Service
Internet
BMS
Client / Top Management
Management Service
Remote monitoring and facility management
13. Software
For automation and control of the build-
ing, INTELVISION applied its own soft-
ware: SmartUnity BMS platform. Unlike
other automation systems, such as
Siemens, Schneider Electric, Honeywell
or, say, AMX, Crestron, Control4, the
SmartUnity product provides an innova-
tive solution for sites of any complexity
and does not require long and costly
commissioning and configuration pro-
cess.
Compared with other automation systems,
SmartUnity dramatically (up to several times)
reduces the time required for programming,
testing and commissioning.. This is achieved by
means of ProjectBuilder configuration manager
within the SmartUnity BMS, with the help of which
the behavior of all systems is configured without
programming by a commissioning engineer. SCADA system for monitoring the building
based on the INTELVISION’s SmartUnity BMS software
An in-built system operation manager also
doesn’t require involvement of professional pro-
grammers: configuration, testing and recovery
can be performed by staff with only engineering
training.
14. Software
The «Alpiisky» project also pioneered the
INTELVISION - developed cloud management
system — SmartUnity BMS cloud, which allows to
retrieve the complete information on the build-
ing’s operation, generate reports and diagrams,
analyze event history and present data in the .xml
format for the integration with the client’s ERP
systems – all via the Internet, from any location on
the globe.
Monitoring parameters
of the ventilation unit Swegon Gold
15. BIM
Works on the project involved the use of BIM is also easily integrated with all necessary
Building Information Modeling, or BIM, documentation, which effectively solves the
problem of updating the project documents and
which INTELVISION was one of the first in simplifies access to source materials. BIM is also
Russia to adopt. The information model integrated with the SmartUnity SCADA system for
of an object is five-dimensional: besides quick access to the database of building’s engi-
dynamic 3D-visualization, it also includes neering systems.
parameters such as time and cost.
Information model enables fast creation of
This holistic approach enables to accurately high-quality 3D video and interactive presenta-
calculate operating costs throughout the entire tions for effective and intuitive visual demonstra-
lifecycle of a building already at the design stage tion of the entire object or individual solutions to
and make corresponding adjustments before customers or investors.
construction is completed. For instance, mathe-
matical modeling of thermotechnical properties
of a building makes it possible to develop the
optimal solution for heating, ventilation and air
conditioning systems, taking into account the
allocated capacities.
The use of the BIM technologies also allows for
simultaneous and coordinated development of
architectural, engineering and design solutions
in the framework of one model. Updates change
the entire model automatically, which improves
the quality of design works dozens of times and
shortens the design period by around 500%,
while reducing overall project costs by 50%.
17. BIM
The multi-purpose complex «Alpiisky» is one of
the first objects in the Russian Federation to be
entirely designed using Autodesk REVIT MEP and
REVIT Architecture, both currently being among
the world’s most powerful information modeling
tools.
The process of designing the ventilation system and cooling
The process of installation of ventilation and cooling
18. Cost efficiency
During the design stage alone, the use Let the usable floor area of the building be equal Operating costs have also been reduced
to 3000 m2. With the standard solution of significantly. Thus, the installation of water-saving
of state of the art technical solutions plumbing equipment with an automated water
30 W/m2, power consumption would amount to
allowed to reduce the amount of invest- 3000 m2 х 0.03 = 90 kW, and connection costs flow control and thermostatic temperature con-
ments into the project by more than USD would amount to 90 kW х 50000 =USD 0,15 trol, reduced water supply costs by approximately
0,7 m. m. Low energy lighting required only 3000 m2 х 25%.
0.011 = 33 kW, with connection costs reduced to
The use of the compact ventilation unit by Swe- USD 0,06 m. Economy of operating costs for electric lighting
gon allowed to free up additional 120 sq. m of system is about 60%, for heating — up to 40%,
leasable area, which was initially intended for The use of energy-saving cooling machines in and up to 50% for cooling. In monetary terms,
technical purposes in the architectural project. conjunction with the automation system enabled overall operating costs economy exceeded USD
As a result, the capitalization of the object to reduce power consumption down to P0 = 35 0,09 m per year.
increased by more than USD 0,4 m. kW. Under rated cooling capacity Q0 = 210 kW
at = 2.87, power consumption would amount
The use of DALI-controlled low energy LED and to Р0 = 210/2, 87 = 73 kW, with the connection
fluorescent office lamps resulted in reduction of costs (calculated on the basis of kW = USD 1500
energy consumption for night time lighting from fee) would reach approximately USD 0,12 m. The comprehensive automation
the standard 30 W/sq. m to 11 W/sq. m. LED use of energy-saving solutions allowed for about
lights are used in staircase landings, WCs and in USD 0.06 m economy, another USD 0.02 m. have
the outside entrance zone, while other rooms are been spared in a similar manner by the design of partial automation
equipped with DALI fluorescent lighting fixtures the ventilation system.
using low energy OSRAM T5 HIGH Efficiency
standard automation
lamps with increased luminous efficiency.
without control
19. Cost efficiency
kW/m 2
Heating
(up to 50% savings)
Lighting
(up to 60% savings)
Cooling
(up to 40% savings)
Water supply
(up to 25% savings)
Ordinary building «Green building»
Building energy efficiency class “A”
20. Comfort
Exclusively demand-based consump-
tion of resources resulted not only in
increased cost efficiency, but also in
improved comfort of tenants and higher
efficiency of maintenance companies.
