Diving pump technology in eco-village
If you imagine an eco-village, you can imagine a simple apartment with permaculture gardens and a very slow, rural pace of life. This rustic image often undermines the technology that is increasingly used to achieve its sustainability – technology that we should not be afraid of or should avoid, but use a greener lifestyle.
Energy solutions
Energy independence is a large part of Eco villages. While solar collectors are the visible, sung heros here, the real magic is in integrated systems that are based on them. Intelligent microgrids are used to manage locally generated performance from different sources such as solar, microhydro or even wind. They balance loads and contain batteries for storage, which reduces the dependence on external grids.
An advanced solar integration can be expressed by building -integrated photovoltaics (BIPV), in which the solar cells themselves become part of the building. However, the real MVPs are the surveillance systems for energy efficiency such as smart meters and community dashboards that can follow both generation and consumption. By finding patterns or possibly using machine learning, it is possible to organize the two better so that there is no waste (this is even more important if many apartments share energy).
Intelligent water management systems
In the city you can collect water from the air conditioning system. Off grid, you should try the rain better
Water is life, and eco-village treat it as such through centuries-old preservation and reuse techniques. The rainwater harvests are not only barrels, but also means that integrated roof catchment areas are integrated into systems with first flush diverse, which automatically discard the initial, most contaminated drain. The water then goes through the staged filtration such as sedimizing traps, then through sand or gravel before they are taken in large cisterns. Here, too, IoT sensors are often used to determine and notify the capacity and cleanliness level.
For the access of this water, especially for irrigation, Choose a diving pump For its efficiency, this can quickly transmit water in a reliable manner. Wet areas can be built further along the cycle, which are carefully laid out flat beds. They are planted with aquatic vegetation and use natural microbial processes in their gravel and sandy substrates to clean Greywater (sometimes even pretreated blackwater), which makes it safe for irrigation with minimal energy use.
Do not waste, do not want
Dooda is a Lebanese vermiculture compost business.
“Waste” is a resource that is waiting for transformation. Composting techniques such as vermicomposting (using worms) or Bokashi (fermentation) contribute to processing the organic substance into extensive soil changes. Of course, these are old techniques that do not require much technology.
However, investing in an innovative technology can open more doors for transformation, since not all transformations can be recorded in a natural way. Some municipalities employ anaerobic biogas digestion, which are sealed tanks that reduce food residues and animal manure in an oxygen-free environment. This creates methane for cooking or heating as well as a nutrient -rich fluid fertilizer. IoT sensors can again pursue microbial activity to increase gas yields.
Technology as an invisible basis
Rotterzswam
Energy, water and waste are the three currents that need to be managed by intelligent technologies. This infrastructure is often “invisible” because it is rather integrated and harmoniously in natural systems than intrusive (it is not consumed). harmony between Apartments can be difficult and integrated systems can communicate here. It turns out that such communities are not anti-technology, but simply use the use of technologies that benefit them and focus on their values.