How much is a SPAN electrical panel? 2026 cost and review
A SPAN electrical panel starts at $2,550 before installation, shipping, and taxes. The common MAIN 32 model is listed at $3,500, and SPAN says installation is similar to a standard panel swap for most homes. Once you add licensed-electrician labor, permits, breakers, commissioning, and local code requirements, the real installed cost can land much higher than the hardware price.
SPAN is worth it when it replaces another cost you were already headed toward: a utility service upgrade, a separate critical-load setup, or extra battery capacity you only need because your loads are unmanaged. If you just need a boring 200-amp panel replacement and you do not care about circuit-level control, it is an expensive flex.
If you still need the big-picture hardware context, start with the transfer switch for generator guide. This article is narrower. It is the real-money question: what SPAN costs, what it actually does, and whether the app-driven control changes anything important for backup power. If your existing panel is still fine and you are trying to decide whether SPAN actually beats a retrofit add-on, read Lumin smart panel vs SPAN.
What SPAN actually is
SPAN is a full panel replacement, not a gadget you bolt onto your old breaker box. On its current product page, SPAN lists panels with 16 to 48 controllable circuits, indoor and outdoor ratings, circuit-level monitoring, remote on/off control, and battery-aware outage management. The company also says every panel includes its PowerUp energy-management system, which can hold the house below a chosen service limit by pausing lower-priority loads when demand spikes.
That last part matters more than the app screenshots. A normal panel is dumb. It does not care if your EV charger, oven, dryer, heat pump, and backup battery all want power at once. SPAN does. According to SPAN’s PowerUp documentation, the panel can keep the home below a fixed service rating and usually only needs to intervene for a few minutes when loads stack up. A 2025 CALNEXT lab evaluation reached the broader conclusion that residential smart panels are technically capable of service-upgrade avoidance and load management. So the core idea is real. This is not vaporware.
The more practical question is whether that control changes your project enough to justify the premium.
| What matters | SPAN reality |
|---|---|
| Official MSRP | $2,550 to $4,100 depending on panel size, with the common MAIN 32 listed at $3,500 |
| What MSRP excludes | Installation, shipping, and state/local taxes |
| Typical install path | Full panel swap by a SPAN-authorized licensed electrician |
| Typical install time | 3 to 8 hours for many homes, per SPAN support |
| Warranty | 10 years |
| Best use case | Battery backup, electrification upgrades, and homes trying to avoid bigger upstream electrical work |
| Weak use case | Plain panel replacement with no EV, no battery, and no real need for circuit control |
How much SPAN really costs
As of July 9, 2026, SPAN’s support docs list these MSRPs: MLO 24 at $2,550, MAIN 16 at $2,950, MAIN 32 at $3,500, MAIN 40 at $4,100, and MLO 48 at $3,850. That price does not include installation, shipping, or taxes. SPAN also says panels must be installed by a SPAN-authorized installer and licensed electrician, which narrows your labor pool compared with a standard Eaton or Square D swap.
For a normal panel replacement benchmark, The Spruce reports a typical electrical panel replacement around $2,100 to $2,900, with a 200-amp panel often landing around $1,200 to $2,500 before extra requirements push the job higher. SPAN is not that cheap because the hardware alone can cost more than a whole basic panel job.
Here is the cleaner planning range:
| Cost line | Realistic planning number | Why it moves |
|---|---|---|
| SPAN panel hardware | $2,550 to $4,100 | Depends on panel model and circuit count |
| Standard 200-amp panel replacement benchmark | $2,100 to $2,900 | Local labor, permits, breakers, code updates |
| Likely SPAN project premium | Several thousand dollars above a plain swap | Commissioning, app setup, authorized installer, and any layout cleanup |
| Service-upgrade work SPAN may help avoid | Often the bigger swing item | Buried service, utility scheduling, meter/main work, trenching, or panel relocation |
That is why the honest answer to “how much is a SPAN electrical panel?” is not just “$3,500.” The hardware price is the starting line. The installed price depends on whether your house is a simple panel swap, a battery project, an EV charger project, or a messy service-upgrade avoidance project.
So yes, SPAN is expensive. But homeowners mess this up when they compare it only to a plain panel swap. That is the wrong benchmark if your house is already pushing against its electrical limits.
Where the premium can actually pay back
There are two situations where SPAN starts to make financial sense.
The first is electrification pressure. If adding an EV charger, heat pump, induction range, or hot tub would otherwise trigger upstream service work, the economics change fast. SPAN’s own product page says those utility or service upgrades can cost $10,000 or more. That number is believable in buried-service neighborhoods, older homes with awkward meter locations, or jurisdictions where the utility queue itself becomes the project bottleneck.
The second is battery sizing. This is the part backup-power buyers should care about most.
