Honeywell created what it called the “intelligent system” for the National Stadium in Beijing, China, turning the venue for the opening and closing events at the 2008 Summer Olympics into a “smart building.” Designed by highly controversial artist Ai Weiwei, the “Bird’s Nest” remains one of the most impressive feats of stadium architecture in the world. The 250,000 square meter structure housed more than 100,000 athletes and spectators at a time. To accommodate such capacity, China turned to Honeywell’s EBI Integrated Building Management System to create an integrated “intelligent system” for improved building security, safety and energy efficiency.
As concerns over global warming continue to grow, green technologies are becoming increasingly popular. Wind turbine companies provide an excellent alternative to burning fossil fuels by harnessing kinetic energy from the wind and converting it into electricity. A typical wind farm may include over 80 wind turbines so efficient and reliable networks to manage and control these installations are imperative. Each wind turbine includes a generator and a variety of serial components such as a water cooler, high voltage transformer, ultrasonic wind sensors, yaw gear, blade bearing, pitch cylinder, and hub controller. All of these components are controlled by a PLC and communicate with the ground host. Due to the total integration of these devices into an Ethernet network, one of our customers in the wind turbine industry needed a serial-to-Ethernet solution that can operate reliably for years without interruption.
TKE had a number of initiatives underway around the world to enable remote monitoring of its elevators. However, none of the solutions provided the data and insight required to move from a traditional reactive maintenance approach to one that is predictive and even preemptive, and all were challenged by information overload issues that limited their value. TKE wanted a solution that would enable it to anticipate and quickly resolve maintenance issues for the majority of the 1.2 million elevators it services across the globe.
As energy and operational efficiencies became critical to business operations, the telecom giant could no longer rely on its existing system to draw opportunities for energy savings and operational efficiency. The old system was limited to time-clock control, and had no intelligence on occupancy or building behavior. It was time to change the defunct lighting contactor based control system in both facilities
Fire alarm systems are essential in providing an early warning in the event of fire. They help to save lives and protect property whilst also fulfilling the needs of insurance companies and government departments.
Fire alarm systems typically consist of several inter-linked components, such as smoke detectors, heat detector, carbon monoxide, manual call points, sounders, alarm and buzzer. The fire alarm system should give immediate information in order to prevent the fire spread and protect live and property.
To get maximum protection a shoe manufacturer in Indonesia opted for a new fire alarm system to monitor 13 production sites spread over 160 hectars. Although the company had an existing fire alarm system, it could not be monitored remotely.
It was essential that the new system would be able to be monitored from a central control room. It needed to be able to connect to the existing smoke detector and manual call point. Information should be easily collected and passed on to the Supervisory Control and Data Acquisition (SCADA) system. Furthermore, the system should have several features such as alarm management, auto reporting, being connected to many client computers without additional cost, and run 24/7 without fails. The company also needed a system which could be implemented without changing the architecture of the existing fire alarm system.
The global population is continuing to grow at a rapid pace placing increasing demands on the global food supply. In addition, impacts from climate change and a yearly reduction of available arable land will require the Agricultural sector to develop better ways of increasing crop yields and reducing costs. GOAL The goal for the Precision Crop Management Testbed is to create an environment where IoT solutions with the potential to impact world hunger can be developed.
Unmanned weather stations play an essential role in the effort to analyze and predict the world's ever-changing weather patterns. The unmanned stations collect and store large amounts of weather data and then download the data at regular intervals to a back-end host for analysis and long-term storage. The computing device housed in the weather station must be robust enough to work continuously for long periods of time while exposed to a wide range of temperatures. It should also be able to collect readings from various sensors that use different data transmission protocols, and have the capability to store large amounts of data.
The Central Advanced Research and Engineering Institute at Hyundai Motor Company develops future mobility technologies. Rather than provide conventional vehicle products to customers, this research center creates new mobility devices with a wide range of speeds for a variety of people, including the elderly and the disabled. As our society ages, there is a greater need for systems that can aid mobility. Thus, we are developing wearable exoskeleton robots with NI embedded controllers for the elderly and patients with spinal cord injuries to use.
