What resistors are used in energy storage stations

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What resistors are used in energy storage stations

6 FAQs about [What resistors are used in energy storage stations]

What is a resistor used for?

In electronic circuits, resistors are used to reduce cur-rent flow, divide voltages (turning a large voltage into a smaller one), bias a microcontroller’s input pin to a known state, control gain of amplifiers, and terminate transmission lines, among other purposes.

What is a resistor power rating?

The resistor’s power rating is the amount of energy the resistor can dissipate in a given time at the designated ambient temperature (usually +70oC or below). If the circuit operates at temperatures exceeding the resistor’s rated temperature, resistor power handling must be de-rated appropriately.

How does a resistor work?

A resistor is a passive electrical device connected into an electrical circuit to introduce a specified resistance in the flow of electric current. A very high resistance al-lows a small amount of current to flow. A very low resis-tance allows a large amount of current to flow. The re-sistance is measured in ohms.

What is a wattage rated resistor?

Resistors are rated to dissipate a given wattage without exceeding a specified temperature, and the physical size is made large enough to accomplish this. Higher power ratings require a larger size and may even re-quire heat sinks. For a surface mount resistor, the pow-er rating generally ranges from less than 100 milliwatts to few watts.

What is a Pir resistor?

PIRs, such as those offered by Cressall Resistors, are a three-phase resistor, insulated for the full system voltage, typically 33kV and fitted with isolating devices as required. PIRs have a high thermal mass allowing them to absorb energy from high inrushes while still being compact enough to fit efficiently in a transformer substation.

How does wattage affect a resistor?

Mathematically, the wattage varies as the square of the current, or voltage. As noted above, when an electrical current passes through a resistor due to the presence of a voltage across it, electrical energy is lost by the resistor in the form of heat; the greater this current flow, the hotter the resistor will get.

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