Year: 2018 Language: english Author: William Errol Prowse IV Genre: Guide Edition: 1 ISBN: 978-1546567110 Format: PDF Quality: eBook Pages count: 91 Description: A solar panel will produce electricity, a battery will store electricity and a set of appliances will consume electricity. Electricity travels in wires, or conductors, to transfer energy across distance. 2 wires are required to carry electrical force from one location to another. Electrical energy can be carried in two ways: -Direct Current (DC Power): The flow of electricity is direct and flows like a river. It comes in one wire and flows out the second wire. One wire is positive, one wire is negative. The differentiation of the positive and negative wire is called the polarity and refers to the electrical charge present in the wires which are used to transmit electrical force. -Alternating Current (AC Power): Unlike DC, the electrical force in an AC circuit does not flow, but instead vibrates back and forth to carry energy. Imagine how ocean waves can transmit energy over vast distances, without moving the water. Same concept. There is no positive or negative wire in an AC circuit. Instead, the polarity or electrical charge in the wires is constantly alternating. Alternating current is more efficient than direct current over long distances, but direct current is required if you plan to store the electricity in a battery. Appliances can be designed to use DC or AC power. Some motors and lights can be powered with AC power, but most AC appliances transform the AC electricity into DC electricity, mwhich is much more versatile. AC electricity is great for sending electrical energy over long distances, and DC electricity is versatile and easy to put to work. In a solar power system: -Solar panels produce DC electricity that travels through 2 wires and is stored in a battery. -DC powered appliances are then connected to the battery with 2 wires so that they will consume the stored electricity in the battery and put it to work. -If you plan to power AC appliances with a DC battery, you will need to transform DC electricity into AC electricity with a device called an inverter. More on this in a bit.
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Mobile Solar Power Made Easy
Year: 2018
Language: english
Author: William Errol Prowse IV
Genre: Guide
Edition: 1
ISBN: 978-1546567110
Format: PDF
Quality: eBook
Pages count: 91
Description: A solar panel will produce electricity, a battery will store electricity and a set of appliances will consume electricity.
Electricity travels in wires, or conductors, to transfer energy across distance. 2 wires are required to carry electrical
force from one location to another.
Electrical energy can be carried in two ways:
-Direct Current (DC Power): The flow of electricity is direct and flows like a river. It comes in one wire and flows out the second wire. One wire is positive, one wire is negative. The differentiation of the positive and negative wire is called the polarity and refers to the electrical charge present in the wires which are used to transmit electrical force.
-Alternating Current (AC Power): Unlike DC, the electrical force in an AC circuit does not flow, but instead vibrates back and forth to carry energy. Imagine how ocean waves can transmit energy over vast distances, without moving the water. Same concept. There is no positive or negative wire in an AC circuit.
Instead, the polarity or electrical charge in the wires is constantly alternating.
Alternating current is more efficient than direct current over long distances, but direct current is required if you plan to store the electricity in a battery. Appliances can be designed to use DC or AC power. Some motors and lights can be powered with AC power, but most AC appliances transform the AC electricity into DC electricity, mwhich is much more versatile.
AC electricity is great for sending electrical energy over long distances, and DC electricity is versatile and easy to put to work.
In a solar power system:
-Solar panels produce DC electricity that travels through 2 wires and is stored in a battery.
-DC powered appliances are then connected to the battery with 2 wires so that they will consume the stored electricity in the battery and put it to work.
-If you plan to power AC appliances with a DC battery, you will need to transform DC electricity into AC electricity with a device called an inverter. More on this in a bit.
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Mobile Solar Power Made Easy! - Mobile 12 volt off grid solar system design and installation - Prowse IV W.E. [2017, PDF/EPUB]
Author: Prowse IV W.E. | Year: 2017 | Language: english | Format: PDF/EPUB | Quality: eBook | Pages count: 108 | Genre: Technical book
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