Ameren 需要替换 2000 年后不再受支持的遗留解决方案。经过仔细考虑和评估，选择了 ICONICS GENESIS32。

Continental AG, a leading tire manufacturer, sought to update their process analysis and control systems across 18 separate locations worldwide. The company aimed to develop a system capable of near real-time data collection from production equipment for process and product analysis and optimization. This led to the initiation of the 'DOPAC' project, standing for 'Database for Online Process Analysis and Control'. A pilot project began in 2016 in the company’s Puchov, Slovakia plant, with a year spent on prototype development. The company decided to move on from installed legacy systems and, after considering multiple vendor solutions, decided upon ICONICS HMI/SCADA and data historian to comprise the heart of DOPAC.

Rimske Terme, a luxurious Business, Wellness and Spa Resort in Slovenia, embarked on a project in 2010 to update their Building Management System (BMS). The resort wanted to integrate a number of existing automated systems, including hotel room temperature regulation, room emergency/security functions, air conditioning, lighting, and diesel fuel use. They also wanted central control over their heating/cooling (heat pump) station, pumping station, thermal water pump station and electric power station operations. The hotel room automation required a BMS that could adapt to a few differences in each location. For instance, the heating/cooling in Hotel Sofijin Dvor and Hotel Zdraviliški Dvor is based on air diffusers, while in Hotel Rimski Dvor, it is accomplished via fan coils.

Swiss Grid, an independent coordination company for the Swiss extra high voltage grid, is tasked with ensuring the security of the Swiss national transmission grid at all times, even under the intensive energy exchange between members of the interconnected European network. The company has developed and established the concept of operational congestion forecast with the UCTE-wide Day-Ahead Congestion Forecast (DACF) module as a kernel. However, the complex DACF algorithms needed to be fully automated and integrated into the daily congestion management process. The calculations are based upon actual data from partners within the European interconnected network, and data presence and quality needed to be continuously monitored. Swiss Grid network engineers needed a way to monitor and control the DACF process. The company also needed a solution that could seamlessly integrate with its network of power application systems, as well as with different national and international trading and scheduling systems.

Kazakhstan’s railways, incorporated into JSC National Company Kazakhstan Temir Zholy (KTZ), combines about 14,000 kilometers of rails with 700 stations. The amount of cargo and passenger traffic grows every year, inevitably leading to higher electricity expenditures. Electricity usage reform and increasing prices for energy resource are common everywhere. Therefore, implementation of an Automation System of Control and consumption for Energy (ASCUE) for the rail node was seen as a necessity. The railways need the system for real-time electricity monitoring to minimize energy use and ensure an optimum relationship between costs and the volume of work and services.

随着保加利亚建筑业的持续增长，陶瓷厂 - 博特夫格勒最近经历了增长。该公司需要可视化涉及其熔炉的制造过程以及所生产砖块的运输线。该工厂还寻求一个额外的报告模块，以帮助管理层减少停机问题并提高生产力。该公司意识到，随着业务的增长，它将需要优质、强大的解决方案来满足其可视化、控制和报告需求。

Beijing, the capital of China, is a major transportation hub with a population of over 18 million people. The city's traffic control center, BTCC, was established to monitor a network of Operational Control Centers for the various rail lines operating in the country. The project was mainly developed and deployed under the supervision of Singapore Technologies Engineering Ltd. (ST Engineering), one of the largest listed companies on the Singapore Stock Exchange. The project requirement was to integrate various systems, with emphasis on having a unified user interface linked to real-time information. These systems include SCADA, operator information, CCTV, passenger information, decision support and incident evaluation.

Vitkovice Steel 需要更换 1980 年代后期的生产监控系统，以及基于过时捷克斯洛伐克计算机 (PPC-4) 的控制系统。该公司与系统集成商 Real-Time Software (RTS cs, spol. sro) 合作，选择了一个基于 ICONICS GENESIS32 与 Oracle 数据库集成的系统。

CSL Behring, a subsidiary of CSL Limited, is a pioneer in the field of immunology and operates some of the world’s largest flu vaccine manufacturing facilities. In 2009, following the announcement of an influenza pandemic by the World Health Organization, CSL developed a pandemic vaccine (H1N1) and signed a 180 million dollar contract with the US Department of Health and Human Services (HHS) to provide bulk H1N1 influenza antigen. The challenge was to ensure rapid and safe production of the H1N1 flu vaccine for the US market in CSL Behring’s FDA-approved filing and packaging facility in Marburg, Germany. The company needed a system where production data could be logged reliably and stored safely, meeting the recording requirements of the FDA, specifically the 21 CFR Part 11, which outlines the controls necessary for the regulated industry to utilize electronic records and electronic signatures.

