Creating an Electrical Wire Corona: Voltage, Amps & Cameras

In summary, creating an electrical wire corona involves understanding the relationship between voltage and amps, as well as utilizing specialized cameras to detect and monitor the corona. High voltage and low amps are necessary for creating a visible corona, while high amps can lead to dangerous and damaging corona discharges. Specialized cameras, such as ultraviolet and infrared cameras, are used to detect and monitor the corona for safety and maintenance purposes. Overall, careful consideration of voltage and amps, along with the use of specialized cameras, is essential in creating and managing an electrical wire corona.
  • #1
jef9911
1
0
Does anyone know what current voltage, amps would be required
to produce a corona around an electrical wire? I gather that this
would also be dependent upon the wire material and size. I have
seen photos of this and would like to do reproduce the process.
What type of camera may these have be filmed with??
 
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  • #2
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1. What is the purpose of creating an electrical wire corona?

The purpose of creating an electrical wire corona is to visualize and study the electrical discharge that occurs around high voltage power lines. This phenomenon, also known as corona discharge, can have significant impacts on power transmission and the surrounding environment.

2. What factors affect the voltage and amps of an electrical wire corona?

The voltage and amps of an electrical wire corona are primarily affected by the shape and size of the wire, as well as the surrounding air pressure, temperature, and humidity. Other factors such as the type and condition of the wire, the intensity of the electric field, and the proximity of other conductors can also play a role.

3. How is an electrical wire corona measured and monitored?

An electrical wire corona can be measured and monitored using specialized cameras and sensors. These devices detect the ultraviolet light emitted by the corona discharge and convert it into visible light for analysis. Advanced software can also be used to track changes in the corona over time, providing valuable data for research and maintenance purposes.

4. What are the potential hazards of an electrical wire corona?

An electrical wire corona can pose several hazards, including radio frequency interference, ozone production, and electrical noise. It can also cause power loss and damage to the surrounding environment, such as creating a faint humming noise, producing a visible glow, and causing wildfires in dry conditions.

5. How can the information gathered from studying an electrical wire corona be used?

The information gathered from studying an electrical wire corona can be used to improve the design and maintenance of power transmission systems, as well as to inform safety regulations and environmental impact assessments. It can also aid in developing more efficient and sustainable methods of power generation and distribution.

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