When providing prime power generation and standby generation, what should you bond together?

Bonding the neutral and ground is essential in both prime power generation and standby generation systems for several reasons. This practice helps ensure safety and proper operation of electrical systems. When the neutral is bonded to ground at the service entrance, it provides a reference point for the voltage levels in the electrical system, allowing for effective fault current paths. This bonding helps protect both equipment and individuals by facilitating the operation of overcurrent protection devices, such as circuit breakers, during fault conditions.

Additionally, bonding the neutral to ground minimizes the potential difference between grounded surfaces and helps prevent shock hazards. It also reduces electromagnetic interference and disturbances in the electrical system, which is particularly important in environments with sensitive electronic equipment.

In generator systems, particularly, this bonding is vital to ensure that fault currents can effectively return to ground, allowing equipment to operate as intended during both normal and emergency operation modes. Without proper bonding, energized equipment could remain live during a fault, posing serious safety risks.

The other options involve elements that are either not directly related to grounding and bonding practices or do not specifically address the requirement for safety and operation effectiveness in power generation systems.