electric power systems basics of investing
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Electric power systems basics of investing forexindo surabaya indonesia

Electric power systems basics of investing

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So in power systems where generation is distant from the load, it is desirable to step-up increase the voltage of power at the generation point and then step-down decrease the voltage near the load. Secondly, it is often more economical to install turbines that produce higher voltages than would be used by most appliances, so the ability to easily transform voltages means this mismatch between voltages can be easily managed.

Solid state devices, which are products of the semiconductor revolution, make it possible to transform DC power to different voltages, build brushless DC machines and convert between AC and DC power. Nevertheless devices utilising solid state technology are often more expensive than their traditional counterparts, so AC power remains in widespread use. There is no permanently wise man, but men capable of wisdom, who, being put into certain company, or other favorable conditions, become wise for a short time, as glasses rubbed acquire electric power for a while.

See Figure 1. Figure 1. One-line diagrams use single lines and symbols to show system components and operation. For example, a one-line diagram may show a High voltages are used for the distribution of large amounts of electric power using small conductor sizes. The high voltage is then stepped down to low voltage levels and delivered to distribution panels.

The distribution panels route power to individual loads such as industrial equipment, motors, lamps, and computers. Feeders and Busways The electrical distribution system of a building must transport electric power from the source of power to the loads.

In large buildings, the distribution may be over large areas with many different electrical requirements throughout the building. See Figure 2. In many cases where it is common to shift production machinery, the distribution system must be changed from time to time.

A busway is a metal-enclosed distribution system of busbars available in prefabricated sections. Prefabricated fittings, tees, elbows, and crosses simplify the connection and reconnection of the distribution system.

When sections are bolted together, electric power is available at many locations and throughout the system. A busway does not have exposed conductors. This is because the power in a plant distribution system is at a high level. To offer protection from the high voltage, the conductors of a busway are supported with insulating blocks and covered with an enclosure to prevent accidental contact.

A typical busway distribution system provides for fast connection and disconnection of machinery. Busways enable manufacturing plants to be retooled or re-engineered without major changes in the distribution system. Figure 2. The electrical distribution system in a plant must transport the electric power from the source of supply to the loads. Shorter lengths are used as needed.

Prefabricated elbows, tees, and crosses make it possible for the electric power to run up, down, and around corners and to be tapped off from the distribution system. This allows the distribution system to have maximum flexibility with simple and easy connections as work is performed on installations. Busways Types The two basic types of busways are feeder and plug-in busways.

See Figure 3. Feeder busways deliver the power from the source to a load-consuming device. Plug-in busways serve the same function as feeder busways, but they also allow load-consuming devices to be conveniently added along the bus structure. A plug-in power panel is used on a plug-in busway system. The three general types of plug-in power panels used with busways are fusible switches, circuit breakers, and specialty plugs such as duplex receptacles with circuit breakers and twist-lock receptacles.

The conduit and wire are run to a machine or load from the fusible switches and circuit breaker plug-in panels. Generally, power cords may be used only for portable equipment. Figure 3.

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Overview of electric power systems - Sustainable Energy - TU Delft

Distribution transformer: A distribution transformer, also called as service transformer, provides final transformation in the electric power distribution system. It is basically a step-down 3-phase transformer. Distribution transformer steps down the voltage to Y/ volts. Here it means, voltage between any one phase and the neutral is Figure 2. The electrical distribution system in a plant must transport the electric power from the source of supply to the loads. The most common length of busways is 10′. Shorter lengths are . In our books power systems start with the load. Loads create a demand for electricity, and are the reason we have electricity demand in the first place. Much like the way a human heart exists to supply the human body with oxygen, generators exist to supply power to loads – .