1. These include wind, thermal, geothermal, etc.
we will present the three already mentioned that
were chosen to develop
2. Is the energy from the wind, that is. the
kinetic energy generated by the effect of air
currents. Wind energy is an abundant,
renewable, clean and helps reduce emissions
of greenhouse gases to replace power plants
based on fossil fuels, which makes it a kind
of green energy. Its main drawback is the
intermittency of wind
3. It is currently used primarily to move turbines.
These wind power and drives a propeller through
a mechanical system rotates the rotor of a
generator, usually an alternator, which produces
electrical energy. To be installer profitable,
usually grouped in concentrations known as wind
farms. A mill is a machine that transforms the
wind into usable energy, which comes from the
action of the wind on oblique vanes attached to a
common shaft. The rotary axis can be connected
to various types of machinery to grind grain,
pump water or generate electricity. When the
shaft is connected to a load such as a pump,
called the windmill. If used to produce electricity
is called wind turbine generator. The mills have a
remote source.
4.
5. It is a type of renewable energy because it comes from
atmospheric processes due to the energy that reaches Earth
from the Sun
It is a clean energy because it produces no air emissions or
polluting waste.
No external combustion produces carbon dioxide (CO2), so
it does not contribute to the greenhouse effect and climate
change.
Can be installed in areas unsuitable for other purposes, for
example in desert areas near the coast, in arid and very
steep slopes to be arable.
It can coexist with other land uses, such as meadows for
livestock use or low crops like wheat, corn, potatoes, beets,
etc..
Create a large number of jobs in assembly plants and
installation areas.
Installation is quick, from 4 months to 9 months
6. The following is the thermal energy development
7. Thermal energy is that it produces heat that is
generated because of inelastic collisions of the
particles constituting the materia.Sus
characteristics: It is easy to obtain: kinetic energy
is required merely because it automatically
produces heat.
It is renewable: never ends, because there is always
present kinetic energy (in atomic particles that are
in constant motion, it generates an extremely low
amount of heat, but is constant at all times.
Rubbing our hands, in times of cold, are doing
kinetic energy, which generates heat). In addition,
the sun is a constant source of energy at all times
8. Polluter: power plants produce emissions,
mainly CO2 (carbon dioxide), which reach the
atmosphere and pollutes the environment
9. It is renewable.
It can produce many products.
It can be converted into electrical energy,
which serves to operate machines that
require electricity, light bulbs, etc..
Greater availability of this energy, they are
always ready to be worked
10. The collection and use of this energy involves
an environmental impact.
To work this energy, use fossil fuels such as
coal and oil, which release a lot of toxic gases
for life.
Combustion releases carbon dioxide (CO2)
emissions.
12. It is that which can be obtained by harnessing
the heat from inside the Earth
13. In areas of very hot thermal waters at shallow
depths, it uses heat from inside the earth.
The hot water or steam can flow naturally, by
pumping or pulsed flow of water and steam.
14. It is a source avoiding dependence on foreign energy.
The waste produced is minimal and cause less
environmental impact than those caused by oil and
coal.
Great savings system, both economic and energy.
No outside noise.
Geothermal resources are greater than the resources of
coal, oil, natural gas and uranium combined.
Not subject to international prices, but you can always
keep national or local prices.
The area of land required for geothermal plants is
smaller per megawatt than other plants. Does not
require dams, logging, and construction of pipelines
(gas or oil pipelines) or fuel storage tanks.
The emission of CO2, with increased greenhouse is
lower than would be issued for the same fuel energy.
15. In some cases emission of hydrogen sulfide is
detected by its odor of rotten eggs, but in
large quantities is not paid and is lethal.
Water Pollution coming with substances like
arsenic, ammonia, etc..
Thermal pollution.
Deterioration of the landscape.
You can not transport (primary energy).
It is available only in certain places.
16. Electricity generation.
Direct use of heat.
Heating and plumbing.
Absorption cooling.
17. And with that we finished our presentation
last
Members
Marifil Karen
Navarrete Gladys
Orqueda Giselle
