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The article reveals the concept and content of globalization. It is emphasized that in modern conditions, the concept of «globalization» has entered scientific circulation along with the key categories of modern science and has become the subject of wide discussions.
The article is devoted to the peculiarities of state administration under the conditions of globalization. It is indicated that the sphere of public administration is affected by several processes at once – adaptation, transformation and modernization. Adaptation is a forced process of adjustment, adaptation and arrangement of the state administration system of the national state to the qualitatively new processes of globalization. Transformation is a mechanism for reflecting the radical changes that the world and each national system of public administration are undergoing in the context of globalization. Modernization is one of the options for social development, which simultaneously improves and accumulates quantitative and qualitative changes in the state administration system in the context of globalization. These processes are the main basic factors of the transformation of the modern world, according to them the national state and its system of public administration are changing. It is emphasized that the factor of public administration is an indicator of the extent to which the modern national state is able to resist or adapt to the processes of globalization.
The main problems of globalization in modern conditions and their impact on the sphere of public administration are revealed. It is emphasized that globalization puts forward new requirements, which should become effective and efficient means of solving complex contradictions that arise in the course of the joint functioning of national states in the world space.
The influence of governmental and non-governmental organizations on management processes is shown. It is indicated that the main mechanism of activity of international non-governmental organizations in the period of globalization is the mobilization of the opinion of the world community.
It has been proven that at the current stage, globalization leads to a kind of «updating» of the structure of the world, and as a result – corrects national systems of state administration. In addition, it changes the strategies of economic, political and cultural development, creating a complete interdependence of the world, which is the basis of its functioning. The growing rates of interdependence unify and standardize the conditions and factors of the development of individual states, acting as peculiar indicators of determining the level of sustainability of the development of national states.

In the renewable energy consumption scheduling, due to the large fluctuation of wind power output, the renewable energy consumption rate is low, and the energy consumption scheduling effect is poor. Therefore, a new renewable energy consumption scheduling model based on quantitative feedback theory is designed. For the first time, calculate the output response of wind power generation, obtain the output change rate of the wind farm at the time scale, and determine the response curve of wind power generation according to the power generation process is divided into three stages: the initial stage, the peak stage and the end stage, and the response output during the peak period, so as to obtain the transfer rate of output during the peak period. Build a mathematical model of renewable energy power generation, calculate the output state of wind power generation, and analyze the output characteristics of renewable energy storage system; Secondly, the objective weight coefficient of renewable energy consumption is determined by using quantitative feedback theory, the objective function of renewable energy consumption is constructed, the power injected by parameter nodes is determined, the quantitative feedback controller is designed by using loop shaping technology, the control structure of two degrees of freedom is determined, the objective function of renewable energy consumption is constructed, and the constraint range of renewable energy consumption capacity is determined according to static constraints such as current constraints and voltage constraints; Then, the quantitative feedback theoretical controller is designed, the input and output transfer functions of the consumption system are determined, and the renewable energy consumption scheduling model is constructed. The renewable energy consumption scheduling model is solved by particle swarm optimization through a variety of index parameters in the renewable energy consumption determined by the QFT controller. The experimental results show that the proposed model can effectively improve the renewable energy consumption rate and optimize the consumption scheduling effect.