The History of Electricity

The Beginning of Electricity in America

Benjamin Franklin began experimenting with electricity in America and documented the experiments.  He was able to finance his extensive work by selling off his belongings.  He is known for flying a kite in a storm that had a wet string and a key tied to the end of it.  When he observed sparks leaping from the key to his hand he understood that lightning was a natural form of electricity.

Alessandro Volta of Italy invented the electric cell in 1800, making it easier for scientists to study electricity and its various applications.  When the electric cells are connected together a battery is created.

Alexander Graham Bell is known to have invented the telephone.  Bell’s worked as a teacher for deaf students professionally which explains his fascination with different ways to transmit sounds.  During his experiments with sound transmission he began to use electricity, which eventually led to his success with the telephone.

Thomas Doolittle, a mill worker from Connecticut created the method that was used to create the first hand drawn copper wire that strong enough to use as a telegraph wire.  A man by the name of Michael Faraday discovered that electricity was created when a magnet was passed through ordinary copper wire.  This is the application that is used in America’s power plant to generate electricity that is delivered to customers across the country.  Both the electric generator and are built on this principle.  A generator takes mechanical energy and converts it to electricity.  On the other hand, motors convert electrical energy to mechanical energy.

While Thomas Edison experimented with electricity he was able to invent the electrical light bulb in addition to many other gadgets.  His biggest challenge when creating the light bulb was to find the right material to use for the filament.  He settled on carbon soaked cotton thread.  The carbon was used to prevent the cotton thread from burning.  The thread glowed as the electricity traveled through it.  As soon as the popularity of the light bulb caught on he turned his attention to the development of power plants that would be run the light bulbs.  The first power plant that he built began operating in 1882 and served 85 New York city customers.

A major turning point occurred in 1895.  The power plant that was built by Edison was only capable of transporting power a short distance since it used direct current of DC.  The power was transmitted approximately just one square mile surrounding the power plant.  With the development of alternating current or AC in 1895 the plant was able to transport power over 200 miles from the newly built power plant in Niagara Falls.

Electricity was rather slow to catch on in America.  Many people were excited by the new inventions, but some were afraid of the electrical current and hesitated to have it installed in their houses.  Some people were unable to afford the price of the service.  Electricity was blamed for causing the end of simple living.  Many people felt that electric lights were less romantic than the gas light they were used to.

Many expos and fairs often featured exhibits that displayed the recent inventions that used electricity as their power source.  The 1893 Columbian Exposition that was held in Chicago displayed 5,000 arc lights and 90,000 incandescent lamps.  People that visited the expo had the opportunity to view or ride the different electrified exhibits which included three cranes, several water fountains, a moving sidewalk, elevators and a street car system that was created by General Electric.

The Pan-American Exposition that was held in Buffalo, NY in 1901 used electricity as the theme.  An electric tower that was 400 feet in height, displaying 40,000 lights was featured in addition to the Electricity Building which was home to a huge exhibit of electrical appliances.

Power became accessible by more people as small electrical companies started to spring up around the country.  A number of the smaller companies started to merge together and form large conglomerates, the largest ones being General Electric and Westinghouse.  These two companies started building power plants that were equipped with generators that used fossil fuel combustion and steam to produce electricity.  Other plants were being built that used kinetic power to generate power like water or wind.  Once nuclear power was developed, the power that was released as nuclear reactions occurred was used to create electricity.

The demand for electricity grew by 12% each year for the first thirty years of the twentieth century.  In order to keep up with today’s demand for electricity, renewable resources are being implemented to supply the much needed power.  Many people are using solar power, hydropower and wind power are being put to use in order to meet the demands of consumers and to protect the environment.

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Do it Yourself Solar Energy – Save Electricity With Solar Power

One of the fastest growing home power solutions is a Do It Yourself solar energy system. Our homes consume large amount of power. We use electricity to run all of our electrical appliances. In fact, we never thought of how we use energy until we receive the monthly utility bill or when there is a blackout.

At the current housing growth rate, very soon we will have an energy scarcity and that in effect will raise its cost. Are there any ways we can reduce our home electricity consumption? One option is to explore the concept or renewable energy such as solar. This article will provide some information of the process of using solar power at home.

In the past, a home solar power system was quite expensive since making it impractical. With a Do It Yourself solar energy system, the cost is substantially less making it available for the average home owners.

To build a solar generator at home is quite simple. All you have to do is build a solar array to collect the sun energy. The array is made of multiple solar cells joined together.

Solar cell or Photovoltaic (PV) has the ability to create electric current when exposed to sun light. The electric current generated by the array can be flowed into a deep cycle batteries bank via a charge controller.

The stored energy can be used to power our homes. Since battery can only hold Direct Current (DC), we need to use an inverter to convert to DC to Alternate Current (AC). AC is use to run all our household electrical equipment.

To reduce your home electricity bills, you can start with a Do It Yourself solar energy system. If you are not well versed with hand tools, you can outsource the construction work to a professional contractor. With a minimum investment, you will be reaping the benefits of solar power at home year after year.

