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## Action
### URL
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## Media
### Floorplan
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### Body
htmlText_4ACADFB7_363A_EA08_41C8_42A0BBBB5A66.html = CABD - DTMB TV Signal in HK and its Measurement
To understand the digital terrestrial television broadcasting in HK.
To understand the basic components and technical requirements of IBCCDS.
Use of TV analyzer for Digital TV signal parameters measurement.
To calculate the transmission loss / attenuation in coaxial cable systems.
公共天線系统-香港的地面數位多媒體廣播電視信號及其測量
了解香港的數字地面電視廣播。
了解IBCCDS的基本組件和技術要求。
使用電視分析儀進行數字電視信號參數測量。
計算同軸電纜系統中的傳輸損耗/衰減。
CABD - DTMB TV Signal in HK and its Measurement
To understand the digital terrestrial television broadcasting in HK.
To understand the basic components and technical requirements of IBCCDS.
Use of TV analyzer for Digital TV signal parameters measurement.
To calculate the transmission loss / attenuation in coaxial cable systems.
公共天線系统-香港的地面數位多媒體廣播電視信號及其測量
了解香港的數字地面電視廣播。
了解IBCCDS的基本組件和技術要求。
使用電視分析儀進行數字電視信號參數測量。
計算同軸電纜系統中的傳輸損耗/衰減。
CABD - DTMB TV Signal in HK and its Measurement
To understand the digital terrestrial television broadcasting in HK.
To understand the basic components and technical requirements of IBCCDS.
Use of TV analyzer for Digital TV signal parameters measurement.
To calculate the transmission loss / attenuation in coaxial cable systems.
公共天線系统-香港的地面數位多媒體廣播電視信號及其測量
了解香港的數字地面電視廣播。
了解IBCCDS的基本組件和技術要求。
使用電視分析儀進行數字電視信號參數測量。
計算同軸電纜系統中的傳輸損耗/衰減。
CABD - DTMB TV Signal in HK and its Measurement
To understand the digital terrestrial television broadcasting in HK.
To understand the basic components and technical requirements of IBCCDS.
Use of TV analyzer for Digital TV signal parameters measurement.
To calculate the transmission loss / attenuation in coaxial cable systems.
公共天線系统-香港的地面數位多媒體廣播電視信號及其測量
了解香港的數字地面電視廣播。
了解IBCCDS的基本組件和技術要求。
使用電視分析儀進行數字電視信號參數測量。
計算同軸電纜系統中的傳輸損耗/衰減。
Energy Management using Building Management System
Building Management System are commonly used in buildings nowadays. There are many brands and product of Building Management System. ORACview is a graphics interface software which serves compiling the building services system strategic components and its attributes for monitoring and control. An example of HVAC Schematic Diagram can be logically attributed into inputs on ORCAview.
樓宇操作及能源管理系統
現今建築物中普遍使用樓宇管理系統。
樓宇管理系統的品牌和產品很多。 ORACview是一種圖形界面軟件，用於編譯建築物服務系統的戰略組件及其屬性以進行監視和控制。 因此，HVAC示意圖的示例可以在邏輯上歸因於ORCAview上的輸入。
Energy Management using Building Management System
Building Management System are commonly used in buildings nowadays. There are many brands and product of Building Management System. ORACview is a graphics interface software which serves compiling the building services system strategic components and its attributes for monitoring and control. An example of HVAC Schematic Diagram can be logically attributed into inputs on ORCAview.
樓宇操作及能源管理系統
現今建築物中普遍使用樓宇管理系統。
樓宇管理系統的品牌和產品很多。 ORACview是一種圖形界面軟件，用於編譯建築物服務系統的戰略組件及其屬性以進行監視和控制。 因此，HVAC示意圖的示例可以在邏輯上歸因於ORCAview上的輸入。
Energy Management using Building Management System
Building Management System are commonly used in buildings nowadays. There are many brands and product of Building Management System. ORACview is a graphics interface software which serves compiling the building services system strategic components and its attributes for monitoring and control. An example of HVAC Schematic Diagram can be logically attributed into inputs on ORCAview.
樓宇操作及能源管理系統
現今建築物中普遍使用樓宇管理系統。
樓宇管理系統的品牌和產品很多。 ORACview是一種圖形界面軟件，用於編譯建築物服務系統的戰略組件及其屬性以進行監視和控制。 因此，HVAC示意圖的示例可以在邏輯上歸因於ORCAview上的輸入。
Energy Management using Building Management System
Building Management System are commonly used in buildings nowadays. There are many brands and product of Building Management System. ORACview is a graphics interface software which serves compiling the building services system strategic components and its attributes for monitoring and control. An example of HVAC Schematic Diagram can be logically attributed into inputs on ORCAview.
