Research On Risk Identification And Countermeasure Of Localization Project Of Photovoltaic Enterprise Equipment

In the context of energy revolution and a new round of industrial revolution,photovoltaic power generation is more in line with the situation than traditional power.In the photovoltaic classification,copper indium gallium selenide thin film solar cells are considered to be the most likely replacement for crystalline silicon solar cells with the advantages of excellent performance,high manufacturing integration and large cost reduction.However,since the core equipment used in the copper indium gallium selenide thin film solar cell production line relies on imports,the pre-purchasing and post-maintenance costs are high,and the equipment cost remains high.Therefore,in order to reduce the cost of photovoltaics and promote the development of photovoltaic enterprises,it is urgent to break the monopoly of core equipment technology and implement the localization of photovoltaic equipment.The photovoltaic equipment localization project has high technical difficulty,large capital investment,long manufacturing cycle,involving many subjects,complex projects and potential risks.It is necessary to carry out sufficient risk identification to provide support for the effective development and smooth implementation of the project to improve photovoltaics.The competitiveness of enterprises.This paper first expounds the basic concepts and methods of project risk identification,and points out that the conventional method can not describe the comprehensive risk set of the system as a single model,and then introduces the idea of hierarchical holographic modeling,and the basic concepts and applications of hierarchical holographic modeling.The field and implementation steps are elaborated-and then used as a method for risk identification of photovoltaic equipment localization projects.Secondly,the main body of the photovoltaic enterprise equipment localization project,the composition of photovoltaic equipment,the domestic supply process,and the project implementation resource guarantee are elaborated,and the necessity of identifying the risk of copper indium gallium selenide thin film photovoltaic enterprise equipment localization project and the project possibility The existing risks paved the way for the proposed risk identification and risk control countermeasures.Secondly,combined with the domestic S project equipment localization project case,using the hierarchical holographic modeling idea,through the construction of the model framework,risk set filtering and rating steps to identify and export the key risks of the project.divided into organizational risk,technical risk,capital Three categories of risk.Finally,this paper comprehensively considers the actual situation of the project implementation subject,and proposes risk control countermneasures based on operability.This paper is a practical application of the hierarchical holographic modeling model method.It is an exploration of the risk identification method.The final research results can provide reference and reference for the photovoltaic enterprise equipment localization project and other similar production line equipment localization projects.