You’ve probably seen them: small structures with an electrical warning label. These are typically transformer houses, or medium-voltage rooms. As the latter term suggests, their function is to convert high voltage into low voltage using a transformer. This low voltage is then distributed to nearby homes and businesses. Transformer houses play a crucial role in the energy infrastructure. As demand for these structures continues, it’s vital to opt for sustainable construction methods. Challenges such as time constraints, environmental standards, and safety make the chosen building method critical for creating sustainable transformer enclosures.

Transformer houses are integral to a greener energy infrastructure. With 3D concrete printing, it’s possible to build transformer enclosures in an environmentally friendly way, significantly reducing CO2 emissions. The technique ensures efficient material use, while the materials themselves can be sustainably produced. Furthermore, 3D printing enables circular construction, with a lifespan of 80 to 120 years for 3D printed transformer houses. A sustainable transformer house is now within reach.

The energy infrastructure often demands unique locations or specific requirements, necessitating flexible construction solutions. Traditional customization can be expensive and complex, but 3D concrete printing makes bespoke solutions both affordable and achievable. The design freedom of 3D printing allows for more intricate designs, with features like ventilation and cable ducts integrated directly into the structure. 3D printed infrastructure thus provides the ideal solution for customized transformer houses.