Later this year, the new 459-ft-tall East Side Tower in Berlin, Germany, will be the first building in the world to install an elevator system that travels both vertically and horizontally.
OVG Real Estate and FREO Group, the building’s developers, are working in partnership with thyssenkrupp, one of the world’s largest industrial groups, whose thyssenkrupp Elevator division has devised MULTI, the first cable-free elevator that moves sideways as well as up and down.
Thyssenkrupp unveiled this concept in 2014, and after two-and-a-half years of construction demonstrated MULTI last month at its 807-ft-tall, 12-shaft innovation test tower in Rottweil, Germany. This tower can test elevator speeds up to 22.45 miles per hour. Three of its shafts were designed specifically for certifying the new cable-free elevator system.
MULTI operates along the same principals as a metro system. Image: Thyssenkrupp
Instead of one cabin per shaft moving up and down, MULTI offers multiple cabins operating in loops, similar to a metro system but inside a building. Its exchange system allows the linear drive and guiding equipment to make 90-degree turns by leveraging the linear motor technology developed for the magnetic levitation Transrapid train. MULTI runs on a multi-level brake system and redundant wireless data and energy management system on the cars.
A short animated video of how this system works can be seen here.
Nearly 200 building industry representatives attended the demonstration, including Antony Wood, Executive Director of the Council on Tall Buildings and Urban Habitat. Wood calls MULTI “perhaps the biggest development in the elevator industry since the invention of the safety elevator some 165 years ago.”
At a time when developers are challenging AEC firms to come up with new and faster ways to transport people in taller buildings. MULTI is promising 50% higher transport capacities. Image: thyssenkrupp
As cities expand and buildings get larger and taller to accommodate more people, planners and architects face significant challenges around moving people comfortably and quickly to their destinations. McKinsey Global Institute estimates that cities will need to construct floor space equivalent to 85 percent of all of today’s residential and commercial building stock by 2025.
To that end, thyssenkrupp claims that MULTI can achieve up to 50% higher transport capacity and reduce peak power demand by as much as 60% when compared to conventional elevator systems.
MULTI requires fewer and smaller shafts than conventional elevators and can increase the building’s usable area by up to 25%. (Thyssenkrupp notes that current elevator-escalator footprints can occupy up to 40% of a high rise building’s floor space, depending on the building height.) The system will also reduce the wait time for a ride to between 15 and 30 seconds.
In April, MULTI took top honors at the 2017 Edison Awards in New York, an annual competition honoring new product and service excellence. The first MULTI system will be installed in the East Side Tower, which is scheduled for completion by 2019. In an interview with Wired magazine, thyssenkrupp's CEO Andreas Schierenbeck said that while MULTI could cost between three and five times more than a standard lift system, the space savings in a large building are “definitely overcompensating the price of the product.”
Related Stories
| Mar 6, 2013
German demonstration building features algae-powered façade
Exterior of carbon-neutral demonstration building consists of hollow glass panels containing micro-algae "farms."
| Mar 4, 2013
Legendary structural engineer Gene Corley passes away at 77
CTLGroup, an expert engineering and materials science firm located in Skokie, Illinois, is saddened by the news that W. Gene Corley, Ph.D., S.E., P.E., Senior Vice President, died on March 1, 2013 after a brief battle with cancer.
| Feb 28, 2013
Novel multifamily solutions to be presented at New York Modular Construction Summit
The New York Modular Construction Summit will be co-hosted by the Modular Building Institute and Pratt Institute School of Architecture on May 16, 2013, in Brooklyn, N.Y.
| Feb 25, 2013
Turner employs rare 'collapsible' steel truss system at Seattle light rail station
To speed construction of the $110 million Capitol Hill Station light-rail station in Seattle, general contractor Turner Construction will use an unusual temporary framing method for the project's underground spaces.
| Feb 21, 2013
BD+C's 2011 White Paper: Zero and Net-Zero Energy Buildings + Homes
We submit our eighth White Paper on Sustainability in the hope that it will inspire architects, engineers, contractors, building owners, developers, building product manufacturers, environmentalists, policymakers, government officials, corporate executives, officeholders, and the public to foster the development of net-zero energy buildings and homes.
| Feb 18, 2013
Syracuse hospital using robots to reduce infections by 50%
Fast Company's Nina Mandell writes about how an early adopter of UV infection-control robotics—St. Joseph’s Hospital Health Center in Syracuse—is seeing positive results.
| Feb 8, 2013
5 factors to consider when designing a shade system
Designing a shade system is more complex than picking out basic white venetian blinds. Here are five elements to consider when designing an interior shade system.
| Feb 3, 2013
Electronic surveying improves accuracy on BIM-driven hospital project
A mechanical contractor combines an electronic surveying tool with a BIM model to make significant productivity gains in a large-scale hospital project.