动力装备作为复杂机电系统具有应用范围广、连续作业、点多线长、危险因素众多的突出特点，针对目前动力装备存在的全生命周期监测诊断技术缺乏、智能化水平不高、服务支持不足的问题，研究开发了智能动力装备的全生命周期监测和服务支持系统。围绕动力装备全生命周期监测诊断和全生命周期性能优化、维修备件服务构建系统平台，研究了系统中的信息采集管理，动态自适应监测，健康状态预示与评估，故障预警和快速智能诊断、转子远程及现场快速动平衡维护以及智能维修决策等关键技术，最后在用户企业构建动力装备产品全生命周期监测与服务支持的示范基地，为客户提供诊断分析、状态评估、全生命周期设备管理、维修决策支持服务。

As the power equipment is complex electromechanical system with the typical features of wide application range, continuous operation and multiple influence factor, there are some issues such as the lacking of monitoring and diagnosing technology, the low intelligence level and insufficient of service provided. To solve these problems, monitoring and service support system is researched and developed. System platform is constructed to meet the requirement of monitoring, performance optimization and maintenance service in life cycle of power equipment. Subsequently, the key techniques, such as signal collection, dynamically adaptive monitoring, health condition assessment, intelligent diagnosis, rapid balancing of rigid rotor and intelligent maintenance decision, are researched. Finally, demonstration base of monitoring and service support is to be built to provide analysis of monitoring and diagnosis and management of equipment maintenance in user enterprises.

男，山西五寨县人，教授，博士生导师，主要从事智能信号处理、机械故障诊断等方面的教学与科研工作