The ALKU team builds for you, providing self-sufficiency according to your needs. From cattle breeding and horse breeding to reforestation or agricultural cultivation, we find the right land for you and your desires. Our agricultural engineers support you in the design and are happy to provide advice.
Autonomous building is an innovative approach aimed at making buildings independent from external energy and utility networks. This type of construction relies on sustainable technologies and renewable energy sources to ensure autonomous supply of electricity, water, and heat. Environmental friendliness, resource conservation, and independence are key considerations in autonomous building.
A central element in self-sustaining construction is energy generation. By using photovoltaic systems, wind turbines, or even micro-hydropower plants, the required electricity can be produced on-site. Modern storage technologies such as battery systems make it possible to store excess energy and retrieve it when needed. As a result, a self-sustaining building can rely on a stable power supply even during periods of low or no sunlight.
Water supply is another important aspect of self-sustaining construction. Rainwater harvesting systems and wells allow for the collection and utilization of precipitation for drinking water, irrigation, and other purposes. By using filtration technologies, the collected rainwater can be purified and treated for human use. This way, water consumption can be reduced, and a sustainable water supply can be ensured.
In terms of heating, there are also innovative solutions in self-sustaining construction. Passive house designs, high-quality insulation materials, and efficient heating systems such as heat pumps help drastically reduce the energy demand for heating. Solar thermal collectors can also harness solar energy to generate hot water or heat the building.
However, an autonomous building relies not only on technological solutions. Conscious resource management and intelligent building design also play a crucial role. By optimizing the building’s orientation and using energy-efficient materials, the energy demand can be further reduced. Additionally, integrating gardens, greenhouses, or even aquaponics systems can promote self-sufficiency in food production.
Autonomous building offers a multitude of benefits, most notably greater independence from external energy providers.
