If you are planning capital work for the coming year, the single most useful thing to know is that lead times are still the binding constraint on most projects, and they are not improving quickly. Large power transformers and custom switchgear are regularly quoted in many months, and on some equipment well past a year. That reality should drive the order of your planning, not the other way round.
So the sequence below is deliberate. It is the order the decisions have to happen in if the work is going to land on schedule, rather than a list of good practices you can take in any order.
First: find out what is actually limiting you
Most upgrade lists we get handed are really lists of things that broke recently. Reasonable place to start, poor place to finish, because the equipment that failed is not necessarily the equipment holding the system back.
A load flow across the whole system, with your real interval data rather than a nameplate estimate, tends to relocate the problem. We have seen plenty of cases where the feeder everyone wanted to rebuild was fine and the actual limit was a regulator setting or a transformer two steps upstream. That study costs a fraction of the construction it redirects.
Second: get the long-lead items identified and ordered
Once you know what you need, order the long-lead items before you have finished designing everything around them. It feels backwards and it is how projects get built on time. A transformer ordered in March arrives in January and you have a project. Order the same transformer in September and you have one that slipped a year.
Third: sequence the outages around your season
Every utility and facility has a window where taking equipment out of service is merely inconvenient rather than unacceptable. Those windows are short and they fill up. Building the construction sequence around them, early, is usually the difference between doing the work in one planned outage and doing it in three.
What to do about the things you cannot forecast
Data centers, electrification and manufacturing expansion are all putting real pressure on Indiana systems, and none of it forecasts cleanly. We are not going to pretend otherwise.
What you can do is buy optionality in the places where it is cheap. Spare conduit while the trench is open. Positions in a substation while it is being built. Room in a switchgear lineup. None of those commit you to a load that may never arrive, and all of them are far cheaper now than as a retrofit.
