全球液體泵浦市場與產業發展趨勢

在減少二氧化碳排放及節約能源議題下，各國對於用電量大的馬達及驅動設備陸續推動能效提升措施。泵浦為馬達驅動設備之一，其使用數量多、應用範圍廣，占馬達耗電量可觀，歐美開始實施最低能效管制，以提升產品效率。因應能效管制趨勢及產業未來發展，國際廠商朝向應用永磁、磁阻等新型馬達的泵浦提升效率，結合物聯網技術提升泵浦系統整體性能，及提供整體水處理服務等方面佈局。本文探討液體泵浦的能效管制概況、市場規模以及廠商發展動態，並分析全球液體泵浦的產業與市場發展趨勢。

關鍵字

最低能源效率標準；迴轉動力式泵浦；物聯網

並列摘要

Under the issue of reducing carbon dioxide emissions and energy saving, many countries have been pushing toward energy efficiency management for motors and driven equipment that use large amounts of electricity. A pump is a motor driven equipment, which is widely used and applied in various areas. However, because it accounts for a considerable amount of power being used by the motor, the EU and the United States have implemented minimum energy performance standard management to promote product efficiency. Based on the trend of energy efficiency management and future development of industries, international manufacturers are aiming to improve the efficiency of the pump system with new motors such as permanent magnet and switch reluctant motor, cooperating with the function of Internet of Things (IoT) with pump systems and providing overall water system service. This article will discuss the energy efficiency policies for liquid handling pumps, market size, supplier development and analyze the global market and industry trends for liquid handling pumps.