智能照明设计培训.pptx

楼宇中灯光控制的节能方案Energy Efficient Lighting Control for Buildings ;办公楼中实现节能面临的挑战 The Energy Efficiency Challenge in Office Buildings 节能应用解决方案 Our Energy Efficiency Application Portfolio 具体设计，实施 The Specific implementation 办公楼灯控的高效节能方案 Schneider Ultra Terminal functions at building control: consolidate your Energy Efficiency at the building level! ;;;室内灯光通常是节能的最大潜力所在Indoor Lighting is Usually The Principal Electric Energy Saving Potential ;;对于业主来说节约30％的能耗等于增加5％的运营收入和房产价值 For a building owner, reducing energy use by 30% is?equivalent?to increasing net operating income and building asset value?by?5% 对于典型2万平方米的办公楼来说，节约30％的能耗等于每年节省20万RMB的运营成本 Reducing?energy?use?by 30% lowers operating costs by €20,000 per year for every 4,600 square meters of typical office?space ; 室内照明 Indoor lighting 人体感应器 Presence detectors in intermittently used spaces 定时控制 Scheduling 恒照度控制 Daylight harvesting(constant light control) 现场面板控制 Task/ambient lighting with manual control by end-users;节能应用解决方案：关键在于灯光控制Our Energy Efficiency Application Portfolio : Focus on Lighting Control;定时控制 － 非工作时间适当关闭相应设备 Time Scheduling - An entire building does not need to run at a 100% comfort setting if only a few occupants are in a given area! 实时灯光控制 － 根据自然光源强度适当调整灯光与遮阳系统，以最大化使用自然光源 Constant Light control - optimize the light level shutter/blinds position to take maximal benefit of the availability of natural light, without compromising energy efficiency;节能比较定时管理;智能照明能用来做什么;中央控制 独立控制 多点控制 多种控制效果结合 定时、场景、开关 。。。。。。等等;智能照明控制灯源分类; 开关类控制（非调光） ;调光类型 白炽灯 Incandescent 卤钨灯 Halogen 通常有三类： 220V可直接调光 低压12V可调光变压器 低压12V非调光变压器只能做开关控制 ; 不同光源的控制分类; 现代照明控制的新要求;智能照明系统组成;;;;;节能比较定时管理;节能比较人体探测;节能比较人体探测;节能比较自然光利用;节能比较全面控制管理;通过整合独立的应用，整合节能效果 By combining standalone applications, you combine the savings! 灯光控制节能组合 Example of savings achieved by combining lighting