主题：中国国际供热通风空调、卫浴及舒适家居系统展览会(简称：中国供热展)
展位号
W3-18D
日期
2019年5月6~8日
展馆地址
中国国际展览中心
（中国北京市顺义区天竺裕翔路88号）
简介
作为亚洲暖通行业的盛会，中国供热展覆盖了暖通、建筑给排水、智慧供热、舒适家居等多个产品主题，应用领域涵盖了民用、商用、工业用、农业烘干等，引领暖通全产业链未来发展趋势。
本次展会位于北京中国国际展览中心，规模约116,000m²，使用十个展馆，展出多元、智能、绿色的产品技术。
产品预告
在本次展会上，瀚艺带来了清洁能源供暖系统解决方案，包括低环温热泵机组、低环温热泵螺杆机组、整体水地源热泵机组等“明星产品”，展示了瀚艺的技术优势和高端性能，与您相约中国国际供热展！
低环温热泵机组
搭载知名进口品牌全封闭涡旋压缩机，噪音低、效率高、减少能耗；
Equipped with well-known brand fully closed vortex compressor, low noise, high efficiency, and reduced energy consumption;
采用模块化设计，通过主机对各个模块集中控制，实现自动化运行，无人值守；
The modular design is adopted, each module is centrally controlled by the host to achieve automatic operation and no one is on duty.
配备热回收装置设计，运行范围广。45℃环境制冷/-25℃正常制热，满足100%湿度全年运行。
Equipped with heat recovery device design, 45 ℃ environmental refrigeration / -25 ℃ normal heat production, 100 % humidity meets the year round operation.
低环温螺杆热泵机组
专为北方严寒地区设计，最低可在-40℃的环境温度下稳定运行：更高的需求出水温度、更低的环境使用温度；
Designed specifically for northern cold regions, it can operate steadily at - 40 C: higher water outlet temperature and lower ambient service temperature.
单机双级高温热泵压缩机，低环境温度下能效比高。替代锅炉为国家煤改电全面推广提供技术解决方案；
Single-machine two-stage high temperature heat pump compressor has high energy efficiency ratio at low ambient temperature. Substitution of boilers provides technical solutions for the comprehensive promotion of coal-to-electricity conversion in China.
云端实时监控机组运行状态，PC或手机端远程协助、高效运维。更超前、更到位、更灵活。
The cloud real-time monitoring unit operation status, PC or mobile phone remote assistance, efficient operation. More advanced and flexible.
整体水地源热泵机组
瀚艺水地源一体机采用模块化设计，集采暖、空调、生活热水三位一体；
Modular design is adopted to achieve the integration of air conditioning, ground heating and hot water;
替代传统的冷却塔和锅炉，理论上属于免费可再生能源，比传统空调系统运行效率高40%以上，高能耗、低运行成本；
The replacement of traditional cooling towers and boilers is theoretically a free renewable energy source, which is more than 40 % more efficient than traditional air-conditioning systems, with high energy consumption and low operating costs；
能量稳定、高效节能。实现由低品位热能向高品位热能转移。
Energy stability, high efficiency and energy conservation. Achieve transfer from low-grade heat energy to high-grade heat energy.