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Solar Power Equipment and Solar Electricity System Explained

It is very amazing to know that the energy that human beings consume in one whole year is only equivalent to one hour of sun's energy being emitted to the earth. Indeed the sun possesses an impressive amount of energy and yet massive it may be, it gives life to all the creatures on the earth's surface. Each organism makes use of the solar energy in different ways. The plants for example, they are able to absorb solar energy for food production through the process of what is known as photosynthesis. Human beings on the other hand were able to maximize solar energy making use of it through technological advances. That is made possible with the use of solar power equipment. Through this equipment it is made possible for solar energy to be converted into mechanical energy and even other types of energy.

Generating solar power into other forms generally involves its conversion to current flow or electricity. All other forms of energy are produced from this. It is through this that household appliance, lighting equipment, computers and other more are being supplied. Typical solar power equipment utilizes photovoltaic cells which are made up of conductor and semiconductor materials such as gallium arsenide and silicon. In order to supply adequate amount of energy from solar panels, it is necessary to make use of large surface areas. It is also important to ensure the durability of the solar panels to withstand external environmental exposure. Through solar power equipment it is made possible to supply various applications ranging from small scale household appliances up to large scale buildings and machines. At present, there are new installation solutions being submitted for the integration of buildings, household and even machines.

Solar power equipment comes in different variations but generally, has the same components that supply appliances and other equipment such as in the household. The parts of typical solar power equipment include the following: photovoltaic cells, as indicated earlier, a battery, an inverter, an indicator. In order to reach a specific amount of needed energy output it is necessary to combine groups of photovoltaic cells and an appropriate voltage. For electrical storage for future usage, it is essential to make use of several numbers of batteries stored in the form of DC voltage. Most solar power equipment comes in package with battery chargers. The inverter on the other hand is used in order to provide power to AC dependent appliances. The inverter converges DC electricity into AC electricity which is most suitable for common household appliances. The solar power equipment also contains an indicator, which is commonly known as meters. This indicator or meter mainly provides visual indication regarding the power and voltage of the equipment.

Undoubtedly speaking, the sun is considered to be the most abundant energy resource of the planet. It provides natural, sustainable and safe energy unlike any other. Let us start making use of solar energy and maximizing it through the use of solar power equipment. Stop digging for oil underground and start looking up in the sky for solar energy.

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Cargador de Baterias sin Electricidad.—-Battery Charger Without Electricity



Cargador experimental de pequeñas baterias y pilas que no necesita electricidad, solo pequeños movimientos. Es aplicable a cualquier vehiculo para generar luz con leds: bicicletas , motos autos, sulkys, caballos, etc, etc
ENLACES

PUENTE RECTIFICADOR DE DIODOS:

GENERADOR ELECTRICO POR MOVIMIENTO:

CANAL EL ANGELITO:

INVENTOS CASEROS:

EXPLOSIONES CON MATERIALES CASEROS:

EXPERIMENTOS CON HORNOS DE MICROONDAS:

Experimental small battery charger and batteries that do not need electricity, only small movements. It is applicable to any vehicle for generating light with LEDs: bicycles, motorcycles cars, sulkies, horses, etc, etc
                                                           LINKS

BRIDGE RECTIFIER DIODES:

ELECTRIC GENERATOR MOTION:

CHANNEL THE ANGEL:

INVENTOS HOME:

EXPLOSIONS household materials:

EXPERIMENTS WITH MICROWAVE OVENS:
https://www.youtube.com/watch?feature=player_embedded&v=YTPvwWFQbSc #elangelito #arroyito #cordoba

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Compare Electricity For Monetary Rewards

Almost all of our moves require electrical input. From using our phones to reading e-books, our modern lifestyles now require sparks and currents. Because of this demand, it is advisable to compare electricity rates from various suppliers in order to have monetary rewards.

  • You do not have to be too loyal to your electric power provider, especially if your monthly bill is not that economical anymore.
  • The bigger demand for energy means a higher price.
  • The good news is, in conjunction with more retail competition in power source, people now have the benefit to select from more affordable prices and much better services without having ties to only one supplier.
  • You can do a comparison of different plans from different suppliers and choose one that suits your preferences.
  • The electrical power that you get to experience stay the same, but the different plans would mean variations in their pricing, payment methods, environmental friendliness and customer service.
  • Look at all alternatives and contemplate whether your plan at this time is already suitable for your consumption, or whether you will find yourself saving more when you switch.
  • You do not have to be concerned about the hassle of installing brand-new wiring, changing metres or poles because the only change will be the one who sends your bills and handles your accounts.
  • Power charges are determined by area. The farther you are from the electric plant, the more you have to pay.
  • Your area’s network operation and servicing cost, population size, and density determine how much cash you may spend.
  • The main aspect in pricing, however, still relies on a fixed daily supply fee plus charges based upon use for every kilowatt hour. The more you consume electricity, the greater you pay.
  • Be aware that there are situations when we tend to use up more power. Changes in climate are one. If it gets cooler, we use heating units more. If it gets very hot outside, we let air conditioning units operate overtime. Heating and cooling systems work harder and use up more energy.
  • Another case in point is using old appliances. They are inexpensive when we buy them but they are more expensive because they require more electricity to function. Investing on new, energy-efficient models can be pricy upon purchase but offer big savings in bills over time.

