FranklinWH
Meter Adapter
Controller Solution
In North America, combo-style electrical panels can pose great challenges for energy storage system integration, requiring costly and time-consuming panel modifications. The FranklinWH Meter Adapter Controller (hereafter referred to as MAC) is a game-changing solution where system integration is achieved by directly integrating its critical auxiliary modules with the electrical meter in the combo panel, avoiding panel overhauls and significantly reducing installation time and costs.
Pair the MAC with a FranklinWH aHub to expand system capabilities, unlocking greater flexibility in multi-source integration and intelligent load management.
Unlock More
with the MAC and aHub
Simplified Installation. Expanded Possibilities. Combine MAC with aHub to expand your FranklinWH System while retaining the installation advantages of MAC
Learn More About aHubMultiple Energy Sources
aPower, solar, generator, and vehicle-to-load (V2L)
Up to 8 Smart Circuits
More granular load control, scheduled or manual, for intelligent energy control
Up to 24 kW Solar
Four solar circuits, flexible connections
Remote Solar Integration
Up to 330 ft, easy integration of solar far from main house
How the MAC Solution Significantly
Helps Homeowners
Integration Solution
Integration Solution
Lower Budget
By eliminating rewiring and addition of a new panel, the MAC solution saves up to several thousand dollars in installation costs while ensuring uncompromised energy management experience.
Faster
The MAC solution enables system interconnection in a non-intrusive manner, streamlining home energy management and storage system integration.
Easier
With its compact size, the MAC is easy and flexible to set up without the space constraints of larger products.
15-Year Warranty Rock-Solid Reliability
With an industry-leading 15-year warranty, a testament to its unwavering quality, the MAC is meticulously engineered for extraordinary longevity and rock-solid reliability. It’s a small investment for consistent uncompromising performance for the long haul.