欧纳ONA智能客控系统方案书 - 图文

ONA智慧酒店系统

CSRIO, and reaches a high level in the field of remote intelligent management control,industrial automatic control,computer software,single chip circuit design,embedded ARM,and data communication.

The latest“ONA-135N Hotel Energy Management System” has been used by nearly 100 hotels and acquired an obvious effect on energy-saving.

公司部分证书： Certificates:

— 5 —

ONA智慧酒店系统

产品欧盟CE认证

三、ONA智慧酒店节能分析

国家权威部门提供的数据显示。在高星级酒店中，能源费用占总营业额5%-9%左右。据悉，据统计资料显示:如果酒店有能源监测及维护计划,每年会节约能源总耗的8%;如果酒店应用了完善的智能客控系统方案,那么酒店将会节省能源总耗的12%左右。

因此，在激烈竞争的市场环境下，采用技术创新手段，通过信息化系统提供的能耗基础数据制定合理的成本控制策略，能够有效提高企业能源管理水平，降低企业经营成本。其中，智能酒店控制系统就是对节约酒店宾馆行业运营成本，提高行业竞争力有效方式之一。 照明系统节能效果分析

1） 客房RCU无线AP集成技术

Room Control Unit(RCU) and Access Point(AP) integrated technology

国内第一家采用智能客控AP集成技术，并获得专利认证。真正意义上实现WIFI AP热点覆

— 6 —

ONA智慧酒店系统

盖功能，同时具备餐厅及走廊及会议室等场所的无线WIFI覆盖功能。

此专利技术可为酒店省去客房无线AP覆盖费用，根据酒店客房数，节省大量资金一般在5-50万元。

The company combined intelligent room control with AP integrated technology firstly in China and got the patent, which made the WiFi can be able to cover the whole hotel once for all and saved 50,000 to 500,000 yuan for hotel. 2） 智能取电效益

Effectiveness of taking electricity intelligently

酒店客房应设置总控开关，便于客人一键关闭所有的电源，方便快捷且减少能源浪费。由于智能身份识别器（取电开关）有身份智能识别功能，其他卡片或纸片等不能取电，提高了能源使用效率。例某200 间客房的五星级酒店，一般标准客房的电器配置总功率约为1.5KW，每个房间平均每天节约用电1小时，按年平均出租率80%，电费1元/度，该酒店每年可节省电费约：200×1.5×1×365×80%×1＝87600元/年。

There should be a master control switch for guest to turn off all power supplies with one click which is not only convenient but also saves energy. Due to the smart ID identifier can recognize the guest,cards of others could not take electricity which could save energy.For example,for a five-star hotel with 200 rooms,aggregate capacity of electric appliance in a general standard room is about 1.5kw,as annual average occupancy rate of 80% and electric charge of RMB1 per degree to calculate,the hotel would save about RMB87600 per year if every room saves electricity one hour every day,that is 200×1.5×1×365×80%×1=87600 RMB/year. 3） 智能红外联动效益

Intelligent infrared linkage benefit

本系统具有智能红外探测功能，当探测到客人离开，卫生间电器90秒后自动关闭功能（关闭时间系统可调）。假设卫生间所有电器总功耗为100瓦，60%的客人没有关闭卫生间灯、排气扇等设备的习惯，客人在房间时间每日平均为12个小时/日，使用卫生间的时间为每日平均2小时，每度电价为1元，以200间客房、年平均出租率80%计算节能效益如下：节约能耗开支=200间房×80%开房率×1元/度×0.1KW×（12-2）小时×60%=96元/日 ；每年节约电费：365日×96元/日=35040元/年。

The system possesses a function of intelligent infrared detection,the electric appliance would switch off automatically in 90 seconds if there were nobody in rest room.Assumes that the total power consumption in a bathroom is about 100 watts,60% guests have no habits to turn off the lamps and exhaust fans,and a guest spends 12 hours in the room and 2 hours in the rest room in a day,as electric charge of 1 yuan per degree to calculate,the energy-saving benefit of a hotel with 200 rooms and 80% annual average occupancy rate equals to 200rooms×80%occupancy×1RMB/degree×0.1KW×（12-2）h×60%=96 RMB/day,which means the hotel could save 365×96=35040 RMB/year.

