CAJ | 학술논문

水电站厂房涉及的设备数量多、种类繁杂、信息量大，传统的管理方法存在设备与其台账相割裂的弊端，降低了设备运行与维护的管理效率。为此，本文在集成三维实体建模、场景漫游、碰撞检测、射线拾取、动态材质、三维查询定位、数据库等关键技术的基础上，实现了厂房及设备的可视化仿真、交互漫游与查询定位；结合某水电站工程实例，开发了厂房及设备可视化交互仿真系统，为其可视化管理提供了有效、直观的分析手段。
수전참엄방섭급적설비수량다、충류번잡、신식량대，전통적관리방법존재설비여기태장상할렬적폐단，강저료설비운행여유호적관리효솔。위차，본문재집성삼유실체건모、장경만유、팽당검측、사선습취、동태재질、삼유사순정위、수거고등관건기술적기출상，실현료엄방급설비적가시화방진、교호만유여사순정위；결합모수전참공정실례，개발료엄방급설비가시화교호방진계통，위기가시화관리제공료유효、직관적분석수단。
Equipment in the powerhouse of hydropower station is characterized by large quantity,miscellaneous species and massive information. Traditional management method may cause the separation of equipment from corre-sponding accounts,which decreases management efficiency in the operation and maintenance of equipment. In this paper,key technologies such as 3D solid modeling,scene roaming,collision detection,ray pick-up,dynamic material,3D inquiry and positioning,and database are integrated to realize the visual simulation of powerhouse and related equipment,interactive roaming and information inquiry and positioning. A hydropower station taken as a case study,visual interactive simulation system of powerhouse and equipment is developed,providing an intuitive and effective analysis method for visual management.