Naveen Roadways Interview Questions and Answers

The type of distribution network preferred depends on the product and target market.

• Direct distribution is preferred for high-end products with a niche market.

• Indirect distribution is preferred for mass-market products with a wide target audience.

• Hybrid distribution is a combination of both direct and indirect distribution.

• Factors such as cost, control, and customer reach should be considered when choosing a distribution network.

Reducing losses in distribution network can be achieved through proper maintenance, upgrades, and monitoring.

• Regular maintenance of equipment and infrastructure

• Upgrading to more efficient technology

• Monitoring for leaks and other issues

• Implementing smart grid technology

• Training staff on best practices

• Improving communication and coordination between departments

• Investing in renewable energy sources

• Using data analytics to identify and address problem areas

Phase advancer devices are used to improve the power factor of induction motors.

• Phase advancer devices are used in induction motors to improve their power factor.

• They work by creating a magnetic field that leads the rotor magnetic field, which helps to increase the motor's efficiency.

• Examples of phase advancer devices include capacitors, resistors, and inductors.

• They are commonly used in industrial settings to improve the efficiency of large motors.

• Phase advancer devices can ...read more

A ring main unit is a type of switchgear used in power distribution networks.

• It is used to control and protect electrical power systems.

• It is typically used in medium voltage applications.

• It consists of a ring of switches and fuses that can be used to isolate different sections of the network.

• It is commonly used in industrial and commercial settings.

• Examples of ring main unit manufacturers include ABB, Siemens, and Schneider Electric.

Power factor improvement methods involve various techniques to reduce reactive power and improve the efficiency of electrical systems.

• Installing power factor correction capacitors

• Using synchronous condensers

• Applying static VAR compensators

• Implementing phase advancers

• Utilizing active power filters

• Employing harmonic filters

• Optimizing motor and equipment sizing

• Educating users on power factor awareness and management