智能照明设计培训
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租用续约
Tenant retention
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
案例（德国办公楼）Example (German Office Building):
最低的投入实现最大的物业收入 Maximizing property income at the lowest initial and operating costs
在激烈的竞争中提供独树一帜的 空间 Offering attractive space with differentiating features in a competitive market
办公楼中实现节能面临的挑战
The Energy Efficiency Challenge in Office Buildings
办公楼中实现节能面临的挑战
The Energy Efficiency Challenge in Office Buildings
使用者需求
Tenant Concerns
18%
空调 Cooling
18%
办公楼能耗分析
Office Building Energy Use
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)
●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
节能应用解决方案
Our Energy Efficiency Application Portfolio
室外照明 Outdoor lighting
? 微光感应器 Twilight switch outdoor lighting
? 定时 Scheduling
? 根据太阳角度自动控制 Follow sunrise / sunset
? 现场面板控制 Task/ambient lighting with manual control by end-users
楼宇中灯光控制的节能方案
Energy Efficient Lighting Control for Buildings
主要内容
What I will share during this seminar:
?办公楼中实现节能面临的挑战
The Energy Efficiency Challenge in Office Buildings
Load Shedding
? 通风控制 Ventilation on demand
办公设备
Office Equipment
室外照明
3% 供暖
Outdoor Lighting
Heating
5%
2%
通风
Ventilation 13%
室内照明 Indoor Lighting 41%
其它 Miscellaneous
空调/通风 Energy loads / HVAC
Βιβλιοθήκη Baidu? 室内温度控制 Room temperature regulation
? 定时 Scheduling
? 通过百叶帘控制 降低空调消耗
Reduced HVAC cooling / heating load through blind control ? 负载检测
千瓦小时/平米 kWh/m 2a
热水 Warm water
灯光 Lighting 制冷 Cooling 供暖 Heating
灯光节能60％ 60% Electric energy savings in lighting
m2
空调节能45％
45% Electric energy
savings in climate
室外照明 3% 供暖
Outdoor Lighting
Heating
5%
2%
通风 Ventilation
13%
室内照明 Indoor Lighting 41%
其它 Miscellaneous
18%
空调 Cooling
18%
●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%
业主需求
Building Owner Concerns
控制能耗帐单 Controlling the energy bill
灯光控制、空调控制简单舒适 Comfort – simple end use control of light, temperature and air
安全 Security
灵活方便 Workshop and office flexibility with short lead times
technology
传统建筑
应用智能控制系统
供暖节能25％ 25% Electric savings in heating
节能应用解决方案
Our Energy Efficiency Application Portfolio
最新数据
Did you know ?
办公设备
Office Equipment
?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!
Tenant retention
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
案例（德国办公楼）Example (German Office Building):
最低的投入实现最大的物业收入 Maximizing property income at the lowest initial and operating costs
在激烈的竞争中提供独树一帜的 空间 Offering attractive space with differentiating features in a competitive market
办公楼中实现节能面临的挑战
The Energy Efficiency Challenge in Office Buildings
办公楼中实现节能面临的挑战
The Energy Efficiency Challenge in Office Buildings
使用者需求
Tenant Concerns
18%
空调 Cooling
18%
办公楼能耗分析
Office Building Energy Use
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)
●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
节能应用解决方案
Our Energy Efficiency Application Portfolio
室外照明 Outdoor lighting
? 微光感应器 Twilight switch outdoor lighting
? 定时 Scheduling
? 根据太阳角度自动控制 Follow sunrise / sunset
? 现场面板控制 Task/ambient lighting with manual control by end-users
楼宇中灯光控制的节能方案
Energy Efficient Lighting Control for Buildings
主要内容
What I will share during this seminar:
?办公楼中实现节能面临的挑战
The Energy Efficiency Challenge in Office Buildings
Load Shedding
? 通风控制 Ventilation on demand
办公设备
Office Equipment
室外照明
3% 供暖
Outdoor Lighting
Heating
5%
2%
通风
Ventilation 13%
室内照明 Indoor Lighting 41%
其它 Miscellaneous
空调/通风 Energy loads / HVAC
Βιβλιοθήκη Baidu? 室内温度控制 Room temperature regulation
? 定时 Scheduling
? 通过百叶帘控制 降低空调消耗
Reduced HVAC cooling / heating load through blind control ? 负载检测
千瓦小时/平米 kWh/m 2a
热水 Warm water
灯光 Lighting 制冷 Cooling 供暖 Heating
灯光节能60％ 60% Electric energy savings in lighting
m2
空调节能45％
45% Electric energy
savings in climate
室外照明 3% 供暖
Outdoor Lighting
Heating
5%
2%
通风 Ventilation
13%
室内照明 Indoor Lighting 41%
其它 Miscellaneous
18%
空调 Cooling
18%
●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%
业主需求
Building Owner Concerns
控制能耗帐单 Controlling the energy bill
灯光控制、空调控制简单舒适 Comfort – simple end use control of light, temperature and air
安全 Security
灵活方便 Workshop and office flexibility with short lead times
technology
传统建筑
应用智能控制系统
供暖节能25％ 25% Electric savings in heating
节能应用解决方案
Our Energy Efficiency Application Portfolio
最新数据
Did you know ?
办公设备
Office Equipment
?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!