MSC Cruises, the world’s fourth largest cruise line and largest privately-owned cruise company, sought a modern monitoring and control system for its latest cruise ship, the MSC Meraviglia. The company wanted to include the latest technology in its newest cruise ship, not only for the entertainment of its passengers but also for their, and its crew’s, personal comfort. The comfort and safety of its passengers were a top priority, which included the monitoring and management of its ship wide HVAC system. The cruise ship, the 13th to join MSC Cruises’ fleet since the company’s inception in 2003, is 315 meters long, 43 meters wide and 65 meters high and can travel up to 22.7 knots. Among the ship’s attractions are a water park with multiple water slides, a Himalayan rope course, a Cirque du Soleil theatre, and the largest LED dome at sea.

MultiTrode, a company dedicated to providing advanced solutions to municipal water and wastewater authorities, needed a robust SCADA system for their Outpost 2 product. The system needed to be designed specifically for the needs of water and wastewater networks, and include a graphical interface, alarming & trending, a datastore and reporting interface, a master telemetry unit, and remote telemetry units. The system also needed to be open and powerful, interfacing directly with MultiTrode pump controllers and RTUs to provide valuable information from every site. The system also needed to be easy to use, reducing operational and engineering costs by minimizing the need for site visits while improving asset performance.

The University of Pennsylvania sought to create a unified HMI/SCADA system for 120 buildings, equaling nearly 14 million square feet, throughout its Philadelphia, PA campus. The university wanted the means to manage connected systems via its centralized Operations Control Center (OCC) in order to gain complete visibility into building automation equipment and facility operations. The new system would replace an existing one that the operators found to be obsolete. The selected HMI/SCADA solution would be required to monitor and control critical equipment across multiple campus buildings including those related to HVAC systems, chiller plants, electrical substations, lighting and space conditions. In addition, the university required system-level redundancy in order to maximize the uptime of these building systems. Also, whichever vendor was chosen would need to work with third-party contractors responsible for implementing each phase of deployment and work through the replacement of the entire campus command and control system while all the buildings involved remained occupied and in use.

Cucamonga Valley Water District (CVWD) embarked on an expansion project with the aim of integrating web-based and mobile functionality into their control system. They needed an HMI/SCADA solution that would seamlessly integrate with their existing systems (AB Controls, Rockwell, etc.) and operating systems (transitioning from Microsoft Windows 2000 to XP). The organization sought a web-enabled solution that wasn't processor-intensive, a mobile component for employees in remote locations, and comprehensive reporting abilities. They partnered with engineering firm, Black & Veatch, to find a solution that met these requirements.

Dematic Limited, a market leader in innovative logistics automation systems and solutions, needed a way to visualize the exact status of all parts of their system to ensure high availability. Their warehouses can be extraordinarily large due to retailers outsourcing their warehousing. When handling as many as 34,000 items or supplies to 700 retail stores, automation and visualization are key functions. Blockages in the warehouse require fast and accurate action, and the pan-and-zoom feature of ICONICS’ worldview is the best tool to solve the problem.

Deutsche Bahn AG, one of Europe’s largest transportation providers, operates railways that carry more than 1.8 billion passengers per year throughout Germany and neighboring countries. The company also moves 78 billion tons of freight annually. All service and rail stations are maintained by DB Stations & Services, while DN Netz provides the track infrastructure. The company faced the challenge of efficiently washing different types and shapes of trains, including the modern bullet train. The washing system needed to accommodate any train and ensure every part of the train is washed. Another challenge was that all trains are electric power and, under most circumstances, water and electricity do not mix. Since all trains need to enter and exit the washer under their own power, the water used in the washing application needed to be treated so it would not be conductive.

