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Electrical & Power Generation

Electrical & Power Generation info:

Electrical energy generation involves the conversion of non-electrical power into a form of current that can be applied for industrial purposes. An electric charge is the product of subatomic interactions between particles, such as electrons. A charge will move across any material in which electrons can become excited, and if the necessary conditions are met, the charge will perpetuate itself into an electrical flow, or current. Electricity is typically generated by harnessing other forms of energy output, such as heat from fuel combustion or the kinetic motion of wind and water. Due to its versatility as a power source, electricity has a huge number of uses in the modern world, ranging from mass telecommunications and machinery operation to heating and lighting.


Early power plants relied on water or fossil fuel to generate energy, and many of their basic principles remain in place today, albeit with larger, more complex, and more efficient capabilities. Power storage units, such as batteries and capacitors, have become ubiquitous in energy distribution processes, while electromechanical generators and nuclear power plants produce vast amounts of energy to meet the ever-growing need for electricity.

Guides

Harnessing Hydroelectric Power
This article explains how hydroelectric power plants use the motion of water to generate and store electricity.
Hydraulic Power Unit Design and Operation
This article explains the basics of hydraulic power unit design and operational parameters.
Motors for a Hydraulic Power Unit
This article describes the operating principles, such as torque ratings, for electric, diesel, and gasoline motors designed for hydraulic power units.
Neodymium Magnet Applications
This article reviews what neodymium, or NIB, magnets are, and what types of applications they are used in.

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White Papers

How Your Plant Can Lower Its Bills Using Power Factor Correction; Identify Savings and Improve Efficiency by Measuring Your PF
Focusing on Power Factor (PF) and its effect on factory's power bill, this paper highlights that substantial savings and greater equipment efficiency can be achieved by measuring factory's PF and applying suitable PF correction techniques. It explains how the three electrical power aspects namely real, reactive and apparent power are used to...
Hog Jaw and Snout Puller
This paper explains how Millard got an opportunity to develop the hog jaw and snout puller, which automatically removes hog snout and simultaneously separates jawbone from the pork head by maintaining quality and safety with less labor. It details that the company designed and installed the automated hog jaw and snout puller, which unhinges the...
Under the Boot: ETCO Research Takes a Look at Coil on Plug Connections
Focusing on the connection between the coil and the spark plug used in the coil on plug assemblies, this paper compares and evaluates an assortment of industry standard coil to plug connections. It applies various tests and measurements, which expose each connecting device to the same conditions, providing an, "apples to apples" comparison and use...
Deploying Intelligent Power Supplies to Save Energy
As the cost of controls equipment and energy usage continues to climb, using energy-efficient and intelligent power supplies provides cost savings from the energy consumption standpoint, as well as the control sustainability aspect. This paper reviews the energy performance of today's high-end power supplies and details how a better understanding...

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