| Install path | Homeowner cost | Contractor revenue | Profit potential | Install speed | Utility involvement | Best fit |
|---|---|---|---|---|---|---|
| Standard install | Lowest, when the home is ready | Low to moderate | Moderate | Fast | No | Plenty of panel space and capacity |
| Load management (Stepwise) | Often far less than an MPU | Moderate | Highest profit per hour | Very fast | No | Tight capacity, no utility delay wanted |
| Meter adapter (EVMSA) | Usually well below an MPU | Moderate to high | Strong | Moderate | Yes | Full panel, upgrade avoidance case |
| Panel upgrade | Highest cost | Highest gross revenue | Often lowest profit per hour | Slow | Usually yes | When other paths are not viable |
Actual cost and profitability depend on service equipment, utility requirements, trenching, conductor length, and local labor conditions.
When each path makes sense
Standard install
Best when the home already has panel space and enough capacity for the new charging load.
Load management (Stepwise)
Best when capacity is tight, the customer wants to avoid a major upgrade, and the installer wants a fast path without utility coordination. Load management offers you more certainty on more jobs, and you control the settings.
Meter adapter ( ConnectDER EVMSA)
Best when the panel is full, the customer still wants a dedicated EV circuit, and utility coordination is workable in that area.
Panel upgrade
Best when the service equipment is truly limiting and other paths are not viable or acceptable to the customer, AHJ, or utility.
Want help choosing the right install path?
We can help evaluate the job, compare the options, and identify the most efficient path forward. Talk to an expert