智能灯光感应模组

智能灯光感应模组

  • 智能灯光感应模组
    ART/120CP
    20111107 - 20130430
    9227

    吴恩柏博士
    At the end of this project, functional prototypes and following documentations / reports will be delivered which may be released with the licensing to our customers for their own mass production. Details of the deliverables are shown as below: 1. Functional prototypes: a) Intelligent sensing lighting control SiP module platform and LED lamps, such as LED corridor lamps, streetlamps, or other outdoor lighting fixtures, which can be integrated with the sensing module. b) False alarm immunization algorithm. c) Plug and play adaptation with wireless control network (mesh network). 2. Functional prototypes will be tested with industrial standards 3. Functional prototype demonstration to be showcased in selected site of government department such as the Housing Authority (HA) properties or private company for system evaluation (The exact location will be confirmed later) and subsequent technology promotions. 4. Design documentations and the reports: a) Full report and documentation on the proposed system. b) Performance evaluation report utilizing one of the government department such as Housing Authority properties or a private company. c) Testing reports
    Champion Source Ltd. [赞助机构] 香港城市大学 香港房屋协会 房屋署 利安环保科技有限公司 Logic Token Enterprises Ltd. [赞助机构] 晶门科技有限公司 科传系统有限公司

    现今环保成为重大议题,促使民众或政府机关皆逐渐重视节能减碳的问题。根据统计照明所消耗的电能约占全球用电量的17.5%,而香港机电工程署(Electrical and Mechanical Services Department , EMSD)的纪录显示也有12%以上的照明电量消耗。另一方面,目前低效能光源如HID与卤素灯,其所产生之废热也导致相关空调冷却不必要之损耗。因此,为了增加光源效能及减低废热的影响,从而降底整体照明成本,减少电能损耗,进一步达到低碳足迹的环保要求, LED 光源将是目前最佳的选择方案。无线照明控制系统能透过调时调光等功能加强LED节能的效果。此控制系统会组成一个无线网络,可以集中监视和控制。此外,无线照明控制系统亦有助於减少电缆使用,降低安装成本。应科院提出此解决方案,用以提高现有的无线照明控制系统的能力。针对现有无线模块系统提出的改进方案,加入微波运动感测功能,以达到降低成本(↓55%)和减少体积(↓50%)的需求。本系统有助於控制检测指定区域的照明亮度,方案中的固件设计(信号分析)可以防止微波传感器误报。因此,无线传感器和无线照明控制系统结合在同一个网络系统,将是一个高效整合与低成本的设计,同时也对照明提供有效的节能利用,达到低碳足迹的政府策略。