The main meter tells you nothing useful
A whole-house total tells you this month cost more than last month. It does not tell you why. Circuit-level monitoring does: the water heater, the furnace, the dryer and the garage each have their own curve, and anything abnormal is obvious at a glance.
We have had several jobs where the homeowner was sure the air conditioning was the problem, and monitoring showed a water heater element stuck on. That repair cost less than half of what the monitoring hardware did.
Turning the data into decisions
- Find the standby draw: circuits pulling power all night with nobody awake are usually the easiest win.
- Match usage to rate periods: move laundry, car charging and hot water off peak where you can.
- Verify the change: after new equipment or a new schedule, check the same chart and confirm it actually helped.
- Set alerts: get told when a circuit goes outside its normal range, instead of finding out at the end of the month.
Whether solar makes sense
We will not recommend solar before seeing your usage curve. Monitor for three to six months first, so we know the day-versus-night split and how much it moves with the seasons. Sizing an array without that produces systems that are too large or too small, and either one stretches the payback.
Sun in the mountains
Tree cover and the low winter sun angle affect output here far more than most estimates allow for. We build those into the assessment rather than working from roof area.
Backup power
If what you care about is keeping things running through an outage, a battery covering selected critical circuits is usually far more sensible than backing up the whole house. Refrigerator, network gear, heating controls and some lighting on the backed-up side keeps the cost sane.