Off-Grid Solar Power Made Simple PDF
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LanguageEnglish
Pages99
FormatPDF
Size1.95 MB


Off-Grid Solar Power Made Simple PDF



Off-Grid Solar Power Made Simple A Simple Guide to Building and Installing Solar Power Panels for Homes, Cabins, and Vehicles | PDF Free Download.

Off-Grid Solar Power Made Simple Contents


  • Introduction
  • The Science Of Electricity
  • Selecting Solar Power System Components
  • How To Install A Solar Power System
  • Application Of Solar Power System
  • Monitoring Your Solar Power System Conclusion

Introduction to Off-Grid Solar Power Made Simple PDF


Electricity is a type of power made up of electron flows. It is a secondary source of energy produced by the combustion from other energy sources, such as oil, natural gas, coal, nuclear power, and others.

This is a vital part of the climate. The power of free-flowing water such as waterfalls or rivers can be used as a source for generating electricity through the use of mechanisms. Power is an energy source. Every matter consists of atoms, and there is an atom called a nucleus.

The nucleus consists of charged particles called protons and uncharged neutrons. The center of an atom is surrounded by particles called electrons, which are negatively charged.

The electron's negative load is identical to a proton's positive charge, and usually, the electron count is equal to the proton count. If an external force disturbs the equilibrium force between protons and electrons, an atom can gain or lose an electron.

The free movement of such electrons becomes an electrical current if electrons are "missing" in an atom. Electricity is one of the very commonly used sources of energy and is a fundamental feature of nature.

The extraction of electricity from other sources of energy, such as coal, natural gas, and oil, as well as nuclear energy and other natural resources, called primary sources, gives us a secondary source of renewable energy.

Together with waterfalls (a key mechanical energy source), many towns were built to enable water wheels to operate. Houses were lit up with gas lamps, the food was frozen in ice-boxes, and the rooms were warmed by wood-fires and fire stoves before electricity generation just over 100 years ago.

The concepts of electricity have slowly been recognized, beginning with Benjamin Franklin's experiment with a stormy kite one night in Philadelphia.

In the mid-1800s, the invention of the electric bulb changed everybody's lives. Electricity was used in outdoor lighting in arc lights before 1879. The invention of the light bulb uses electricity to carry light into our homes. 

What is the Function of a Transformer?

George Westinghouse and William Stanley had designed a transformer system to address the question of transmitting energy over long distances. The energy can be distributed effectively over long distances by the transformer.

This allowed households and businesses far from the generation plant to be provided with electricity. While this is very important in our everyday lives, most of us avoid thinking about life without these resources.

We prefer to take energy as a matter of nature, like air and water. We use electricity for our daily activities, from lighting and heating to cooling and running televisions and computers.

Each day, we use electricity. Electricity is a controllable and convenient energy form used for heat, light, and power applications. An electric power system is now set up in the United States (U.S.) to ensure that ample energy supplies are generated at any one time to satisfy all demand requirements. 

Why do you Produce Electricity?

An electric generator is an electrical power conversion device. The cycle depends on the relationship between electricity and magnetism.

When a cable or some other electrically compatible object crosses a magnetic field, an electric current takes place in the cable. The broad electric power generators are equipped with a steady conductor.

A magnet is mounted inside a secure conductive ring wrapped in a long, continual wire at the end of a revolving shaft. As the magnet rotates, each part of the wire produces a slight electric current.

A small, separate electric conductor constitutes each wire section. All the small currents of each segment add up to one big current. This current is used for electricity.

How are Electricity-generating Turbines Used?

An electric power plant uses an electric generator, a turbine, a motor, a water wheel, or a similar system to drive a generator or an electricity converter. The most popular methods for producing electricity include steam turbines, internal combustion engines, gas combustion turbines, water turbines, and wind turbines.

Most power is generated in steam turbines in the United States. The kinetic energy of a fluid (liquid or gas) is converted into mechanical energy by a turbine. Steam turbines have several blades on a shaft to which steam is driven, and the shaft connected to the generator rotates.

The fuel is burned in a furnace to heat water in a boiler to produce steam in a fossil-fueled steam turbine. Coal, gasoline, and natural gas are burned to heat water in a large furnace to create vapor that drives the blades of a turbine in turn.

Are you aware that coal is the primary power source in the United States used for producing electricity? In 1998, the country used coal to produce power in more than half (52-percent) of its 3,62 trillion kilometers of power.

Natural gas may also be burnt to create hot combustion gases, directly passing through a turbine that spins the turbine blades to generate electricity, as well as to heat water into steam. If the demand for energy is high, gas turbines are widely used.

15% of electricity in the country was powered by natural gas in 1998. Petroleum can also be used to move a turbine by using steam.

The petroleum product used in electric power plants to produce steam is also the residual fuel oil derived from crude oil.

In 1998, less than 3-percent (3%) of all power produced in U.S. power plants was made using petroleum. Nuclear power is a mechanism by which a process called nuclear fission creates steam from boiling water.

A reactor includes a nuclear core fuel, mainly enriched uranium, in a nuclear power plant. When neutrons strike uranium fuel atoms, heat is released, and more neutrons are emitted.

These other neutrons will hit more uranium atoms under controlled conditions, break more atoms, etc. This may lead to ongoing fission, forming a chain reaction that releases heat.

The heat is used to transform water into steam, which spins an electricity-producing turbine. In 2015, 19.47-percent of all the country's electricity was generated using nuclear power. As of 2013, 6.8% of the U.S. electricity supply was made up of hydropower.

It is used to move a turbine attached to a generator by flowing water. Most of the hydroelectric systems generating electricity have two basic forms. The first method accumulates water through the use of dams in reservoirs.

The waterfalls through a tube called a penstock and force the turbine blades to fuel the generator.

The forcefulness of the current in the river (instead of the falling water) is applied to the turbine blades to generate electricity in the second phase, known as run-off. The geothermal power and other generation sources come from under the earth's surface heat energy.

In some parts of the world, magma flows near the earth's surface to heat underground water into steam, which can be exploited to be used in steam turbines. In some parts, magma can also be used in certain cases.

As of 2013, this source of energy generates less than 1-percent of the country's electricity, as stated in a U.S. assessment.

Energy information administration shows that nine Western countries can generate sufficient electricity to supply 20-percent of the energy requirements of the country using this method. Solar energy comes from the sun's energy.

However, the energy of the sun is not fully available and is widely dispersed. Historically, processes used to produce energy from the sun have been more expensive than the use of conventional fossil fuels.

Photovoltaic transmission directly generates electric power in a photovoltaic (solar) cell from the light of the sun. Solar thermal power generators use sunlight to produce steam for driving turbines. Solar energy supplies in the country accounted for less than 1-percent in 2015.

The energy found in the wind is transformed into electricity by wind power. Like the sun, wind power is typically an expensive form of electricity output. In 2014, approximately 4.44% of the electricity produced with this method in the nation was used.

A wind turbine is like a regular windmill. Some other sources of energy for the production of electricity are biomass (wood, municipal solid waste), and agricultural waste such as maize cobs and wheat straw. The sources substitute in the boiler for fossil fuels.

Typical use in modern steam power plants is the burning of wood and waste. In 2015, the electricity produced by biomass accounted for 1.57% in the U.S. The created electricity flows along a cable into a transformer that switches from low-voltage to high-voltage electricity.

The effective use of high-voltage allows electricity to travel long distances. The electricity is transported to a substation via transmission lines.

Substances are fitted with transformers that transform high voltage electricity into less power. Distribution lines convey electricity from the substation to houses, offices, and plants that need electricity of low-voltage.

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