Research On Campus Street Lamp Energy Saving System Based On IPv6

At present,the state issued the "13th Five-Year" energy-saving emission reduction work notice proposed in the optimization of industrial and energy structure,accelerate the development of a new generation of information technology in energy saving and environmental protection industry requirements.As a new generation of information technology,the next generation Internet protocol plays an important role in the new round of industrial upgrading.Therefore,based on the research of IPv6 campus network,it not only can save energy consumption,but also can promote the application of the next generation Internet Protocol in the emerging industries.In this paper,based on the indoor positioning technology and the campus IPv6 communication technology,based on the idea of location-based services on the basis of the location of the proposed service lighting,intended to promote the development of the concept of energy-saving emission reduction.The positioning of the indoor positioning technology to achieve Android handheld smart devices of indoor lighting area of the target staff,and implement the Android intelligent terminal and the indoor lighting control terminal position information transfer between the campus IPv6 network communication technology,indoor lighting control terminal position information according to received,the control personnel associated with the target position information lights,as the goal to provide lighting services based on locationThe main work of this paper includes:1)The paper studies the networking mode of IPv6 campus network in different universities,and the method of accessing IPv6 network with different network devices;2)Improved the fingerprint localization algorithm and constructed the Wi Fi signal distance attenuation model;3)The street lighting model is designed,and the control software is developed.Based on the above work,a prototype of indoor lighting based on location service is realized.The experimental results show that the method is effective and can improve the efficiency of energy utilization.