Wind and weather can affect the game as well as the comfort of the spectators. That is why more stadiums are being equipped with mobile roof structures. In many cases, high-performance technology from VAHLE is used.
In the past, stadiums existed solely to host sporting events in front of large crowds of spectators. Today, they are no longer just competition venues, but ultra-modern, architecturally sophisticated multifunctional arenas.
Some stadiums are home to several teams from different sports. Competitions are held sometimes on parquet, sometimes on ice, sometimes on grass. And in between, the arenas serve as concert and event halls. To ensure that they can be used in all types of weather, more and more arenas around the world are equipped with sliding roofs.
Opening and closing these stadium roofs, which weigh several tons, within a few minutes requires high levels of energy. VAHLE ensures both a reliable power supply and the fail-safe transmission of the data required to safely control these roofs.
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The KBH is a contact-protected enclosed conductor system for almost all applications in the small- to medium-power range (up to 200 A). It is a robust and inexpensive power supply, which is also easy to install.
The LSV | LSVG is a contact-protected, multi-pole (max. 11-pole) and very robust enclosed conductor system for almost all applications in the small- to medium-power range up to 300 A. Its extreme robustness predestines the LSV | LSVG for use in the harshest environmental conditions.
With the SMGX, the proven SMGM system has been adapted for outdoor use. It is based on the functional principle of the SMGM, but has particularly robust mechanical components and also ensures significantly higher tolerances. The shielded slotted waveguide enables high transmission rates and avoids unwanted interference signals from inside or outside.
The lightweight U15, U25 and U35 feature an open design that makes them particularly easy to maintain. Available in various conductor materials, they are also flexible and easy to install.
Due to their high wear resistance and resistance to acids, the U20 and U30 conductor systems are reliable power suppliers even in harsh environments and with complex as well as curved track layouts.
