Analysis On The Influence Of DSM On Power Saving Strategy Of Typical Power User

Demand Side Management(DSM)is a kind of energy management and management measures which are widely implemented at home and abroad.It is based on the origin of power demand side management and the domestic Research and implementation of the status,mainly from the following three aspects of the study.(1)The implementation of DSM and the electricity pricing system based on DSM.This thesis introduces the main measures and measures for the implementation of electric power demand side management,which are generally divided into price means,technical means,administrative means,guiding means and so on.Price means mainly to adjust the price structure,the demand side of the auction,energy saving and energy saving,etc.,to encourage users to adjust the electricity,electricity,electricity,equipment,load management.Among them,the peak-valley time-of-use price is the most widely practiced in the economic management of all power demand side.It is of great significance to reduce the load fluctuation of the power system and increase the load rate of the power system.At the same time,the power users can also get the economic Of the benefits.Electricity price as a key supplier of power supply companies and power users "bridge" in the electricity market supply and demand balance has an important position,therefore,peak and valley time-of-day price mechanism for the development of electricity prices at all times whether the rational implementation of power demand side management key influences.(2)Peak-valley time-of-use price decision-making model considering the comprehensive satisfaction of users’ electricity consumption.At present,many regions in China have implemented the peak-valley time-of-use tariff mechanism,and the establishment of electricity price decision-making model focuses on the role of users to reduce the peak and valley difference,while ignoring the user’s response to electricity prices Positive degree and user satisfaction.Based on the response of the user to the price of electricity,the peak-valley price elasticity matrix is formed.Considering the satisfaction degree of the electricity consumption and the satisfaction of the electricity consumption,the optimal decision model of the peak-valley time-of-use price is established,and the joint optimization model Which is based on the load data of a large industrial user.The results show that the optimized model can reduce the difference between the peak and the valley,And improve the user’s overall satisfaction.(3)Analysis on Power Saving Strategy of Typical Power Users Based on Power Demand Side Management.Power demand side management can optimize the allocation of energy and power resources,reduce the peak and valley difference to improve the power system security,stability,enhance the overall social benefits.Based on the theory of power demand side management and power user response theory,this paper studies the load characteristics and demand response of typical power users,such as hospitals,government agencies and schools,and analyzes the typical power users of public institutions,commercial buildings and high power consumption industries The power saving strategy,and finally a public institutions and commercial buildings of the energy-saving examples of the demand side management analysis and evaluation of the results.