Poste Italiane, the national postal system of Italy, was facing challenges in managing its vast operations. The company processes over 7 billion pieces of mail in sorting centers, operates thousands of post offices, and manages thousands of employees. The company needed a solution that could provide real-time information access, enable new customer services, and reduce processing costs. The company aimed to improve several business functions, including plant supervision, monitoring and control, monitoring of production progress, support to plant management, tracking of flows within the sorting center, data collection from field systems, and integration with administrative systems.

Amsterdam Airport Schiphol, the national airport of The Netherlands, is the 10th biggest airport in the world based on total number of passengers and 14th based on the number of tons of cargo shipped. The airport is built as one large terminal split into three large departure halls, with further expansion planned. The airport needed a robust system to monitor and manage various systems including HVAC, Fire, Security, Lighting, Telephone, and Water Systems. The challenge was to implement a solution that could handle over 300,000 tags, run on multiple PCs, and handle over one million alarms and events per month.

Cork County Council, the largest county in Ireland, was tasked with reducing energy consumption by 30% by 2020 as per a directive from the European Union (EU). The council treats and supplies water to approximately 40,000 non-domestic customers and 100,000 homes across the county. Due to its size, Cork County is divided into four zones– North, South, East, and West Cork–which makes data aggregation challenging. The council was using manual data entry with Excel to produce the leakage figures required by the Department of the Environment. However, with four zones to maintain, this method made it too difficult to efficiently calculate leakage figures. Furthermore, the average daily volume of water produced in Cork County is estimated to be well over 150,000 yd3 /day with the total length of water in the Public Water Supply Schemes estimated to be 3,500 miles long. The number of yards from which to retrieve that data continues to increase – approximately 391 DMAs with up to 3 yards per DMA. With such a vast supply network, the Council could not meet the new EU directives on energy consumption by continuing to use traditional manual data collection methods.

The T5 Terminal at London’s Heathrow Airport was one of Europe’s largest construction projects, funded by BAA at £4.2 billion. The terminal was designed to be a fully integrated facility, monitored through a central Terminal Service Centre (TSC) and mobile devices. A common user interface was needed to access heating, ventilation, lighting, fire, elevator, CCTV, and security systems as well as to centralize alarm management and automate system interaction. At its opening, T5 included over 50 different systems, producing a massive tag count of over 3 million. In addition, by using open industry standards based on OPC, the resulting architecture has been designed to provide flexibility for future expansion and integration, as required by the customer.

AES Wind Generation, a division of AES, an international power company, was in need of a robust system that could perform calculations in real time from both user input and data coming from the field. They needed a system that could connect via open standard protocols and provide both instantaneous and aggregate data for monitoring and reporting. The company was also looking for a system that could be implemented quickly and efficiently, given the high amount of repetition involved with each unit having identical inputs and outputs. Additionally, they wanted a system that would fit into a virtual machine environment to facilitate backup and recovery in case of a hardware or software failure.

The city of Lubbock, located in the arid Texas panhandle, faces significant challenges in managing its water resources. With a growing population, the city must draw water from multiple sources, including Lake Meredith, groundwater from aquifers, and well-fields operated by the Canadian River Water Authority. The Lubbock Water Utilities Department is responsible for managing all aspects of the city's water needs, including water collection, water and wastewater treatment. The department needed a solution that would allow it to efficiently monitor and control all aspects of its water treatment plant, wastewater treatment plant, and well-field. The solution needed to provide real-time data on critical process variables, including chlorine, turbidity, suspended solids, and oxidation-reduction potential (ORP).

Maritsa East 3 Thermal Power Plant (TPP) is the third largest power plant in Bulgaria, generating 30 percent of the country's electricity. The plant was built by Russia between 1978 and 1981 and supplies electricity grids in both Turkey and Bulgaria. However, the plant was in need of large-scale modernization and upgrades, an increase in output and power capacity, and meeting the European ecological requirements. The final part of the project was the integration of all control systems on a single platform. EXBIT was chosen as the developer and system integrator for the Control and Monitoring Integration System. The objectives for the Maritsa East 3 TPP project included large-scale modernization and upgrades, an increase in output and power capacity, and meeting the European ecological requirements.

The Republic of Croatia, in cooperation with The European Union, introduced legislation for environmental protection through continuous emissions monitoring. Dalmacijacement d.d. set out, with assistance from ECCOS inženjering, to bring all of its factories under compliance, with the goal of creating a continuous emissions monitoring system (CEMS). Manufacturing facilities are often assumed to be sources of pollution, so a system was required that could continuously monitor emissions, graphically depict these emissions, normalize the measurements, archive measured and calculated (i.e. normalized) values, inform the public through corporate Web pages and, most importantly, create daily, monthly and yearly reports in Microsoft Excel and XML-formats that adhere to the legislative requirements.

