Smart solutions for all of your projects

No matter your project, Noble Carbon smart circuit breakers are designed to make your home or new appliances smarter, controllable and more efficient. 

Safer and smarter. Cheaper too.

Noble Carbon smart circuit breakers are safer than traditional thermomagnetic breakers, responding faster to over-current scenarios. Our breakers come standard with ground fault interruption (GFCI) and arc fault interruption (AFCI) to provide enhanced safety regardless of your home’s wiring. 

The best part? Noble Carbon breakers retail for less than you’d pay for GFCI breakers without monitoring. Talk about a deal! 

Electrical upgrades without the added costs

Renovating or adding major electrical appliances, like an electric vehicle charger, heat pumps, or induction stoves, often requires the major added cost of upgrading your main electrical panel. 

Noble Carbon smart breakers dynamically balance your energy demand so you can avoid this costly upgrade. 

Make the most of your battery

Most energy storage systems can’t power your whole home during an outage, meaning you have to decide today which limited circuits you want to power for the next decade or more. That gives you no flexibility about what you’ll power and when with your battery.

With Noble Carbon smart circuit breakers, you can prioritize on the fly, giving you the flexibility to get the most out of your battery, whether it’s a short or extended outage.

Monitor from afar for peace of mind

Worried you left the stove on? Want to turn on the hot water heater before you get home after traveling?

Now you can. Our smart circuit breakers let you monitor and control usage from afar for peace of mind while away from home.

Start saving with smart breakers

When you install Noble Carbon circuit breakers, we’ll show you how much your usage costs, calculating your electricity bills in real time. We’ll provide actionable insights to reduce your energy usage and bills, like scheduling certain appliances to only run when electricity is least expensive.