We are pleased to inform you that we are investing in a new container facility. This modern solution enables us to carry out your repair work even faster and more efficiently. With this investment, we can also further improve our environmental balance, as we consume less energy and produce less waste. By using energy-efficient lighting, we reduce our ecological footprint. At the same time, you benefit from shorter waiting times and higher quality, without compromising on quality. We are convinced that this investment is an important step towards a sustainable future.
Construction Description:
Two standard shipping containers will serve as the foundation for the workshop. These containers provide ample space for tools, materials, and repairs. A sturdy roof will connect the two containers, protecting the workspace from rain, snow, and sun, creating a dry and comfortable working environment. Depending on the needs, the containers will be equipped with power connections, lighting, a workbench, tool carts, and other necessary equipment to facilitate the work of the technicians.
Timeline:
The container facility is expected to be set up from April 2025 onwards. This timeline has been chosen to allow for the necessary permits and approvals.
Reasons for Choosing This Solution:
- Flexibility: Container facilities can be easily set up and dismantled as needed.
- Cost-effectiveness: Compared to a fixed workshop, a container facility is generally cheaper to build and operate.
- Weather independence: The roof allows work to be carried out regardless of weather conditions, leading to increased efficiency.
- Mobility: Containers can be relocated to a different site if necessary.
Potential Environmental Impacts and Mitigation Measures:
- Visual impact: The container facility may temporarily alter the appearance of the surroundings.
- Noise pollution: There may be a slight increase in noise during operations.
- Mitigation measures: The container facility can be aesthetically designed to blend in with the surroundings. Noise pollution can be minimized by using soundproofing materials and adhering to noise regulations.