Daylight Energy

If you lost power because of the storm this week, you already know how fast life comes to a halt.

No heat. No lights. No way to work from home or keep the fridge running. For some families in eastern Massachusetts, that reality is still ongoing and restoration could take days.

Surprisingly, the power grid actually had more than enough electricity the whole time. The problem wasn't generation. Complications arise when that power needs to be transmitted from the grid to your front door.

Our latest blog post explores why that happens, why it's so hard to fix, and what homeowners can do today to make sure the next storm doesn't leave them in the dark.

Because you shouldn't have to wait for a technician in a blizzard to get your life back. 👇

Why Massachusetts Went Dark. And How To Prepare For The Next Storm. Learn why Massachusetts' power infrastructure failed during a blizzard and discover how on-site solar and batteries can ensure your home stays powered through future storms.

The time to punt on fixing our decaying grid has long since passed. Energy costs that remained stagnant for decades have skyrocketed, with every new AI model and electric vehicle throwing fuel on the fire.

Data centers are hungry for power, and you and your neighbors are paying the price.

Daylight is how we flip the script, and push energy production to the edges. Every home is a node. When those nodes coordinate, it creates a virtual power plant that can step in to support the grid when it needs it most.