Finding the best service provider is only the starting point on saving more cash for other more important needs. We still must devote personal efforts because our expenses are parallel to our use. Follow the tips listed above to serve as your guide to compare electricity prices.

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Macquarie Shopping Centre Electric Car Charger is tricky to find



There are two ChargePoint Type 1 J1772 chargers located at the Macquarie Shopping Centre carpark. These chargers are difficult to reach as they are ‘hidden’ behind the valet parking area. This video shows you how to get to these chargers (without having to pay for valet).

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FastCharging Explained 0 – 100% in XYZ Minutes



Namaskaar Dosto, is video mein maine aapse Fast Charging ke baare mein baat ki hai, Fast Charging, Dash Charging, Quick Charging ya fir Turbo Charging kaise kaam karti hai, yeh maine aapko is video mein bataya hai. Mujhe umeed hai ki aapko Fast Charging ke baare mein yeh video pasand aayegi.

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Free Energy Generator Magnet 100% Using Light Bulb And Mobile Charger Real New Technology New Idea P



Free Energy Generator Magnet 100% Using Light Bulb And Mobile Charger Real New Technology New Idea project

#Free_Energy #Free_Energy_Generator #Energy #Mobile #Free
#Magnet
For More Information Please Visit Our Website
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View my other videos
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Free Energy_ How To Make Solar Panel With CD Flat 100% Working New Project 2018

Free Energy _ Motor Converted To a Generator(Alternator) From Washing Machine Motor

how to make inverter 12v to 220v 200Watt step by step FULL video

Make Mini Amplifier 100Watt With 2Sc 2625 Transistor Input 9 Volt Homemade New Project 2018

free energy generator_How to make 100% real100% real without battery by MultiElectric

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Make a Free Energy Generator from a Dead Printer Motors use Light Bulbs 100 watts 2017

free energy generator 100 kva Self running 24 hours make free electricity 100% 2018 new video

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make free energy generator mini best of world 2017 new project

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NRMA Electric Car Charging Network (Oct 2018 Update)



The NRMA is rolling out 40 electric car charging locations across NSW and ACT as part of its Social Dividend Reinvestment Strategy. The plan is set to cost the NRMA $10 million dollars and will account for 95% of road trips taken by NSW and ACT motorists. Each charger will be spaced at most 150km apart on major roadways. The latest location to go online is Mittagong, located at the Mittagong RSL Club carpark. All NRMA chargers are supplied by Australian company Tritium Veefil who have also supplied charging networks across Europe, USA and locally in Australia. Tritium chargers are rapid DC chargers using either ChaDeMo or CCS2.

More details:
NRMA installs charger in Southern Highlands: https://www.mynrma.com.au/community/news-and-media-centre/nrma-installs-first-ev-fast-charging-station-in-southern-highlands?fbclid=IwAR0mKZ_RPFGSlsxU4S6v7Kz9eBOL48ZsmFt5hh148vdgryd_BqLRRzEUX9s

MUSIC:
The Path Taken by Mixaund | https://mixaund.bandcamp.com
Music promoted by https://www.free-stock-music.com

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Lemon powered Supercar- WORLD’S LARGEST Lemon Battery



I was challenged by VW to make electricity to support their electric Supercar at Pike’s Peak. The CRUSHED the course record by 15 seconds in the race. I got a little help from William Osman and some kids and without hurting any feelings one was better than the other.

Check out William’s video here: https://youtu.be/oa5MRqrEdJI

The battery used to store and deliver the lemon, zipline, and solar power is a Mobi Gen built by FreeWire Technologies

MUSIC-
0:01- Arrow- Andrew Applepie- http://andrewapplepie.com/
1:09- Run- Andrew Applepie- http://andrewapplepie.com/
1:56- Keep on Tryin- Andrew Applepie- http://andrewapplepie.com/
2:42- Cereal Killa- Blue Wednesday – https://soundcloud.com/bluewednesday/
5:48- Danijel Zambo- Riding through the hall of the mountain king- https://soundcloud.com/danijel-zambo
6:24- Joakim Karud- Almost Original
8:46- Berlin- Andrew Applepie- http://andrewapplepie.com/
9:35- Danijel Zambo- Devil in Diguise- https://soundcloud.com/danijel-zambo
11:35- Too Happy to be cool by Notebreak- https://soundcloud.com/notebreak/dubstep-too-happy-to-be-cool

Summary: I was challenged to charge VW’s electric supercar for the upcoming Pike’s Peak race. I first built a lemon battery with William Osman. Then we tried a regenerative zipline. Then we tried solar power with a twist.

MERCH-
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