Sabtu, 26 Maret 2011

energy that channeling by transformator

A transformer works on the principle of electromagnetic induction. Input voltage alternating membentangi primary cause of magnetic flux that ideally all concatenated with the secondary winding. This alternating flux induces an emf in the secondary winding. If perfect efficiency, all power to the primary winding will be conveyed to the secondary winding. Transformer or transformer is often called passive electronic components that serves to modify (increase / decrease) tegangangan alternating electric (AC) The basic form is a pair of transformers at the primary end and a pair of ends in the secondary. Part of primary and secondary coil wire is an email that is not electrically connected. Both coil wire is wrapped around the nucleus called a transformer core. For the transformer used in low frequency AC voltage transformer core is usually made ​​of iron lempengan2 arranged together to form an iron core. As for the high frequency transformer (used in rangkaian2 Radio Frequency / RF) using ferrite core (iron powder compacted). the tranformator also including Conductor material energy,where the electrical energy channelled from electric power plant to electrical substation to home and buildings think the electricity energy in he transformator

energy is always there

we are faced with the need of vital product
the vital product that that we need not shaped objects
but he's always flowing in each of us in our lives
and become our resources daily and become the
source of our day-to-day activities,it was named as a power
the power he's synonym as also energy
on this bellow we give you introduction about renewable energy
that is material from the source that never runs out
energy from:
geothermal power plant energy
the geothermal energy generated from geothermal sources under the earth where the temperature reaches 1000 degrees Celsius that is by pumping water into the bowels of the earth from one of the two holes out of the earth until the water into steam from the second hole until driving turbine power plant
.solar cell energy
the solar cell
the solar cell can made electrical energy if the solar cell dried in the sun
.hydro water energy
hydro water energy is water that driving turbine water until driving generator after that generator increase electricity
.biomass energy
biomass definition is:Biomass, in the energy production industry, refers to the biological material of living or recently dead that can be used as a source of fuel or for industrial production. Generally, biomass refers to plant materials that are kept for use as bio fuel, but can also include plantor animal matter used for production of fibers, chemicals, or heat.Biomass may also include biodegradable wastes that can be burned as fuel. Biomass does not include organic material that has been transformed by geological processes into substances such as coal or petroleum.
Biomass is usually measured by dry weight.

Jumat, 25 Maret 2011

hotel using waste heat energy from air conditioner

nice day in every day the hotel spend 500 watt electric for heathing water
for the room, in the bath people need hot water for heathing ater for bath
usually hotel using water heather for heating water,but this time the hotel
using air conditioner not just for cooling room but for heathing water how
can air conditioner for heathing water? yes ,the water heather having copper
tube.the copper is containg hot energy and calor energy.












Red = Gas at high pressure and temperature
Pink = Gas at high pressure and reduced temperature
Blue = Liquid at low pressure and greatly reduced temperature
Light Blue = Gas at low pressure and warmer temperature


if the red pipe adding water storage vessel when the ac light
then there is no disposal of waste energy,

if every air conditioner using two function That Is as room coolers and water heather imagine how much you have to save money without you heat water with electric water heaters.

time to move from using a conventional water heater to a double water heater water heater ac(air conditioner)



Rabu, 23 Maret 2011

biomass energy is cheap energy engineering

biomas energy is the cheap energy in our life
day after day energy need in the our world

more and more and this is inversely proportional to the energy production itself. This is the subject of our problem today is about the lack of fossil fuels as an energy source.
to then how to cope with the growing energy demand soaring?many theory about how to overcome energy crisis especially nergi from fossil fuel,ocean energy,solar,biomass,nuclear,wind power energy and power but how we doing ?
while a lot of people, who have not realized the importance of this.

However it is our duty as the younger generation to make it happen because the future is in our hands.What we need to underline here is that the energy crisis in the world.
very related with the world economy.

example : the textile factory always need electric for driving he's textile machine.

Senin, 21 Maret 2011

biogas energy

biogas energy also including as renewable energy because
biogas is not energy from mining source ,many people can
making biogas energy from organic waste ranging from:
tomato,cucumber,cabbage and other the biogas energy also
make it from cow dung ,ussage biogas usually has undertaken
by developed countries like:usa,uk,canada,germany,sweden
the biogas could generate energy because if burned
biogas can be burned to produce energy because if it would be hot, heat is energycalor, calor energy can drive an engine
the biogas element is: biogas reactor tank,pump and other
now at developed countries biogas has become power plant fuel
not work alone in the form of biogas energy but working together with other bacteria

biogas produced by bacteria
the bacteria that produced
biogas and forming biogas is metanhogenic bacterial.
bacteria which can producing methane gas does not require oxygen in growth(an aerobic).

In general there are 3 temperature range favored by the bacteria, namely:
a. Psikrofilik (temperature 0-25 ° C), optimum temperature of 20-25 ° C
b. Mesophilic (temperature 20-40 ° C), optimum temperature of 30-37 ° C
c. Thermophilic (temperature 45-70 ° C), optimum temperature of 50-55 ° C

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Temperature is one of the things that are important to the growth and proliferation of bacteria. Keeping a constant temperature at the optimum conditions that support growth and proliferation of bacteria, would increase the production of biogas.