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Almost everyone today is very familiar with some form of human-machine interface (HMI). We use them to send messages and watch videos (smartphones and tablets), create documents and pictures (laptops), and find our way (GPS systems). HMIs even appear in coffee pots, large appliances and other consumer goods.
In the world of industrial automation, the application of HMIs to control and monitor machines, processes and even intelligent buildings has been a common practice for many years. These industrial HMIs, sometimes called operator interface terminals (OITs), are good at what they do, but traditionally require a lot of engineering work for development, deployment and maintenance. They usually include many proprietary elements and require ongoing expenditure on software and licences.
Monitoring and Data Acquisition (SCADA) systems are closely related to HMIs, and in fact often overlap with HMIs. SCADA systems usually cover a wider range of physical areas, such as multiple pumping stations away from central facilities, while HMIs are usually located locally where they provide visual processes. SCADA systems provide a broader scope for initialization control and monitoring, usually including database functions for recording data points and facilitating analysis. But like HMIs, they are usually proprietary and costly to support over time.
Today, automation engineers are increasingly making use of existing "intelligent" systems in the field, including Internet of Things devices. These devices provide a large amount of useful data, often need monitoring, and sometimes are used as input for real-time control systems. However, the traditional method of connecting these remote devices through standard industrial systems is difficult and expensive.
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However, the next generation of HMI and SCADA hardware and software addresses these and other challenges. By using the latest commercial and open source technologies, these products allow users to focus on connecting to intelligent systems, acquiring data, translating it into operational information, and visualizing it at the time and place we want.
Today, many manufacturers are using hydraulic fracturing and lateral drilling technology to install 10 or more wells on one platform. Some operators have even pushed their operations to 52 wells on a single platform.
These advances not only improve oil recovery, but also create new production opportunities in unconventional fields. They also enable oil and gas producers to reduce their operational footprint.
However, although multi-well pads have many advantages, their large growth in scale and scope also brings new challenges. The higher the density of multiple wells on the veneer, the more equipment needed in the field, and the higher the requirements for data and control.
Traditional control architectures that have been in use for decades are being pushed to the limit and may no longer be sustainable. Instead, more advanced control systems are needed to handle the scalable architecture required for modern wellbores.
Therefore, operators and equipment manufacturers supporting them must now modify (if not radically) the control system methods of these multi-well platforms.
The Global Smart Grid T&D Equipment Market report 2019 covers definition, classification, industry value, price, cost and gross profit. It also includes types, businesses, and applications. Firstly, the information of smart grid T&D equipment is improved from the perspective of analysis. It provides a market perspective based on the development of regions and countries, smart grid T&D equipment industry, opportunities and challenges, sales strategy, growth strategy and income analysis including price.
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The top companies in the global smart grid transmission and distribution equipment market are ABB, Emerson, Omron, Prysmann, Nari Group, Standard Control Electric, etc.
In the forecast period, the annual composite growth rate of the global smart grid transmission and distribution (T&D) equipment market will exceed 13.5%.
Analyzing and analyzing the current situation and future forecast of transmission and distribution equipment of smart grid in the world? It involves production, income, consumption, history and forecast.
The key manufacturers, production, income, market share and recent development of smart grid transmission and distribution equipment are introduced.
Break down failure data by region, type, manufacturer and application.
Analysis of global and key areas of market potential and advantages, opportunities and challenges, constraints and risks.
Identify major global and regional trends, drivers and influencing factors.
Analyse the development of competition, such as market expansion, agreements, new product release and acquisition.
