Research On The Evolution Mechanism And Synergy Evaluation Of The Collaborative Innovation Network Of Energy-intensive Industrial Clusters

At present,the traditional energy intensive industries are facing the situation of overcapacity and it is urgent to carry out the task of industrial transformation and upgrading through technological innovation.After years of continuous development of circular economy and energetic construction of eco-industrial chain,a network of energy intensive industries has gradually formed between the energy intensive industry(metallurgy,chemical industry,building materials,thermal power,etc.).Therefore,energy intensive industries should expand network organizations,and vigorously build collaborative innovation network organizations in order to achieve the objectives and requirements of industrial restructuring and upgrading.As the main force in the manufacturing industry,the energy intensive industries are the key links for effectively enhancing the advancing of China's manufacturing industry.Technological innovation and collaborative technological innovation are the fundamental driving force to promote the evolution of the collaborative innovation network in energy intensive industries.This is the starting point and purpose of this collaborative innovation network model of energy intensive industries.Based on the collection of a large number of domestic and foreign literatures,this thesis uses the theory of cooperative innovation of industry cluster,synergetics theory and self-organization theory to analyze the motivation of collaborative innovation network of energy intensive industry,put forward the concept and further build a conceptual model of energy intensive industrial collaborative innovation network.Through the deconstruction of the co-innovation network of energy intensive industry,the internal structure of co-innovation network of energy intensive industry is analyzed from the three dimensions of point,line and surface.According to the different roles played by each subject in the co-innovation network,a collaborative innovation networks model in energy intensive industries is divided into three levels: the subjective behavior layer,the absorption of conversion layer and resource access layer.From the perspective of technological innovation,it analyzes the evolution mechanism and puts forward a view that through the application of technology subsystem,R & D subsystem and support service subsystem to produce synergistic driving force to promote the evolution of innovation network and achieve industrial upgrading,presents a new evolving structural model of collaborative innovation network.In order to measure the level of synergy among subsystems,this paper constructs the structural model and evaluation index system of collaborative innovation network evolution in energy intensive industries to analyze the evolution process.Using order parameters to construct multi-level evaluation index system,and builds order model of subsystem degree and system coordination degree model for quantitative evaluation.With the example of Baosteel enterprise,a fully representative steel advanced enterprise group,analyze its formation,evolution process and current level of the collaborative innovation network.It is concluded that the series of models constructed can better reveal and reflect the evolutionary process,level and weakness of recycling economy co-innovation network of Baosteel enterprise.This study provides a valid basis for judging the development of collaborative innovation activities in energy intensive industry.It can accurately identify the main influencing factors and establish a scientific enterprise technological innovation system,the construction of technology innovation system can adapt to the target of energy saving and emission reduction process,andproduce the synergistic effect of network optimization and promote the synergistic development of innovative activities in energy intensive industry.