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Facility Management

商用中央空调
Facility Management

Managing facilities

采暖通风与空调设施经理负责协调和监督的空调资产的安全,可靠和无害环境的运营。他们管理保养,维修,购置新的设备和能源成本。同时他们负责做这些事情用最有效,考虑成本效益和环保的。
HVAC Facility Managers are responsible for coordinating and overseeing the safe, secure and environmentally sound operations of HVAC assets. They manage maintenance, repairs, new equipment purchases and energy costs. And they're responsible for doing these things in a way that is most efficient, cost-effective and environmentally friendly.

需要解决采暖通风与空调的需求
Addressing HVAC needs

适当的维修空调系统可以产生许多好处。包括降低水电费、提高了服务设备的寿命、使环境更舒适、大厦的住户更健康。
Proper maintenance of facility HVAC systems can result in many benefits. These include lower utility bills, increased service life of the equipment, and better comfort and health for the occupants of the building.

该系统的一个重要组成部分是空气调节设备。高质量的冷却系统是由几十个原始设备制造商提供的。但是标准的个体机所能提供的是有限的,而他们在此过程中消耗大量的电。
One important component of the system is the air conditioning equipment. High-quality cooling systems are available from dozens of OEMs. But standard units are limited in what they can deliver—and they consume large amounts of electricity in the process.

XDX 可以帮助你
How XDX can help

XDX X-Stream阀技术改善了冷却系统的性能,使大厦住户感到更舒适,同时减少能源消耗和对环境的影响。在普通空调机上安装XDX技术可以:
XDX X-Stream valve technology improves a cooling system's performance to make building occupants more comfortable while reducing energy usage and environmental impact. Installing XDX technology on a standard cooling unit can:

  • 帮助个体空调机保持温度一致,同时明显减少冷凝产生。
  • 通过改进蒸发器性能,降低平均建筑温度和较低的湿度,从而增加系统的功率。
  • 为了更舒适的环境,减少环境湿度。
  • 可能使个体空调机更快的达到理想温度。
  • 通过蒸发器独一无二的效率减少了能源需求;个体空调机达到预期温度更快,周期关闭更早,能源消耗大大降低,通常是15%以上。
  • 通过减少能源使用,支持全球绿色倡议。
  • 通过减少设备运行周期,从而降低维修成本和延长设备使用寿命。
  • Help the unit maintain consistent temperatures while producing significantly less condensation.
  • Increase system capacity through improved evaporator performance, lower average building temperature and lower stable humidity.
  • Reduce humidity in the conditioned space for a more comfortable environment.
  • Make it possible for air conditioning units to achieve the desired temperature faster.
  • Slash energy requirements by endowing the existing evaporator with unparalleled efficiency; as the unit comes to temperature faster and cycles off earlier, energy usage is greatly reduced—usually by 15 percent or more.
  • Support global green initiatives by reducing energy usage.
  • Decrease maintenance costs and extend equipment life by reducing operating cycles.