Developing a system that can handle complex control algorithms to capture data remotely from various sensors simultaneously and perform real-time control of multiple actuators for a wearable robotics device for walking assistance.
Honeywell used its EBI Integrated Building Management System to integrate the building’s automation system; the fire alarm and fighting interlock control system; and the security automation system with distributive database technology. It also integrated the office automation system, the ticket management system and public address system with OPC technology to improve spectator management. The stadium itself features built-in rainwater recycling, cooling heat pumps with underwater source and an energy management strategy. Honeywell helped the effort by providing an automation system designed to integrate and control the various equipment and devices that affect comfort levels or consume vast amounts of energy. They looked at three main areas for controlling energy use: Air quality: Air handling units, fresh air units, and air supply and exhaust systems. Drainage: Water supply and drainage systems which monitor the rain flood control systems, the outdoor waterscape systems and the reclaimed water systems. Power Generation: Power supply for illumination systems and the elevator systems, the cold and heat source systems such as chillers, heat exchangers and ground source heat pumps. The building automation system includes three central management stations designed to streamline data from more than 7,500 controlled points and uses 82 direct digital controllers, 769 sensors, 37 water valves and 106 air dampers. The National Stadium’s fire alarm and interlock control system consists of an integrated central management station, 13 fire alarm controllers, 3,232 smoke detectors, 231 thermal sensors, 564 manual alarm buttons, 1,629 control modules, 2,559 single-input monitor modules and 187 double-input monitor modules. The security solution from Honeywell integrated the video surveillance and control system, the access control system, the intruder alarm system, the guard tour system, the park management system and the integrated security control system. To help streamline the influx of 90,000-plus spectators, Honeywell installed its Temaline authentication systems as well as use an electronic ticketing system in the turnstiles and security checks so individuals could be tracked from the point of entry. More than 200 analogue, Honeywell-manufactured security cameras were integrated with the company’s Digital Video Manager. The Honeywell-designed security automation solution also covers six security subsystems including a digital video surveillance system connecting more than 800 cameras, a Nexwatch access control system with more than 162 readers, a large intrusion detection system, a car parking management system covering more than 800 parking spaces and a connected tour guard system.
Moxa's NPort® 5210 device server can convert industrial serial devices inside the wind turbine into Ethernet devices. By installing the NPort® 5210, the host PC in the station running the SCADA system can communicate with the PLC to perform data analysis, system control, and maintenance from any network location or even the Internet. The NPort® 5210's small size and easy configuration allow it to fit perfectly inside the wind turbine. Furthermore, the Ethernet is connected to a remote control station via a Turbo Ring redundant network. Product Solutions: NPort 5210/NPort 5230/NPort 5232 Series 2-port RS-232/422/485 serial device servers
CGI’s development team built a pilot, cloud-based elevator monitoring system using Microsoft’s Azure-based Intelligent System Service (ISS), Microsoft’s Azure Maching Learning, HDInsight and our own Intelligent Enterprise Framework (IEF), which facilitates the rapid deployment of IoT applications. Integrated with TKE’s elevator sensors, the system harnesses data from each sensor, processes the data using business rules defined by TKE, and generates rich data insight using predictive analytics. The resulting insight is then made available to supervisors and site technicians via two different user interfaces in the form of maintenance alerts, instructions and recommendations. Feedback from users is integrated within the system, enabling it to become more accurate over time. CGI worked with Microsoft to develop predictive data models using Microsoft’s Machine Learning Azure service. Years of historical data from elevators across North America were analysed to generate sequence mappings of alarms to identify the root causes of faults. he system was implemented for a small number of elevators run by TKE in the Seattle, Washington area in the summer of 2014. The pilot project was a success, enabling TKE to reduce elevator downtime and improve resource planning, cost forecasting and maintenance scheduling. In turn, TKE has been able to provide a more competitive offering to its customers.
