翻译成英文：画面对应时间板块开场磁动未来洞察时代发展锐变。约克自1998年自主研发磁悬浮技术依托其无接触、无摩擦、无磨损无需润滑油的技术优势以科技远见助推绿色发展变革。YMC²磁悬浮变频离心式冷水机组开创约克磁悬浮时代。首次应用约克反置运行技术为低温制冷提供创新解决方案为能源利用的提升带来了全新可能。率先使用变频+VGD形式运行范围更宽。整体IPLV提升28迈出约克能源革新第一步。YZ磁悬浮变频离

Translation: Screen matching, time blocks, opening, magnetic future, insight into the sharp changes in the era. York, since 1998, independently developed magnetic levitation technology and relied on its technical advantages of contactless, frictionless, non-wearing, and no need for lubricating oil to promote green development and transformation with technological foresight. YMC² magnetic levitation variable frequency centrifugal chiller sets a new era for York's magnetic levitation. It is the first time that York's reverse operation technology has been applied, providing innovative solutions for low-temperature refrigeration and bringing new possibilities for energy utilization improvement. It is the first to use frequency conversion + VGD form, with a wider operating range. The overall IPLV has increased by 28%, marking the first step in York's energy innovation. YZ magnetic levitation variable frequency centrifugal chiller inherits technology and constantly seeks ultimate performance solutions. It innovatively adopts the new environmentally friendly refrigerant R1233zd, with a GWP value of only 1, pursuing the dual goals of efficient energy utilization and environmental protection. York deeply explores the characteristics of new refrigerants, gathers more than 100 patented technologies, and fully leverages the strength of expert customization to achieve the ultimate performance improvement of COP7.3 and IPLV12.2, laying a forward-looking layout for efficient and low-carbon development. YMS magnetic levitation variable frequency centrifugal chiller adheres to the low-carbon design concept. The light and compact body with a near golden ratio design structure is lightweight and flexible, adapting to more building layouts. It meets the needs of building energy transformation and green transformation, injecting new vitality into the life of buildings. It adopts small load optimization technology to effectively improve partial load performance. In combination with technological and structural optimization, it further strengthens system performance and provides strong support for the green and sustainable development of cities. York, with its innovative applications in year-round cooling, ice storage, heat pumps, and other working conditions, actively practices the "dual carbon" strategy, empowers low-carbon development in different industries, and leads the future of green and livable cities.