Without smart load control, people tend to oversize batteries because they are trying to buy peace of mind. They imagine the house running the same way it does on-grid. Then they price the system and realize whole-home battery backup is brutally expensive. SPAN helps because it turns that fuzzy conversation into circuit priorities. Water heater can wait. Dryer can wait. EV charger absolutely can wait. Refrigerator, internet, sump pump, freezer, well pump, and a few lighting circuits stay at the top of the stack.
SPAN says that with a home battery the panel can extend backup time by up to 40% because you can decide exactly which circuits stay energized during an outage. That claim lines up with the basic math. If the same 13.5kWh battery is feeding a 4.2kW outage load, you burn through it fast. Trim that load to about 3.0kW by dropping comfort circuits and the battery lasts about 40% longer.
This is the strongest case for SPAN on ShelterVolt: not “my panel has an app,” but “my panel let me stop buying battery capacity for circuits I do not actually need during an outage.” If you are already shopping in the best whole house battery backup systems tier, that can be a real project-level savings lever.
Where SPAN does not pencil
If your electrician says, “Your existing 200-amp service is fine, your panel just needs replacement,” SPAN is harder to justify. In that case you are mostly paying for convenience, monitoring, and future optionality. Those are nice. They are not always worth an extra $4,000 to $6,000.
It is also a weaker fit for generator-first homes. SPAN officially supports standby generators only with limitations, and its generator FAQ is pretty blunt about it. With a generator upstream of the panel, the app does not offer the same off-grid automation you get with compatible battery systems. No automatic backup load prioritization. No time-remaining estimates. No automated outage load shedding in the homeowner app. If your real goal is standby-generator simplicity, a conventional transfer setup may be the cleaner answer.
Big houses can also break the value proposition. SPAN says homes with more than 48 circuits or service larger than 200 amps may need more than one panel. That adds cost and some app weirdness, especially around MAIN 32 multi-panel combinations. Once you are stacking panels, the “one elegant smart box” sales pitch starts to wear thin.
Then there is the internet issue. SPAN’s standard app experience still depends on connectivity. The company says the panel can fall back to cellular when available, and its PowerUp settings continue running during a temporary internet loss. That is better than nothing. Still, a premium electrical panel that needs networking is a legitimate homeowner concern. SPAN improved this in February 2026 by launching SPAN Home On-Premise, which gives MAIN 32 owners local browser-based access for circuit toggles and backup priorities when the cloud path is down. Good move. But today it is still MAIN 32 only.
FAQ
How much is a SPAN electrical panel before installation?
SPAN’s published MSRP starts at $2,550 for the MLO 24 model. The MAIN 32, which is the model many homeowners ask about, is listed at $3,500 before installation, shipping, and taxes.
How much should I budget for a SPAN panel installed?
Start with the SPAN hardware price, then add a standard panel-swap labor budget, permits, breakers, and any site-specific cleanup your electrician finds. If your home needs service equipment changes, subpanel cleanup, battery integration, or EV charger planning, the installed price can move well beyond the MSRP.
Does SPAN replace a transfer switch?
Not by itself. SPAN is a smart electrical panel, not a universal generator transfer solution. SPAN’s generator support docs say standby generators need proper upstream transfer equipment, and generator-only setups do not get the same automatic backup-load features that compatible battery systems get.
Can SPAN save money on a battery system?
It can, but only if load control changes the battery design. SPAN’s strongest backup-power argument is circuit prioritization: keep the refrigerator, internet, freezer, sump pump, well pump, and lights alive while dropping dryer, water heater, EV charging, and other comfort loads. If that lets you buy fewer battery modules or avoid a separate critical-load panel, the premium has a real job.
My review
I like SPAN more than I like most smart-home hardware because it solves an expensive problem. The panel is not just a prettier dashboard. It can genuinely help certain homes electrify without tearing up the service entrance, and it can make battery backup less wasteful by forcing you to get honest about circuit priorities.
But I would not install one just because the app looks cool.
Buy SPAN if your project checks at least one of these boxes:
- You are trying to add major electric loads without a bigger utility service
- You are pairing the panel with a battery and want circuit-level outage control
- You were already headed toward a panel replacement and want one system that covers monitoring, switching, and future electrification
Skip SPAN if all three of these are true:
- Your service size is already adequate
- You are not adding a battery, EV charger, heat pump, or other major electric load
- You just need a code-compliant panel replacement at the lowest sane price
My blunt take: SPAN is a smart way to spend money when it eliminates another, uglier expense. It is a bad way to spend money when it is just replacing a perfectly ordinary panel with a fancier one.
Before you ask for a quote, make one decision on paper: which circuits are “must have,” which are “nice to have,” and which can stay dark during an outage. That one list will tell you whether you need a smart panel, a critical load panel, or just a normal panel and better discipline. Then run the numbers through the home generator sizing calculator and price the rest of the system from there.