Trace the equipment that each device separates

Mark the controlled load branches, battery branch, rectifier connection and supply for the supervisory controller. Determine whether a disconnect affects all loads or only a lower-priority group. Identify any equipment on an uncontrolled branch. Do this from accepted drawings and manufacturer descriptions, rather than assuming a contactor's name fully describes its installed position.

Describe loss and restoration of service

Ask the operator which communications functions must remain and which may be removed under the approved design. Then request the documented reconnect conditions and restoration sequence. Reconnecting a battery is not the same event as restarting a radio. Include any load startup demand and supervisory supply dependency. This page supplies no disconnect voltage or permission to change an existing protection setting.

A useful review scenario removes only the identified load group while leaving another source present. Its resulting bus and communications states can differ from a scenario that removes the battery branch instead.

Bound the wind contribution

A wind addition must be assessed in the states created by either disconnect. Check whether it retains a permitted energy destination and whether the site loads are actually available to consume generation. If a radio branch is open, its ordinary demand cannot still be credited as useful wind consumption. Send the state diagram and service-priority requirements with the RFQ. The wind supplier should identify the proposed electrical interface; the telecom designer remains responsible for accepted service continuity and disconnect coordination.