3）本系统具有光照度检测功能，当房间内光照度达到预定值时，房间内指定灯具不启动。假设房灯功率为50瓦，客人在房间时间每日平均为4个小时/日，每度电价为1元，以200间客房、年平均出租率80%计算节能效益如下：节约能耗开支=200间房×80%开房率×1元/度×0.05KW×4小时=40元/日 ；每年节约电费：365日×40元/日=14600元/年。 如果是已经采用智能控制的酒店，这种浪费会大大减少.

The system possesses a function of illuminance detection,the designate lamps wouldn’t work if the intensity of illumination reaches its desired value. Supposes

— 7 —

ONA智慧酒店系统

that the power of lamps is 50 watts and a guest spends 4 hours in the room in a day,as electric charge of 1 yuan per degree to calculate,the energy-saving benefit of a hotel with 200 rooms and 80% annual average occupancy rate equals to 200rooms×80%occupancy×1yuan/degree×0.05KW×4h=40yuan/day,so the hotel can save 365×40=14600yuan/day. 2、空调系统节能效果分析

The analysis of energy-saving effect of the air conditioning system 1）定时定温智能控制

Intelligent control of time and temperature

在酒店电能消耗中，空调是耗能大户，热水供应次之，而照明用电量排在第三位。空调系统的用电量约占整个酒店用电量约40%～50%左右，而环境温度每节约1℃，在冬天可以节约整个酒店能源消耗的9%，在夏天节约的能源占12%。环境温度是指在在冷暖通风系统工作的时候，比如：在夏天室内的平均温度为22℃，如果采用智能节能控制的方法，使客人在睡眠状态室温提高2℃，反之在冬天客人睡眠状态室温降低2℃，这样不仅没有降低客人的舒适度，同时可以使整个酒店的能源消耗节约了近20%左右。所以，对空调耗电的智能控制是非常有必要的。 Power consumption of the air conditioning system accounts for 40%-50% of the whole hotel’s.However,the hotel can save energy about 9% in winter and 12% in summer with 1℃-saving of environment temperature(the temperature when the cool and heat ventilation systems work). For example,the average indoor temperature is around 22℃ in summer,we may increase 2℃ in summer and decrease 2℃ in winter when guests fall asleep by taking intelligent energy-saving control

酒店确定不同时段、不同区域的温度要求，并通过智能酒店系统严格执行。同时，室内温度的变化对空调系统的能耗有较大影响；温度在24～28℃和湿度在40%～60%的环境下，人体感觉最为适宜。于是，根据客人的舒适度要求建立温度标准，建立一套完善的智能酒店系统，不但满足客人需要，也能大大节约能耗。例如，酒店的室内温度控制在17～28℃之间，相对湿度控制在40%～70%之间，夏季取高值，冬季取低值。

The hotel needs to confirm different requests of temperature in different time and area and to execute them strictly through Intelligent Hotel Control System. Generally,the most appropriate temperature for human body is 24～28℃ and humidity is 40%～60% while the change of indoor temperature has a great influence on the air-condition power consumption so that it’s very important for hotel to set up a completed system

智能酒店控制系统中房间空调温度是完全由管理电脑来预设控制的，有效防止客人将空调温度打的过低（夏季）或过高（冬季）而耗能，同时也彻底避免了房间无人时空调处于失控状态，而且在客人入睡后适当调高空调温度，通过对空调的系统化的有效控制可降低约40%的空调能耗。经验表明，冬季室内温度上升1度或夏季室内温度下降1度，空调设备成本的投资可下降6%左右，而运行费用则可减少8%左右。 例：某200 间客房的五星级酒店，平均每间/天客房空调耗电12度，每度电1元，全年使用空调时间按9 个月算，则为酒店节约：12×1×270天×200×40% =259200.00 元/年。 2）空调智能联动控制

Intelligent gang control of air-condition

可完整编写程序的自动数码温度控制器，可方便地按时间段或是按各种模式对空调进行控制，达到良好的节能效果。

监控客房门状态与智能被动红外动态传感器的配合实现客房有人/无人的判断，按一定的算

— 8 —