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无线网络具有灵活性高、部署速度快、施工成本低等特点,近年来在民用领域取得飞速发展,从办公室到家庭广泛使用。无线网络在工业领域也开始推广,但是面临信号干扰大、网络速度和带宽无法保证等问题。随着国家对能源问题的重视,EMS(Energy Management System,简称EMS)项目在钢铁、石化、有色等多个行业大力推广,EMS项目涉及面较广,联通多种不同种类网络,面临通信路由复杂、通信接口种类多等情况,结合EMS项目特点,对无线网络在EMS中的应用进行了研究,研究结果对EMS项目实施具有重要参考意义,同时本文研究结果对大中型自动化、信息化工程中应用无线网络也具有重要参考价值。
With its high flexibility, fast deployment and low construction cost, wireless networks have achieved rapid development in the civil field in recent years and are widely used from offices to homes. Wireless networks are also beginning to be promoted in the industrial arena, but are faced with problems such as large signal interference, unavailability of network speed and bandwidth. With the country’s emphasis on energy issues, the EMS (EMS) project is vigorously promoted in various industries such as steel, petrochemical and nonferrous metals. The EMS project covers a wide range of different types of networks and faces complex communication routes , The type of communication interface and so on. Combined with the characteristics of EMS project, the application of wireless network in EMS is studied. The research results are of important reference significance to the implementation of EMS project. At the same time, the results of this paper are applied to large and medium-sized automation and information engineering Wireless network also has important reference value.