System Analysis And Operation Control For Energy Consumption Of Road Logistics

Along with the socioeconomic development, population increasement and the improvement of humanity living standards, the worldwide energy consumption is rising. As a subsystem of the socio-economic system, the logistics industry is one main areas of the energy consumption.Logistics activities is correlatived with socio-economic development each other. The modern logistics is the backbone of economic development; and the economic development would come about the increase in the logistics gross. Frequent logistics activities will increase energy consumption, air and rubbish pollution, traffic congestion and so on. Therefore, it has also had a negative impact on the socio-economic sustainable development. In the 21th century, the major crises, such as resources shortage, excessive energy consumption, environmental worsening, are much distinctly. The road logistics is an industry with not only large energy consumption, but also much noise, emissions and other serious damage to the environment, which development faces with a very strong constraint inevitablely.Under the direction of sustainable development, by the modern scientific theories and techniques, the thesis makes some research on the energy consumption of road logistics system for the structure analysis, system optimization, dynamic simulation and control, gray relational evaluation, to complete the theory research on energy consumption of logistics systems. The content is as follows:(1) Partâ… is the introduction and overview of the status quo (Chapters 1 and 2). It includes research background, research framework, research methods, and the related research fields both at home and abroad about the study.(2) Partâ…¡is the systemic analysis of energy consumption of road logistics (Chaper 3). Based on the statistical data, the energy consumption of China logistics structure and consumption is revealed. The correlation chart of the energy consumption of the logistics structure reached is given. Based on the system identification techniques, the structure model of the energy consumption of road logistics system and related research are completed.(3) Partâ…¢is the optimization study of energy consumption of road logistics system (chapters 4 and 5). Based on the systemic analysis above, the optimization model of energy consumption is established on three different aspects of the objectives, i.s. the macro-level, the planning stage and the application. The model algorithm and applications are given too. Then, based on the model and optimization model for energy consumption, the study on the system dynamics theory and simulation is made. The control model for the energy consumption of road logistics system operating is build, and the operation in response to the realization of the model and analysis.(4) Partâ…£is the association study about the energy consumption of road logistics systems (chapters 6). The evaluation index system for energy consumption in the road logistics based on modern logistics and supply chain management are build. The in decision-making management system of the energy consumption of road logistics is determined. The Case of China and Henan about the correlation between the energy consumption volume and the related index of road logistics is calculated and analyzed.(5) Finally, the research trends on the modeling, control and policy are discussed.The applied theoretical research in the thesis will reconstruct logistics fundamental theory from the perspective of energy conservation. The study is hoped to improve the basic guidelines and objectives in efficiency, effectiveness and energy-saving, to help guide the planning and design of logistics engineering, logistics operations and logistics management, technology innovation, and help to standardize the conduct of logistics activities of the whole society, then to promote the healthy development of the logistics industry eventually.