What is the purpose of mitigation bonds in electrical systems?

What is the purpose of mitigation bonds in electrical systems?

• A. To enhance power transmission
• B. To provide a path for stray currents
• C. To increase electrical resistance
• D. To convert electrical energy

Answer: (B)

Mitigation bonds in electrical systems serve as a pathway for stray currents, ensuring that these currents are redirected safely away from sensitive equipment and infrastructure. Stray currents can arise from various sources, such as imbalances in electrical systems, and can cause damage to equipment or create safety hazards. By utilizing mitigation bonds, the unwanted currents are effectively managed, reducing the risk of corrosion in metals and minimizing the potential for harmful electrical effects. This practice is particularly relevant in environments such as cathodic protection systems, where it is crucial to manage electrical flow to protect pipelines and tanks from corrosion. Enhancing power transmission, increasing electrical resistance, or converting electrical energy are not primary functions of mitigation bonds. These concepts relate to different aspects of electrical engineering that do not address the specific safety and protective needs that mitigation bonds fulfill.

Mitigation bonds in electrical systems serve as a pathway for stray currents, ensuring that these currents are redirected safely away from sensitive equipment and infrastructure. Stray currents can arise from various sources, such as imbalances in electrical systems, and can cause damage to equipment or create safety hazards.

By utilizing mitigation bonds, the unwanted currents are effectively managed, reducing the risk of corrosion in metals and minimizing the potential for harmful electrical effects. This practice is particularly relevant in environments such as cathodic protection systems, where it is crucial to manage electrical flow to protect pipelines and tanks from corrosion.

Enhancing power transmission, increasing electrical resistance, or converting electrical energy are not primary functions of mitigation bonds. These concepts relate to different aspects of electrical engineering that do not address the specific safety and protective needs that mitigation bonds fulfill.