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  • Our world is undergoing changes.

  • Changes, that have a significant impact on our environment.

  • Changes, that force us to think in new ways.

  • This also applies to buildings.

  • The study on the future of building technology shows, that requirements are undergoing lasting changes.

  • The need for security will play an even greater role in the future.

  • Flexibility and dynamics will be basic requirements for system operation.

  • Maximum efficiency will have top priority and not only where energy is concerned.

  • In addition we need to increase comfort for the well being of users.

  • Only solutions which create the greatest synergies between energy efficiency, comfort, safety

  • and security, will be sustainable over the long term.

  • Solutions, that turn buildings into living organisms:

  • networked, intelligent, sensitive and adaptable.

  • Modularity is one key. Solutions, that easily adapt to the changing needs of their operators and users.

  • We achieve maximum compatibility using standardized interfaces, plug-and-go.

  • The modules themselves must be flexible as well. Space is divided as needed,

  • assisted by mobile equipment, that integrates seamlessly into the logistics concept.

  • A giant step forward toward greater efficiency. Because flexible usage is certainly possible

  • over the entire life cycle.

  • Transportation systems will also be more flexible. Route usage will be optimized, divided into

  • passenger and cargo flows. Destinations will be reached faster and security-critical areas

  • will be better protected by dynamic route management.

  • Along the way to the future, we will network classic domains completely and intelligently.

  • And we will create synergies, that make a new functions possible.

  • Energy example: we will no longer focus just on energy distribution. An intelligent energy

  • management system will control the interplay between internal consumers, producers, and

  • the energy mix of public power grids.

  • New types of storage concepts will make it possible to purchase excess energy from the

  • grid at competitive prices. Energy, that enables load peaks to be equalized safely and efficiently.

  • Increasing water treatment requirements also offer potential in the truest sense of the

  • word: additional energy storage is possible through intelligent networking.

  • Consumption optimization will of course also be key. New types of functional construction

  • materials and techniques offer potential in the areas of lighting and climate control.

  • However, the possibilities cannot be fully realized until they are integrated into the

  • building management concept.

  • Intelligent networking of disciplines creates outstanding synergies, where security is concerned.

  • Discrete access controls according to the open-door concept not only increase security,

  • but also allow for a dynamic logistics. People are guided quickly and safely to their destination

  • through personalized assistance. A wide range of control and navigation solutions point

  • the way comfortably, and at the same time, improve discretion in defined building zones.

  • In the future we will monitor all media flows, including supply lines. And safety measures

  • will be initiated automatically as needed. Intelligent networking provides maximum security.

  • Occupancy sensors in the lighting system do more than just turn the lights on and off.

  • In an emergency they also assist in organizing a fast, orderly and thus safe evacuation.

  • Escape routes are defined according to the situation. Lighting installations operate

  • in emergency mode and point the way dynamically. Acoustic signals and voice prompts provide

  • additional support.

  • Subsystems support the evacuation scenario: intelligent systems help detect flows of people

  • and separate them, when escape routes are about to become overloaded.

  • Intelligent new sub installations and networking with the surrounding area allow for information

  • to the exchanged in real time. Only when all systems work together in a network

  • can we meet the security requirements of the future adequately and efficiently.

  • A networked, integrated and intelligent building management system will be at the heart of

  • the next generation of smart buildings. A building management system for greater efficiency,

  • comfort and security.

  • On the way to sustainable cities, we are already using our expertise and building technology

  • and the architecture of network systems to connect buildings into building clusters

  • via an IT backbone. And we are achieving significant improvements in energy efficiency.

  • Smart grids and smart consumption will shape the future. Networking city districts and even entire

  • cities will also mean more security -- security growing urbanization urgently needs.

  • Intelligent, sustainable solutions will shape the future.

  • And the future has already begun.

Our world is undergoing changes.

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B1 中級

智能建築--建築技術的未來 (Smart buildings - the future of building technology)

  • 458 23
    阿多賓 發佈於 2021 年 01 月 14 日
影片單字

重點單字

great

US /ɡret/

UK /ɡreɪt/

  • adv. 更好
  • adj. 很大的;非常重要的;偉大
  • n. 成功人士
need

US /nid/

UK /ni:d/

  • v. 需要
  • n. (為了生存)需求物;需求物
key

US /ki/

UK /ki:/

  • n. 答案;鑰匙 ; 電鑰;(電腦)鍵;圖例
  • adj. 極重要的;關鍵性的
  • v. 用鍵盤輸入訊息
last

US /læst/

UK /lɑ:st/

  • adv. 最後;最近地;最後地
  • det. 最後的人(或物)
  • v. 維持;保持
  • adj. 最近的;最後的;上一個
begin

US /ˈbeɡɪn/

UK /bɪ'ɡɪn/

  • v. 開始 ; 動手 ; 發生 ; 生成 ; 著手 ; 創 ; 開創 ; 始
building

US

UK

  • v. 建立(名聲);建造
  • n. 建築物 ; 房屋 ; 建造物 ; 大廈 ; 建築 ; 建造
future

US /ˈfjutʃɚ/

UK /ˈfju:tʃə(r)/

  • n. 未來 ; 前途 ; 今後的著落 ; 期貨 ; 未婚夫 ; 未來式 ; 未來時制 ; 未來的
offer

US /ˈɔfɚ, ˈɑfɚ/

UK /'ɒfə(r)/

  • n. 投標;提供(的動作)
  • v. 投標(現在分詞);主動給予;提議;提供
passenger

US /ˈpæsəndʒɚ/

UK /'pæsɪndʒə(r)/

  • n. 乘客
assist

US /əˈsɪst/

UK /əˈsɪst/

  • v. 援助 ; 幫助 ; 促進 ; 輔助

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