Controlled blinds
Lighting can be controlled both automatically
and manually. Operator has full access to the
system, while employees in the offices only can
switch on/off the local lights, which are also
triggered by motion sensors or access control
system readers. The overall illumination level is
maintained automatically, depending on the over-
all indoor illumination level. Office control panel
Control of lighting in the rooms is divided into
two groups: near to and away from the windows.
Under good natural lighting conditions, the “near
window” group’s luminance is automatically de-
creased by 10-30%.
Servodrive
If during work hours no motion has been detect-
ed in the room for 15 minutes, lighting is dimmed
by 50% and then turned off completely if no mo-
tion occurs in the subsequent 15 minutes. During
off-hours and days off the timers are set to 10
and 5 minutes respectively.
Office control
21. Comfort
The system automatically cools or heats the All parameters of the climate system can also be
building for the scheduled time at the beginning controlled by the operator. Outside maintenance
of a working day, yet employees in the office services have full access to all control functions and
rooms are not deprived of the capability to adjust monitoring of the building, including all backup infor-
temperature manually. The microclimate control mation, history of accidents and errors, etc., via web
in a room can change dynamically, depending browser.
on the outside air temperature and the current
power load of the building. With the help of SmartUnity system, control and
monitoring of the building’s systems can be executed
When a window is opened, ventilation automati- both from desktop applications and from mobile apps
cally switches off and then starts again when the for iOS, Android and Windows Mobile platforms via
window is closed. In case the system runs in the GSM/3G/WiFi networks.
cooling mode, penetration of direct sunlight into
the room will automatically cause the sunblinds to
be lowered.
Air exchange parameters are dynamically adjust-
ed taking into account the number of persons in
the room and the types of their current activities
based on readings of air quality sensor. During
nighttime, the system automatically maintains
minimal air exchange.
At the end of a working day, at 8 pm, the tem-
perature is automatically reset to the base value
(appropriately set for the time of year), provided
that no motion has occurred within a room for
more than 30 minutes.
22. Energy efficiency and environmental friendliness
street lighting
Despite the fact that environment-
6,3°C
friendly construction is a fairly new trend
on the Russian market, today the object’s 5
“green” status constitutes an undeniable
competitive advantage affecting overall
0
value of the building and tenant appeal.
In order to guarantee high levels of heat insulation,
-5
new-generation environment-friendly materials
were used in construction, such as ROCKWOOL
and Beltep mineral (basalt) wool, Penoplex 35
-8,7°C
polystyrene foam sheets.
The use of modern heat insulation materials in
combination with ceramic-granite lining upon
metallic façade mounting system ALUCOM
extends the lifecycle of the façade while
ensuring a high level of heat insulation.
For the roof coating, a high-tech material Izoplast
was used, which, in addition to extended durability
and good heat insulation properties, is significantly
less toxic than traditional roofing materials.
23. Environmentally friendly
Certification according to one of the LEED criteria:
internationally recognized certification
location
systems (LEED, DGNB, BREEAM) water consumption efficiency
obviates the need to prove for cost effi- energy efficiency
ciency of building operation and tenant environmental friendliness of construction materials
comfort, acting as an effective marketing health and comfort of tenants
message. This is why the investor into innovations and multi-faceted approach to design
the “Alpiisky” complex contemplates the
possibility of the certification according LEED Certificates:
to the US LEED system, currently the Basic
most widespread in the world. Silver
Gold
The multi-purpose complex “Alpiisky” can score Platinum
51 points in the LEED system, which will enable it
to qualify for the LEED Silver Certificate.
LEED (Leadership in Energy and Environmental
Design) is a Certificate issued by US Green Build-
ing Council since 1998.
24. About the company
INTELVISION Group of companies offers a wide In 2010, INTELVISION entered into strategic
range of services in the domains of energy- partnership agreement on joint development and
efficient buildings construction, engineering implementation of Intelligent Building projects with
design and building automation. COMSTAR (MTS).
Among the solutions offered are: INTELVISION was an award winner at Innovation
of the Year– Baltic Build 2008 and won the
Energy-efficient/Intelligent Buildings Russian HiTechBuilding Award 2010 and 2011 for
the Best Comprehensive Automation Solutions.
Clean-rooms
Data centers
Smart House systems and solutions for private
clients
In 2007, INTELVISION received the status of an
“authorized system integrator in building automa-
tion field” from BECKHOFF GmbH (Germany).
In 2010, INTELVISION became Microsoft Silver
Certified Partner in software development for
BMS systems.