Aluminum noise barrier Battery storage site
Noise barrier for large battery storage facility in Bollingstedt
Project details:
Reference/ Project
Bollingstedt: Battery storage site
Project name
Erection of a RAU® Al noise barrier for a battery storage site
Project location
Bollingstedt
Type of project
Construction of an aluminum noise barrier with high-frequency, low-vibration pile foundation for a battery storage site
Project start and completion
Spring 2025
Project overview:
In spring 2025, RAU® implemented a state-of-the-art aluminum noise barrier for a battery storage site in Germany. The aim was to develop a highly absorbent, durable and visually appealing noise protection solution that meets the specific requirements of an energy-intensive operation. The project was implemented in just three weeks and included complete planning, structural analysis, execution and acceptance by RAU®. Individual project factors such as wall height, foundation type, site conditions and design requirements play a key role in the cost calculation. We will be happy to advise you personally.
Key technical data at a glance
The following technical key figures provide a quick overview of the project implementation:
- Total length of the noise barrier: 230 m
- Height: 4 to 6.5 m
- Wall area: approx. 1,200 m²
- Building site size: 3,300 m²
- Construction time: 3 weeks
- Storage capacity of the battery system: 100 megawatts
Product solution:
Weather-resistant aluminum noise protection cassettes were used, optionally in all RAL colors, combined with coated steel girders. The construction is designed for a service life of at least 25 years. RAU® took on the planning, structural analysis, execution and acceptance from a single source.
Results
- Project implementation in just three weeks
- Noise protection with simultaneous protection of sensitive technology
- Low-vibration foundation without affecting existing foundations
- Seamless integration of existing fences and goalposts
- Durable, low-maintenance aluminum construction
- Harmonious design thanks to freely selectable color scheme