Empowered by ControlScope’s open standards-based wireless mesh network, the lighting fixtures, occupancy sensors, and wireless switches have the ability to communicate wirelessly with each other and the ControlScope system. The ControlScope network provides the platform for JLL to centrally configure and manage lighting zones throughout the buildings, and specify lighting profiles to meet each floor tenants’ lighting needs and to maximize energy and operational savings. The different lighting zones are correlated to the occupancy sensors for occupancy sensing control is the most effective strategy. From a standard Web browser, JLL can log into the ControlScope Manager console to: • Dynamically tailor lighting profiles for each lighting zone • Monitor and report energy usage in real time • Discover opportunities to deepen energy and operational savings
A state-of-the-art remote monitoring system by Advantech designed for the purpose of detecting fires:
The ADAM-6000’s are 8-channel thermocouple input modules used to monitor temperature. They come with 8 T/C input channels and 8 digital output channels. To connect to field sensors and enhance the accuracy and reliability for thermocouple measurement it also comes with an external DIN-rail terminal board for wiring to the field sensor.
EKI-5525 ProView switches are used to connect the fire alarm system and provide the information about status and speed connection for each port. They are the world’s first convergence switches for process control and IT networking management.
They use Modbus/TCP to communicate with the SCADA software and SNMP to communicate with a Networking Management System (NMS) at the same time, thereby allowing full read control over the devices either for control engineers or for IT.
The devices come with the Port-based QoS for deterministic data transmission allows the priority ports to prioritize the traffic coming over those ports and delay the less immediately necessary data over the remaining ports. The information is collected in an IPC-5122 industrial panel PC server.
Advantech WebAccess SCADA software is installed and records the historical log in. Going beyond SCADA, WebAccess 8.x is also an HTML5-based Business Intelligent Dashboard. It analyses data and helps managers make decisions, and can be opened from anywhere on any HTML5compatible browser.
WebAccess 8.x provides developers with the tools to design their own widgets and applications and the integration of Microsoft Excel reports. Included is a set of Excel templates, and users can build their own report templates to generate daily, weekly, monthly and yearly reports to help predict the status of equipment.
Through HTML5, a limitless number of users, with varying access levels are able to read information and make changes from wherever they are using either the Internet or Intranet.
If the system finds that fire is detected, then an early warning system is controlled by an ADAM-5000L/TCP Ethernet-based I/O system that allows remote configuration via Ethernet.
The ADAM-5069 is designed for on/off control in high-voltage applications. Its major feature is the power relay rating at 240 VAC and 5 A. This range can satisfy most requirements for driving externally controlled devices such as lights, fans, alarm systems, and various electronic devices in industrial automation, security, building and home automation applications.
*This is an IIC testbed currently in progress.* LEAD MEMBERS Infosys SUPPORTING COMPANIES Sakata Seed America, Inc. MARKET SEGMENT Agriculture Technology (Agri-Tech) FEATURES • Integration of aerial imagery and multiple sensor technologies to provide a ‘360-degree’ view of the plant environment • Near real-time, 24/7 transmission of data via mesh / cellular network • Ability to analyze data, through the provision and analysis of high-volume sensor data TESTBED INTRODCUTION The Testbed will explore the ability of IoT technology to improve Crop Management, through increased production (yield), lower operational costs plus smarter applications of chemicals and fertilizers. The Testbed will focus on improving crop yield through the analysis of real-time data from a variety of environmental sensors and other sources of truth located in commercial crop fields or throughout the enterprise.
