Circuit inventory
Count and map circuits first
SPAN offers several panel models with different circuit-space counts.
- Document existing breaker spaces.
- Identify grouped or future circuits.
- Review the service rating.
SPAN Smart Panel Installation
A SPAN panel replaces electrical distribution equipment while adding circuit-level visibility and app-based controls. It is best evaluated as part of the home’s actual circuit count, service arrangement, internet access, and electrification plans.

Circuit inventory
SPAN offers several panel models with different circuit-space counts.
EV and future loads
Managed load features can be useful for EV charging, but suitability is site-specific.
Battery planning
A smart panel can be part of a battery project, but it is not itself a battery.
Select a photograph to view it at full size.
SPAN describes its panel as an internet-connected energy-management system that provides circuit insight and the ability to control circuits through its app. Internet is required for app control, monitoring data, and software updates.
Those features are different from adding utility capacity. A panel replacement, a service upgrade, and a power-management strategy are separate decisions that may be coordinated after a site review.
SPAN currently documents models with 16, 24, 32, 40, and 48 circuit spaces. A home with more circuits or a larger service may need a different configuration. The existing circuit layout, tandems, subpanels, and planned loads all matter.
The assessment maps the existing equipment and discusses whether a smart-panel replacement fits the home. Confirm the selected model, circuit inventory, equipment space, and compatibility for the home.
SPAN describes load management for major electrification loads, including EV charging and heat pumps. Compatibility depends on the selected panel, equipment and approved design. It can be relevant where electrification plans create occasional peaks, but it does not erase the need to review the existing service and load requirements.
We identify the major loads, document how the home is used, and compare options before claiming a panel or service upgrade can be avoided.
Send panel and meter photos, the circuit directory, internet-location constraints, planned EV/HVAC/battery equipment, and city. The final design follows equipment compatibility, the service review, and local requirements.
The circuit inventory includes single-pole and two-pole breakers, grouped circuits, subpanels, and labels that may be incomplete. A two-pole load uses two panel spaces, and the final usable arrangement depends on the selected SPAN model and the installed breakers. The model should be selected from the actual inventory, not a presumed 32-circuit layout.
During an outage, backup behavior depends on the battery, transfer equipment, and approved system design; a smart panel by itself does not supply energy. The owner handoff should cover circuit names, app access, network requirements, and how controls behave if app connectivity is unavailable.
Choose the projects you have in mind and when you want them. We will help you look at the electrical work together.
Select a timeframe beside any upgrade. Your priorities and the details to gather will appear here.
This organizes your priorities and the information to gather. It does not determine panel capacity or promise that a service upgrade is needed. CRE will review the existing system and equipment requirements with you.
From our field photos
This photograph shows three SPAN enclosures mounted side by side. The side-by-side layout makes equipment space and access a visible part of the installation. A new project needs its own model selection, circuit inventory, equipment clearances, and compatibility review.
A circuit inventory and future-load plan make the smart-panel decision concrete.
Review the existing panel, circuit count, service, and planned loads.
Compare panel, power-management, battery, and service needs.
Install around the final equipment and jurisdiction requirements.
No. It adds monitoring and controls; service capacity requires its own review.
No. SPAN documents several models with different circuit-space counts.
Compatible EV charging and other electrification loads may be managed, subject to the selected equipment, installed design and home review.
Internet is required for app control, monitoring data, and software updates.
Check the electricity provider on your bill, then look at the programs below. Eligibility depends on your home, equipment, and project. Confirm funding and any required approval before work starts.
Program details checked September 17, 2026.PG&E electric customers • Income-qualified households
Up to $2,000 for charger installation, or up to $5,000 with a qualifying panel upgrade
Rebate Plus requires an eligible EV and income qualification. Get preapproval and use a PG&E Trade Ally contractor. The panel option requires a necessary upgrade from below 200 amps to 200 amps for Level 2 charging; it does not cover a 400-amp upgrade.
Check rebate rules and how to applyCity of Santa Clara • Silicon Valley Power customers
Up to $4,000
For a qualifying smart electric panel. Income-qualified bonuses may also apply. Confirm the panel model, project eligibility, and application timing with SVP before ordering.
Check rebate rules and how to applyCity of Santa Clara • Silicon Valley Power customers
Up to $1,500
This add-on requires another SVP home electrification or charger rebate in progress at an existing home. Apply within 60 days of permit issuance or purchase. Income-qualified bonuses may apply.
Check rebate rules and how to applySilicon Valley Clean Energy customers
$1,000, or $2,000 for income-qualified customers
Pair eligible electrical work with a qualifying appliance, wiring, or load-management project. Main-panel capacity above 100 amps requires a written exception; a routine 200-amp upgrade is not automatically covered. Reserve the rebate before installation.
Check rebate rules and how to applyShare your city, the work you need, and any equipment or plans you already have.
408-614-4451