AFRICA IRRIGATION (THEORETICAL POWER PLANT TO RUN IRRIGATION AND OTHERS 1)

A theoretical power plant that may help in coping with water shortage during droughts or dry seasons.

Things To Consider:
1. Calculate the number of blades necessary to run the specific kind of generator to be used and put only the necessary number per generator or just add a reasonable allowance to avoid wasting time, money, and effort.
2. If it is impossible, or less efficient, to run a big mega-generator by installing too many interlinked turbines working as one, use smaller units of production or smaller generators as long as they are sufficient to keep the water pumps and/or other things running; or consider using smaller generators, increasing electricity generation by transformers, and collecting the electricity from the small units into a power station that can transform the electricity into an increased output.
3. Consider making (a) research/es to improve these things.
4. If there is often a problem of water shortage in a country, consider prioritizing the multiplication and maintenance of the power plants and the irrigation systems that also involve modular pumping of water from sea, river, reservoir, and/or other bodies of water in addition to irrigation system that use dam if applicable (If it is good to use seawater directly in irrigating crops, then there is no need to filter the seawater that goes to the crops or plants.). If there is always abundant water at all times, then the crops of the people and the grasses for the livestocks can grow; if the people can always plant their crops and have sufficient grasses for livestocks at all times, then there may always be harvest and livestock production; if there is always harvest and livestock production, then the people do not suffer and may have money by selling some of their products; if the people have money, then they can pay their taxes that may be used for further national development that prioritizes irrigation in the said country.
5. This kind of production of electricity is practical and can be easily installed by common villagers in the coastal areas or any windy place because it is similar to the simple principle involved in the situation of a truck with no fuel that endlessly runs down an "endless" hill and such truck is doing an engine brake that produces electricity for its headlights even the said truck has no any fuel. Thus, the common villagers in the coastal areas or any windy place can easily make a makeshift or improvised generator of electricity from wind force simply by getting joint gears of junked vehicles in junkshops, junked transmission gears, junked old generators as long as the parts that produce electricity are still working, junked thin sheets of iron for the "locked-in-their-frames" blades of the turbine, and other free or low-cost materials; and these free or low-cost materials may irrigate their crops even during the times of drought and/or give lights and other services in their village at all days.
6. Consider making gadgets that always pour fresh or non-salt water into the gear housings and all other heat-prone parts to prevent overheating that leads to damage.
7. VERY IMPORTANT: Consider using heavy-duty but light wheels to carry the weight of the turbine where all of the wheels are perpendicular to the respective frames and turn in a circular pattern; and the leverage is better if the wheels are closer to the pole/axis. This is the key for a large-scale production of electricity within only few square meters of space/terrain/yard in the windy place because this can make a gigantic turbine carried by strong but light-weight wheels.
9.The turbine needs braking system for safety and to facilitate maintenance.
10. Install skeleton towers that hold skeleton beams on top of each of the turbines with bearings that connect the pole of the turbine to the said skeleton beams for support (See http://www.YouFreeWeb.com/wind....turbinecarriedbywhee
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Consider the formation of a permanent parliament-like body composed of scientists, engineers, technicians, doctors, philosophers, mathematicians, and other brilliant people to enable the country to build her own power plants, generators, motors to run water pumps, steelworks, heavy equipments, and other things.
In hurricane-prone places, consider facilitating the irrigation and planting vulnerable crops during dry seasons and planting sturdy or wind-elusive crops during hurricane seasons. Also, consider the use of the field for aquaculture (by big dikes) during the times of hurricanes.
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Concerning the theoretical ship in the last part of this video, a skeleton deck can be installed on top of the wind turbines to facilitate another or more layers of wind turbines to run the ship. Also, each of the wind turbines may be covered by wire screen to prevent accident.

Also, see http://improvisedsolardistiller.weebly.com/ or http://improvisedsolardistiller2.yolasite.com/.