首页|建立在波特菱形理论上的中国电炉企业对外贸易竞争优势分析

建立在波特菱形理论上的中国电炉企业对外贸易竞争优势分析

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当涉及国家的贸易发展水平时,贸易竞争优势被认为在一定程度上起着决定性的作用.然而,目前关于国家贸易竞争优势的分析研究存在着不完善的问题.为此,本研究利用波特菱形理论对中国电炉企业对外贸易竞争优势展开深入分析.在探讨波特菱形理论的基础上,从生产要素、需求条件、相关产业配套和企业发展战略等方面研究中国电炉企业对外贸易竞争力.再对波特菱形理论和竞争力分析结果进行充分利用,从贸易机会、产业结构等方面进行详细分析,以判断中国电炉企业对外贸易活动所具有的竞争优势.通过综合考量,以深入了解中国电炉企业在全球贸易竞争中的地位和潜力,实现全面评估中国电炉企业在国际市场中的竞争优势的目标,以为其未来的发展提供战略指导.
Analysis of the Competitive Advantages of Chinese Electric Furnace Enterprises in Foreign Trade Based on Porter's Diamond Theory
When it comes to the level of trade development of a country,trade competitive advantage is considered to play a decisive role to a certain extent.However,there are currently incomplete issues in the analysis and research of national trade competitive advantages.There-fore,Porter's diamond theory is used to conduct an in-depth analysis of the competitive advantages of Chinese electric furnace enterprises in foreign trade.On the basis of exploring Porter's diamond theory,it studies the foreign trade competitiveness of Chinese electric furnace enter-prises from aspects such as production factors,demand conditions,related industry supporting facilities,and enterprise development strate-gies.Further utilizing the Porter diamond theory and competitiveness analysis results,a detailed analysis will be conducted from aspects such as trade opportunities and industrial structure to determine the competitive advantages that Chinese electric furnace enterprises have in their foreign trade activities.Through comprehensive consideration,we aim to gain a deeper understanding of the position and potential of Chinese electric furnace enterprises in global trade competition,and achieve the goal of comprehensively evaluating their competitive advantages in the international market,providing strategic guidance for their future development.

Porter's diamond theoryelectric furnace enterprisestrade competitioncompetitive advantage

邵雨薇

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西安交通大学城市学院,陕西 西安 710018

波特菱形理论 电炉企业 贸易竞争 竞争优势

陕西省自然科学基础研究计划资助项目陕西省教育厅科学研究计划项目陕西省社科联科学研究计划项目

2023-JC-QN-081022JK01132022HZ1197

2024

工业加热
西安电炉研究所有限公司

工业加热

CSTPCD
影响因子:0.257
ISSN:1002-1639
年,卷(期):2024.53(9)
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