Protocol Conversion and Front-end Data Processing The data collected by a typical unmanned weather station includes temperature, rainfall and snow accumulation, air pressure, humidity, and ultraviolet intensity. One of the tasks that the UC-7420 unit must handle is protocol conversion, since there is no guarantee that the devices collecting the weather data all use the same protocol. In addition, the UC-7420 can be used to do preliminary data processing before downloading data to the central computer. MOXA's UC-7420 is ideally suited for these tasks, since the user can easily embed a C program that is custom written for the devices used at the station. If future changes involve adding or removing devices, the programmer simply needs to modify the C code, recompile it, and then download the executable program over the network to the UC-7420 unit. Connecting to the Network and the Internet In addition to being programmable, the UC-7420 also offers users an array of connection options. To begin with, data entering the serial ports from attached sensors can be processed and then forwarded through one or both of the dual Ethernet ports to the LAN. One of the serial ports can also be connected to a V.90 or GPRS modem for PPP connections, and a PCMCIA port is available for installing a wireless LAN card for 802.11b/g networks. By including multiple connection options in the UC-7420's design, user's gain the flexibility needed to connect from virtually anywhere. Combinations of connection types can also be used to provide redundancy. For example, if unavoidable network problems cause an interruption in service, the user can connect by modem. CompactFlash Storage Space One of the dilemmas faced when creating a "small" computer is how to provide users with adequate storage space. For unmanned applications, it is best if the storage device does not contain moving parts. Although hard drives may seem to last forever for day-to-day use, we cannot make this assumption for continuous use at remote locations. The UC-7420 overcomes this problem by providing a CompactFlash slot. If needed, flash memory cards with storage capacity of up to several gigabytes can be used to store data until it is convenient to transfer the data to a central computer.
Using the LabVIEW RIO platform, including a CompactRIO embedded system and a real-time controller with an FPGA control architecture provided by Single-Board RIO, to acquire data from various sensors and control peripheral units, high-speed communication devices, and actuators; and using LabVIEW software to acquire reliable data by conducting real-time analysis and applying various robot control algorithms to dramatically reduce development time.
National Stadium in Beijing, China
ThyssenKrupp Elevator (TKE) Americas is the largest producer of elevators in the Americas, providing and maintaining more than one million elevators around the world.
Jones Lang LaSalle (JLL), large, publicly traded telecom company
A Shoe Manufacturer in Indonesia
Hyundai Motor Company
|Solution Maturity||Mature (technology has been on the market for > 5 years)||Mature (technology has been on the market for > 5 years)||Mature (technology has been on the market for > 5 years)||Mature (technology has been on the market for > 5 years)||Mature (technology has been on the market for > 5 years)||Emerging (technology has been on the market for > 2 years)||Mature (technology has been on the market for > 5 years)||Emerging (technology has been on the market for > 2 years)||Cutting Edge (technology has been on the market for < 2 years)|
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|Use Cases||Building Energy Management System (BEMS)||Machine Condition Monitoring||Predictive Maintenance||Building Energy Management System (BEMS)||Asset Health Management (AHM)||Precision Farming||Process Control & Optimization (PCO)||Industrial Wearables|
More "Green" Asset - The building automation system integrates and controls the various equipment and devices that affect comfort levels or consume vast amounts of energy.
Long mean (average) time between failures with high reliability and effective system maintenance
Strong predictive analytics that generate rich, valuable insight, enabling more proactive, predictive and pre-emptive maintenance
Less energy wasted results in lower costs
Remote Monitoring of Fire Detection Architecture
Improved crop productivity (yield) through early abnormality detection and corrective actions capability and the identification of optimal (and sub-optimal) crop conditions with actionable insight
Multiple connection options for greater networking versatility. Maintenance personnel can monitor from a remote location
Real Time Monitoring of machines
Increased Efficiency in the consistent flow of the process
Better User Experience - Technology enabled a more transparent and traceable user identification system so that the access control could segment staff, VIPs and general visitors against a predefined database.
Small size for easy configuration
Lights are easily kept at optimal levels
Improved operational efficiency through optimized aerial sampling and inspections
Programmability gives system integrators infinite possibilities. No fan, no hard drive design for longer MTBF. CompactFlash slot for adding gigabytes of storage space
Decreased Downtime due to early detection of possible machine failure
Predictive Maintenance with alert systems
High performance serial-to-Ethernet solution
Improved cost forecasting, resource planning and maintenance scheduling
Using less energy reduces the impact on the environment
Data Aggregation for studying patterns and calculating the OEE.
|Tech Partners||Industrial Internet Consortium (IIC)|
IoT Snapshot: Hardware
|Processors & Boards|
|Sensors & Actuators|
IoT Snapshot: Software
|Software as a Service|
|Platform as a Service|
|Infrastructure as a Service|
IoT Snapshot: Service
|Construction & Buildings|
|Equipment & Machinery|
|Logistics & Warehousing|