What a smart panel actually does
Worth separating the three capabilities, because people usually want one of them and pay for all three.
- PER-CIRCUIT METERING — every circuit measured individually rather than the house as a whole. This is the feature that demos well
- REMOTE AND AUTOMATIC SWITCHING — circuits can be turned off from an app or automatically by rules. This is what makes LOAD SHEDDING possible: preventing two large loads from drawing at once
- FLEXIBLE BACKUP SELECTION — with a battery, which circuits stay live during an outage becomes a software choice that can change later, rather than a hardware decision fixed at installation
The second and third are where the value concentrates. The first is genuinely interesting and, in most households, looked at intently for a month and rarely thereafter.
The strongest argument: avoiding a service upgrade
This is the case where the arithmetic can genuinely favour a smart panel, and it is worth understanding properly.
A service has to be sized for what might draw at once. If a house wants a charger, a heat pump and an induction range, the calculation counts the possibility of them coinciding — even though in practice they rarely would. Dynamic load management changes that by making coincidence impossible: the panel prevents the charger from drawing while the range is running, so the plan fits a service that could not otherwise carry it.
Where that avoids a service upgrade — particularly an underground one needing new conduit trenched — the smart panel can be the cheaper path overall. But note what the comparison actually is. A conventional panel with a dedicated load-management device does the same job, usually for considerably less, without proprietary breakers or a cloud dependency. The honest question is not smart panel versus nothing; it is smart panel versus conventional-panel-plus-load-management. Ask for both to be priced.
The four downsides worth weighing
None of these is disqualifying. All of them are things you should hear before deciding rather than after.
- COST PREMIUM — substantially more than a conventional panel, and the premium is in equipment rather than in labour, so it does not shrink on a simpler job
- PROPRIETARY BREAKERS — you are tied to one supplier for the service life of the panel. That is a long time to be dependent on one company's stocking decisions
- APP AND CLOUD DEPENDENCE — meaningful functionality runs through software that the manufacturer controls and can change. Your panel's behaviour in year eight is partly somebody else's product decision
- TRACK RECORD — the category is young measured against the thirty-year service life of a panel. That is not an accusation, just an asymmetry of evidence compared with conventional equipment
The company-continuity question deserves stating plainly, because it is the one people think about afterwards. If a manufacturer stops trading, the reasonable expectation is that the panel keeps working as a panel — breakers still protect circuits — while connected features degrade or stop if they rely on a cloud service. The harder problem is replacement breakers, which are proprietary. Nobody can promise a company's longevity, so buy it for what it does now and treat the connected layer as something that may not outlive the hardware.
Smart panel versus a critical loads panel
These get confused, and the distinction matters if backup is your reason for looking.
A CRITICAL LOADS PANEL is a conventional sub-panel holding the circuits you want backed up — the fridge, some lighting, the router, a bedroom outlet — fed by the battery or generator during an outage. It is simple, inexpensive, has no software in it, and will behave identically in twenty years. Changing which circuits are backed up means an electrician moving conductors.
A SMART PANEL does that selection in software, so it can change with the seasons or with what you learn after your first real outage, and it can shed load automatically to stretch a battery further. That flexibility is real. Whether it is worth the premium depends on how confident you are about which circuits matter to you — and most people are more confident before their first long outage than after it.
Where we land
Our default is a conventional panel. For the large majority of homes it is the right answer: it does the job, the parts will be available for decades, and nothing about it depends on a company's software roadmap.
We will fit a smart panel where the use case genuinely calls for one — dynamic load management that avoids a service upgrade, or flexible whole-home backup alongside an owned battery system. What we will not do is recommend one on the grounds that it is newer, or let a monitoring feature justify a large equipment premium. If somebody is selling you one primarily on the app, that is worth noticing.
Whichever goes in, the underlying work is the same. Every main panel job is a full electrical service rebuild: service entrance conductors, combination meter main, grounding and bonding, panel, breakers and surge protection. A smart panel adds equipment cost, commissioning and network setup on top of that; it does not reduce the service work underneath.
Questions worth asking before committing
- What happens to protection and local automation during an INTERNET OUTAGE — outages are when backup matters, so degrading badly without connectivity is a poor fit for the job
- What does the same plan cost with a CONVENTIONAL PANEL PLUS LOAD MANAGEMENT? This is the comparison that decides it
- Are breakers available through normal distribution, and what is the lead time?
- Is any functionality behind a SUBSCRIPTION, now or potentially later?
- If backup is the motivation, would a CRITICAL LOADS PANEL do what you need for less?
- Does the load calculation actually show a service upgrade being avoided, or is that assumed?