Robotic worm to revolutionize home geothermal energy
Geothermal energy is becoming a crucial solution to reduce carbon emissions in heating and cooling. Borobotics has developed a robotic worm that aims to make this technology more accessible in homes and small spaces. This innovative design sets it apart from current alternatives.
The “robotic worm” measures only 13.5 cm wide and 2.8 m long, with a drilling capacity of up to 500 meters deep. It operates using electricity instead of diesel, making it quieter and more environmentally friendly. Additionally, its advanced sensor system allows it to work in various terrains, adapting to different conditions without manual adjustments.
Geothermal heat pumps are gaining popularity as an efficient alternative to traditional boilers. The robotic worm aligns with the increasing demand for these pumps, which harness constant heat from the subsurface to heat buildings and reduce carbon emissions by up to 75% when combined with renewable energy sources. In Europe, geothermal pumps could play a crucial role in meeting the Green Deal targets.
The robotic worm stands out for its autonomous design and operational efficiency in tight spaces. Its installation is quick and can be handled by a single worker, reducing costs and time. Compared to traditional drills, it is significantly quieter and reduces CO₂ emissions. The incorporation of advanced technologies, such as an automatic extruder and fluid muscles, make it a pioneering solution in the geothermal energy sector.