Longmont United Hospital, located in Longmont, Colorado, is a world-class healthcare facility that is rated among the top 10% of hospitals for patient experience in the United States. In January 2000, the hospital opened a five-story patient tower with new private rooms and soothing environments for patients and their families. The hospital is committed to providing compassionate care, which is reflected in its building management system. However, as healthcare has advanced, Longmont United has had to expand and update its facilities. This has required the hospital to upgrade to the latest innovations in building automation and monitoring solutions.

The Lincoln Wastewater System (LWWS) in Lincoln, Nebraska, needed a comprehensive solution to ensure the proper collection and treatment of current and future wastewater flows in an environmentally sound and cost-effective manner. The system comprises 970 miles of sanitary sewer lines, 14 pumping stations, and two municipal treatment plants, handling up to 23.5 million gallons of water per day. The challenge was to install a system that could control all manual and automatic aspects of each process, including raw water pumping, flow dispersal, aeration basin dissolved oxygen monitoring, return activated sludge flow set points/rates, and effluent flow disinfection/totalization. The system also needed to control solid waste removal from the treatment facility. In addition, the system had to be secure and allow managers to monitor any functions that the operators monitor.

KHS Maschinen, a market leader in the deployment of Aseptic Cold Filling (ACF) applications for the beverage market, was looking for a solution to control its applications and machines and to visualize the entire ACF process. The ACF process allows for fruit juices to be filled into PET bottles at a temperature of only 68 Deg F (20°C), eliminating the need for preservatives and improving product quality. However, this process required a sophisticated solution for scalability, graphic capabilities, and modularity for machine control and visualization.

PRAKAB a.s., one of the largest producers of wires and cables in the Czech Republic, embarked on an extensive investment program to modernize its plant and increase production. This involved the launch of new cable production lines and the reconstruction and maintenance of management systems for existing production lines. The company's manufacturing processes involve multiple machines, including extruders, decoilers/unwinders, rewinders, heating/cooling devices, and PVC granulate dosers. An average of 300 I/O points are incorporated into each of PRAKAB’s 15 cable and wire manufacturing lines. The company mainly uses Siemens S7-300 PLCs that provide data to the SCADA system over PROFIBUS and Ethernet networks via OPC communication standards.

VIA University, established in 2008, has grown significantly over the years, expanding from 38 sites to 18 sites across Denmark. As part of this expansion, the university began construction of new facilities and sought new options for building management solutions. The university required a software vendor who could provide a cost-effective, open building management solution for their Aarhus N and Aarhus C campuses. The primary concern was the monitoring and control of campus buildings’ daily operation, especially the comfort of occupants, as the university believes that an optimized indoor climate is the best environment for learning. Minimizing operational cost was also a factor in the school’s decision. The university has its own building management user’s manual, revised once or twice a year, which is considered essential to optimal operations. With this in mind, the school sought a software vendor that would reduce complexity in operations, while ultimately reducing associated costs.

Transneft, Russia’s largest oil pipeline company, manages the world’s largest oil pipeline that extends over 48,000 miles from Siberia to the Baltics. The pipeline transports 420 million tons of oil a year through severe environments. The installation project involved installing over 400 pumping stations and 1000 holding tanks in 101 locations supplying 35 refineries. The challenge was to monitor and control this extensive pipeline system, which is responsible for transporting 99.5% of all the oil used in Russia. The system supplies 35 different refineries with their daily crude oil and provides both Europe and China with oil products. The pipeline system required a centralized dispatch and SCADA system to monitor the 400 pumping stations and 1,000 large oil tanks in 100 different tank farms.

ScholleIPN, a global packaging solutions provider, faced challenges in managing its complex and high-output production process across its 14 global sites. The company had hundreds of data islands, with each local site calculating asset performance and quality metrics differently, leading to inconsistencies. The lack of a consistent platform made system improvements unscalable across the globe. The company's Continuous Improvement (CI) Team identified a need to replace the culture of local individualism with global collaboration, while still supporting certain local autonomous needs.