Electricity does not really break. Connections loosen, insulation ages, and a circuit that was perfectly adequate for a house built in 1962 meets a kitchen with an induction range and a car charging in the driveway. Most of this work is finding the place where the load quietly outgrew the wire.
Four services
01
A hundred amp panel with a full bus and no room left for a two pole breaker is the most common reason a kitchen project stalls before it starts. The service gets sized from a calculated load, which counts what the house actually draws, not from the number of empty slots behind the door.
02
A level two charger is a continuous load, so its breaker is sized at a hundred and twenty five percent of the draw rather than at the draw itself. That single calculation decides whether your existing panel can take one, and it is why a panel with free slots sometimes cannot.
03
A transfer switch exists to keep your generator off the utility line. Backfeeding energises the drop outside your house, and it is the failure that injures line workers, which is why this is the part nobody improvises and every inspector looks at twice.
04
A breaker that trips is not broken. It is the one component in the house doing precisely what it was built to do. Finding out what it is protecting you from means halving the circuit, then halving it again, until the fault has nowhere left to hide.
The wire does not care how old the house is. It cares how much current you asked it to carry, and for how long.
Plates 01 to 04
Example imagery, not photographs of completed jobs. A live site would carry the owner’s own pictures of their own work here.
Step 01
Lights that dim when the dryer starts, a breaker that will not reset, a receptacle that feels warm against the back of your hand. Each of those points somewhere different, and the description narrows the search before anyone arrives.
Step 02
Voltage drop under load, current on each leg at the panel, and a thermal check at the terminations. Most faults live at a connection rather than in the middle of a run, and connections are reachable without cutting drywall.
Step 03
What has to be replaced, what can stay exactly as it is, and what the permit and inspection add to the total. In writing, before any of it begins.
Step 04
Circuits mapped, the panel directory filled in by hand rather than left blank, and the inspection booked. The directory is the part most people never get and the part they need most.
For a panel change or a new circuit, yes, and it works in your favour. The inspection is a second set of eyes on work that is about to be closed inside a wall where nobody will look again for thirty years.
Intermittent faults usually come from a loose termination that expands as it heats. It passes every test on a cold circuit and fails once the load has been running twenty minutes, which is why the test has to happen under load.
That depends on the calculated load rather than on the empty slots. A panel that looks full sometimes has room, and a panel with six free spaces sometimes does not. The calculation takes about twenty minutes.
Book an assessment
A breaker that will not reset, a warm receptacle, lights that dim on a motor start. The symptom narrows the search before anyone arrives.