Siemens Opc Scout V10 Games

Digital transformation has already disrupted urban mobility with on-demand car services and transport apps availing some of the fastest and cheapest ways to move around a city.Cities can expect to see even more new mobility services and business. These changes are coming at a time when many cities are facing gridlock and worsening air quality, and yet technology can create opportunities to meet the need for cleaner air for more people. Despite public transit investments, congestion is worsening globally. The sheer volume of inter- and intra-urban transportation has outpaced improvements in and customer uptake of clean transport technology.As a result, air quality has deteriorated in many cities, large and small, and city leaders have largely accepted that, at its core, poor air quality is a major matter of public health and wellbeing. However, it is also an issue of environmental justice: As the data show, air quality in cities tends to be worst in the poorest communities, and disproportionately affects vulnerable communities, such as the very young and the elderly.City leaders are under pressure to meet air-quality challenges and define strategies for sustainable, clean, and smart growth. Fortunately, the deployment of sensors and digital analytics provide unique opportunities for city leaders to harness data to make better decisions and act in the short term.Siemens City Air Management tools and consulting help cities identify methods to avert poor air quality in the short term and to build a strategy for longer-term technology change. City Air Management monitors and forecasts air quality and simulates actions that a city can take in the short term to avert breaches of air quality standards and limit respiratory stress on the most vulnerable citizens.

Opc Scout V10

The ChallengeThe City of Nuremberg has been working for years to reduce air pollution and emissions of greenhouse gases. Local traffic, however, made it difficult to consistently meet WHO air quality recommendations, especially for nitrogen dioxide.Our ApproachThe city has implemented an IoT-enabled system that collects air quality data from sensors around the city.

Using historic data on air pollution, weather, and traffic patterns, the system forecasts air quality by using neuronal networks. The City Air Management tool simulates the impact of corrective actions, such as mandating low-emission zones, speed limits, or reduced prices for public transportation.The ImpactBy simulating the five day’s impact of the selected preventive action on air quality, the city is empowered to evaluate measures and to remain proactive in the battle for better air in cities. Resilience is the ability of a system to survive and thrive in the face of a complex, uncertain, and ever-changing future. It is a way of thinking about both short-term cycles and long-term trends; minimizing disruptions in the face of shocks and stresses; recovering rapidly when they do occur; and adapting steadily to become better able to thrive as conditions continue to change.A resilient energy approach enables a proactive and holistic response to risk management and a way for cities to maintain global competitiveness. It is also a powerful companion to sustainable development thinking.

Resilience is about interlinkages of systems and the specific methods of boosting technical performance. The following framework can help promote resilience in design and decision making.Siemens’ technologies can help cities create such a framework for resilience through innovative solutions and our expertise in the areas of electrification, automation, and digital technology.Siemens has deep experience in deploying new energy solutions while maximizing existing infrastructure to promote resilience. The navigation control aspect of an airport is heavily dependent on electric power and critical to aircraft movement both in the air and on the ground. Aircraft on the ground often use fossil fueled APUs, increasing the airports carbon footprint. What a typical airport has is space to set up a sturdy, island-able microgrid integrating photovoltaics, CHP, and storage technologies. These provide the reliability and resilience that keeps aircraft travel one of the safest forms of transportation today. Not only is weaving a low carbon energy footprint into its large venue a plus, it also supports new sports venue design trends that are adding features like the inclusion of power outlets into each seat so millennials can stay connected during the game.

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By integrating proven Siemens distributed energy generation solutions and management, these large municipal complexes that spike energy use with each event can provide an uninterrupted experience for their guests and thus securing a reliable future income stream. Siemens has a highly tailored approach to smart cities that derives from our core expertise in technology and infrastructure hardware.

Our work has grown to include cities because over time cities have been the beneficiaries, users, and sometimes owners of many Siemens technologies. The Internet of Things (IoT) and Smart City-type technologies are creating opportunities for cities to meet some incredible challenges cost-effectively, from improving social equity and air quality to reducing congestion. Siemens understands the base technologies because we made these “hard” technologies, delivered them to our clients, and even used them ourselves in our own manufacturing facilities and buildings. Over time, and as technology improved, software became an ever-larger component of our hardware packages because it allowed the users to better manage and optimize the systems or processes.

This software has been critical to our own manufacturing plants and the assembly processes that involved connecting hundreds of different components to improve the manufactured products.Now, the growing Siemens software business is more and more combined with our hardware technologies and is one of our key offerings across our core business areas, including energy, transport, buildings, and healthcare. Siemens established the Center for Urban Development, comprised of a dedicated team, to address specifically the needs of city leaders and their staff, and administrative agencies.The Center also seeks to serve as a transparent and useful entry point for city decision makers to enter a structured dialogue in which they can make base-line assessments of needs.Our cities team members understand city goals and processes and put this understanding front and center in their work.

This team can work across the Siemens business divisions, and pull expertise from all over the company, even from Siemens units in other countries.To reach any member of this team please click or feel free to reach out to any of the team members directly.

Fast OPC servers for Siemens are based on COM/DCOM technology following OPC specification and supports S7 MPI serial Profibus communication and S7 TCP/IP protocol on Ethernet and it can be used with Siemens PLC controllers. The server provides reliable and high-performance communication with any OPC-compatible HMI, SCADA, or any other OPC client application.

An easy-to-use configuration tool is included for quick set-up of the tags database. Fast, active OPC foundation member creates specific communication drivers according to customers requirements. Fast OPC servers for Siemens are based on COM/DCOM technology following OPC specification and supports S7 MPI serial Profibus communication and S7 TCP/IP protocol on Ethernet and it can be used with Siemens PLC controllers. The server provides reliable and high-performance communication with any OPC-compatible HMI, SCADA, or any other OPC client application. An easy-to-use configuration tool is included for quick set-up of the tags database. Fast, active OPC foundation member creates specific communication drivers according to customers requirements.