TY - EJOU AU - Di, Chun TI - Research on the Product Logistics Cost Control Strategy Based on the Multi-Source Supply Chain Theory T2 - Intelligent Automation \& Soft Computing PY - 2020 VL - 26 IS - 3 SN - 2326-005X AB - In response to the rapidly changing market environment and adapting to many impacts such as political, economic and technological conditions, supply chain managers are increasingly demanding a high-speed and efficient way to adjust the design to optimize the supply chain structure. In order to facilitate the participating companies in the supply chain to quickly and effectively implement the supply chain design optimization strategy, improve the competitiveness of enterprises and the ability of the entire supply chain to resist risks. Enterprises have gradually reduced the space for enhancing the competitive advantage by reducing raw material consumption, labor costs and increasing production efficiency in production. The high logistics cost is a heavy burden for enterprises. In the face of fierce competition in the industry, how to highlight the core competitiveness of enterprises and expand market share has become an urgent problem for almost all enterprises. Therefore, this paper takes the logistics cost of an electrical appliance as the research object, and systematically studies the logistics cost control problem of the electrical enterprise based on the multi-source supply chain theory. As far as electrical companies are concerned, they quickly find out the problems of the logistics cost control and adopt corresponding cost control optimization methods to bring about good logistics cost reduction effects. At the same time, obtaining corresponding guidance in improving distribution efficiency and a logistics service level, in hopes to improve the attention of the electrical appliance enterprises on logistics cost control, and guide enterprises to establish correct logistics cost management concepts. KW - Control strategy KW - logistics cost KW - multi-source supply chain DO - 10.32604/iasc.2020.013934