Show with the help of a diagram, how is energy registered correctly in case of electronic meter with neutral removed and load running through the earth.

In a scenario where the neutral connection is removed from an electronic meter and the load is running through the earth, the meter may inaccurately register energy consumption. However, I'll illustrate a simplified diagram of how energy might be registered in such a situation:

[Diagram]

1. Load Connection: The load is connected to the phase (L) and earth (E) terminals of the electronic meter. In the absence of a neutral connection, the load completes the circuit by using the earth as a return path.

2. Electronic Meter: The electronic meter measures the flow of current passing through the load via the phase and earth connections. However, without a neutral connection, the meter may not accurately measure the energy consumed by the load, as it relies on balanced current flow between the phase and neutral conductors for accurate registration.

3. Earth Connection: The load's return path is through the earth, which is not ideal for accurate energy measurement. Current flowing through the earth can lead to errors in energy registration, as the meter may not be able to distinguish between legitimate load current and leakage current.

4. Inaccuracy: Without the neutral connection, the electronic meter may register only a portion of the actual energy consumed by the load. Leakage currents and other stray currents flowing through the earth can interfere with the meter's measurements, leading to inaccuracies in energy registration.

It's important to note that tampering with the neutral connection of an electronic meter and using the earth as a return path is unsafe, unreliable, and illegal. Such practices can lead to electrical hazards, damage to equipment, and inaccurate billing. To ensure accurate energy measurement and safety, proper electrical installations and connections must be maintained as per regulatory standards and guidelines.