樓宇操作及能源管理系統
現今建築物中普遍使用樓宇管理系統。
樓宇管理系統的品牌和產品很多。 ORACview是一種圖形界面軟件，用於編譯建築物服務系統的戰略組件及其屬性以進行監視和控制。 因此，HVAC示意圖的示例可以在邏輯上歸因於ORCAview上的輸入。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
L. V. Switchboard – assembled unit of electrotechnical components
It is used for receiving, measuring and distribution of electrical energy and protects the network from overload, short-circuit and current leak.
低壓電掣櫃–電工組件的組裝單元
它用於接收，測量和分配電能，並保護網絡免受過載，短路和電流洩漏的影響。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Photovoltaic Demonstration UnitPhotovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. Solar cells produce direct current electricity from sunlight which can be used to power equipment or to recharge a battery.
光伏板式發電測試組合
光伏技術是最著名的一種發電方法，通過使用太陽能電池通過光伏效應將太陽能量轉化為電子流。 太陽能電池從陽光中產生直流電，可用於為設備供電或為電池充電。
Simulator of Fire Services SystemSimulation of Fire Services systems include fire suppression, sprinklers, smoke detectors, and other fire protection equipment.
消防系統模擬裝置
消防系統的操作仿照包括有消防栓，自動灑水裝置，煙霧探測器和其他防火設備。
Simulator of Fire Services SystemSimulation of Fire Services systems include fire suppression, sprinklers, smoke detectors, and other fire protection equipment.
消防系統模擬裝置
消防系統的操作仿照包括有消防栓，自動灑水裝置，煙霧探測器和其他防火設備。
Simulator of Fire Services SystemSimulation of Fire Services systems include fire suppression, sprinklers, smoke detectors, and other fire protection equipment.
消防系統模擬裝置
消防系統的操作仿照包括有消防栓，自動灑水裝置，煙霧探測器和其他防火設備。
Simulator of Fire Services SystemSimulation of Fire Services systems include fire suppression, sprinklers, smoke detectors, and other fire protection equipment.
消防系統模擬裝置
消防系統的操作仿照包括有消防栓，自動灑水裝置，煙霧探測器和其他防火設備。
Simulator of Fire Services SystemSimulation of Fire Services systems include fire suppression, sprinklers, smoke detectors, and other fire protection equipment.
消防系統模擬裝置
消防系統的操作仿照包括有消防栓，自動灑水裝置，煙霧探測器和其他防火設備。
Simulator of Fire Services SystemSimulation of Fire Services systems include fire suppression, sprinklers, smoke detectors, and other fire protection equipment.
消防系統模擬裝置
消防系統的操作仿照包括有消防栓，自動灑水裝置，煙霧探測器和其他防火設備。
Simulator of Fire Services SystemSimulation of Fire Services systems include fire suppression, sprinklers, smoke detectors, and other fire protection equipment.
消防系統模擬裝置
消防系統的操作仿照包括有消防栓，自動灑水裝置，煙霧探測器和其他防火設備。
Simulator of Fire Services SystemSimulation of Fire Services systems include fire suppression, sprinklers, smoke detectors, and other fire protection equipment.
消防系統模擬裝置
消防系統的操作仿照包括有消防栓，自動灑水裝置，煙霧探測器和其他防火設備。
本三維虛擬導覽中的所有影像和資訊（如有）僅供參考。影像經過電腦編輯和處理，在虛擬導覽中連同所展示的物業可能有所變形、不按比例，以及不反映物業的實際大小、尺寸、狀況和外觀。政府、財政司司長法團及政府產業署特此就本三維虛擬導覽可能引致或附帶引起的任何責任作出免責聲明。有意參觀有關物業的人士須事先預約。如欲預約，請於2023年1月5日至2023年1月27日期間，星期一至五上午9時至下午6時，與政府產業署梁倩儀女士(電話號碼：3842 6723或電郵地址：esyleung@gpa.gov.hk)或謝慧姸女士(電話號碼：3842 6741或電郵地址：awytse@gpa.gov.hk)聯絡，本署會為有關人士個別安排約15分鐘的參觀時段，額滿即止。
101室 設備管理中心
Room 101 Facilities Management Centre
___
LOREM IPSUM
DOLOR SIT AME
CONSECTETUR ADIPISCING ELIT. MORBI BIBENDUM PHARETRA LOREM, ACCUMSAN SAN NULLA.
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Integer gravida dui quis euismod placerat. Maecenas quis accumsan ipsum. Aliquam gravida velit at dolor mollis, quis luctus mauris vulputate. Proin condimentum id nunc sed sollicitudin.
DONEC FEUGIAT:
• Nisl nec mi sollicitudin facilisis
• Nam sed faucibus est.
• Ut eget lorem sed leo.
• Sollicitudin tempor sit amet non urna.
• Aliquam feugiat mauris sit amet.
LOREM IPSUM:
$150,000
JOHN DOE
Licensed Real Estate Salesperson
Tlf.: +11 111 111 111
jhondoe@realestate.com
www.loremipsum.com
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LOREM IPSUM
DOLOR SIT AMET
Company Name
www.loremipsum.com
info@loremipsum.com
Tlf.: +11 111 111 111