Automated Construction - Test Input
Automated Construction - Test Input
Automated Construction - Test Input
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STUDY AND LITERATURE REVIEW<br />
The first step towards the research goal was to study<br />
and analyze the design parameter with the real world<br />
examples.<br />
Decentralized energy generation<br />
To provide a decentralized energy generation, different<br />
practiced energy resources were studied along<br />
with related physical factors, technologies, disadvantages,<br />
storage and the efficiency. Wind, waste,<br />
sunlight, heat, kinetics and water are different energy<br />
resources at present in use. Wind power is one of the<br />
renewable energy resources to make useful energy<br />
by windmills, wind pumps or sails. It also has less<br />
environmental impacts. Many Countries like USA,<br />
Germany, India, UK, Spain, China, Italy, Canada,<br />
France and others are already using it for power generation.<br />
Organic waste is a resource that needs to be tapped<br />
and not to be wasted into landfills or reduced to ashes<br />
and dust in incinerators. The renewable energy<br />
produced from anaerobic digestion process can be<br />
seen as a good reason for many communities to start<br />
transformation of our valuable resources 10 . Electricity<br />
production and the usage in internal combustion engine<br />
are the common examples of biogas.<br />
Sunlight is another widely recognized renewable<br />
source of energy which is free of cost and clean energy<br />
with negligible environmental impacts. It can be<br />
utilized for power production using different technologies<br />
like photovoltaic panels (silicon/organic) and<br />
artificial photosynthesis.<br />
Kinetics is another energy resource; human movement<br />
can also be used to produce energy by piezoelectric<br />
effect. Commuters on the Tokyo station walk on<br />
a piezoelectric sheet which generates electricity when<br />
pedestrian step on it 11 .<br />
Fig.5. Energy generating floors at Tokyo Subway Station<br />
Water can also be used for power generation by using<br />
water splitting, turbines or pumped hydro storage<br />
technologies. High rise building can produce power<br />
from rainwater as it falls from almost 200m in a 50<br />
floor building.<br />
8<br />
In-situ farming<br />
In-situ is a Latin phrase which translates literally to 'In<br />
position 12 . This parameter encourages to make use of<br />
on-site available resources and harvesting the one’<br />
own farm at his location. Vertical farming is a good<br />
way to implement in cities. There are different options<br />
for in-situ farming like aeroponics (process of growing<br />
plant in air or mist environment without soil), wall<br />
system (mounting panels to the wall with required<br />
quantity of water supply) and hydroponics (growing<br />
plants using mineral nutrient solution). Different technologies<br />
had already implemented pertaining to these<br />
options like aerofarm, parabienta, plantlab/nuvege,<br />
verticop and omega garden. First high intensity vertical<br />
hydroponic system of its kind is installed at<br />
Paignton Zoo in England to feed the animals.<br />
Fig.6. Vertical hydroponic system to feed zoo animals 13<br />
In-situ resource utilization<br />
As per this parameter, it is preferred to use the on-site<br />
available resources. The examples of in-situ resource<br />
utilization can be seen in the past like the people of<br />
the mid-coast region of Perú have used totora (plant)<br />
to build their caballitos de totora, small rowed and<br />
straddled fishing vessels, for at least 3,000 years 14 .<br />
The Uru people, an indigenous people predating the<br />
Inca civilization, live on Lake Titicaca upon floating<br />
islands fashioned from this plant. The Uru people also<br />
use the totora plant to make boats (balsas) of the<br />
bundled dried plant reeds 15 .