What are Horizontal Elevators? | Summary and Q&A

TL;DR

ThyssenKrupp has introduced a rope-free elevator system that can travel not only vertically but also horizontally and diagonally, revolutionizing the design of skyscrapers and increasing their height.

Key Insights

• 🥶 ThyssenKrupp's rope-free elevator system allows for vertical, horizontal, and diagonal movements within buildings, revolutionizing the design possibilities for skyscrapers.
• 👶 Traditional elevator technology has not evolved significantly in the past 160 years, while this new system introduces a disruptive change in design.
• 🤣 Horizontal elevator systems can transport more people and occupy less floor space, increasing the commercial viability of tall structures.
• 👶 The new elevator technology is more efficient and environmentally friendly, reducing energy consumption and the building's overall footprint.
• 🥶 The functioning prototype at ThyssenKrupp's innovation tower demonstrates the viability of the rope-free elevator system.
• 🌱 The first live application is on the horizon, with installation planned for Berlin in 2020.
• 🏗️ The introduction of this elevator system could open up new possibilities for architectural designs and enable the construction of even higher buildings.

Transcript

the recently unveiled elevator of the future can not only travel up and down but also sideways and even diagonally created by German industrial giant listen problem the world's first rope free elevator Lucas said to create a revolutionary step change in design of skyscrapers enable them to be built even higher for the past 160 years elevate technol... Read More

Questions & Answers

Q: How does ThyssenKrupp's rope-free elevator system work?

ThyssenKrupp's elevator system uses linear motor technology, similar to kinetic levitation trains. Cabins move horizontally, vertically, and diagonally in a continuous loop, enabling seamless transportation within buildings.

Q: What advantages do horizontal elevators have over traditional lifts?

Horizontal elevator systems can transport up to 50% more people in a single shaft and occupy less floor space, increasing a building's usable area by up to 25%. They also offer the potential for unique and innovative building designs.

Q: How is ThyssenKrupp's elevator system more efficient and environmentally friendly?

By employing horizontal elevator systems, buildings can optimize space usage, reduce the number of shafts, and ultimately decrease the building's footprint. This leads to higher energy efficiency and a reduced environmental impact.

Q: Has the rope-free elevator system been successfully tested?

Yes, ThyssenKrupp has unveiled a functioning prototype at their innovation tower in Germany and engineers are currently testing the new elevators in 12 shafts. The first application of this system is planned for installation in Berlin in 2020.

Summary & Key Takeaways

• ThyssenKrupp has developed a rope-free elevator system that can move horizontally, vertically, and diagonally, enabling the construction of even higher skyscrapers.

• Traditional elevators use steel cables to move vertically, but horizontal elevators employ linear motor technology, similar to kinetic levitation trains.

• Horizontal elevator systems have several advantages over traditional lifts, including the ability to transport more people, occupy less floor space, and allow for interesting-shaped structures.