Impulse Labs

“Because this thing has a battery and because that battery is Three kilowatt hours. We get a. 30% tax credit on the product.”

“Once we sell these to a bunch of people, we've then basically backdoored ourselves as like the key storage power broker on the electric grid, because we'll have batteries in everyone's house.”

“If you distributed like over 10 kilowatt hours per home in the U S like. You can ride out pretty major like outages. And the big story with like a heat wave is heat waves are really bad for the grid because essentially everyone's turning their AC on full blast…”

“Everything will have a battery because batteries would be basically cheap or free effectively. If everything has a battery and you can, they can choose when to charge. And I'm sure you've seen like the iPhone pop up where it's like your iPhone can choose when …”

“We've built the world's best stove. And it's three times more powerful per like heating element and more precise than any other stove. And we enable that by embedding a lithium iron phosphate battery into the stove itself.”

“The entire existence of nonstick pans is driven by the fact that people, like, basically stoves have, like, incomprehensible zero through 10 settings versus an exact temperature.”

“The raw battery cells that go into our product, I think order magnitude or 300 bucks now.”

“The average us house uses something like 20 or 30 kilowatt hour, all electric house is about 20 to 30 kilowatt hours of energy a day. My understanding of if you go look at the energy star standards for induction stoves, An induction stove on average uses like …”

“We are we're shipping the product end of this year.”

“If you're a new entrance to the space, you wouldn't necessarily be able to compete with the incumbents or someone who like knows what they're doing around the kitchen. You wouldn't be able to compete with the incumbents because like you weren't actually better…”

“Moving the control sensing and like energy storage out to the edges means that any sort of centralized disaster doesn't do as much damage, right? And so there's like, there's a second, like awesome characteristics about this where basically we've taken like a …”

“Typical stoves use, like, 60 amps or something like that. We can run on as little as, like, at 240 volts. We can run on as little as a 120 volt outlet. So you can just plug this thing in with, like, your normal, like, AC power cable and get the same stove perf…”

“In our case, we can do that in about a minute because we can push order of magnitude Four to five times more power into the pan than pretty much any other stuff. Because the battery is right there able to give us DC power straight to the coils.”

“The initial playbook and thinking around this was very clearly build the most awesome appliances and you Trojan horse batteries into everyone's home.”

“If you have like three or four appliances per home, you've now deployed about a power wall per house. And so once you have a pop, like once you, which is like, let's say, 12 kilowatt hours or something like that, that is like half the energy use of a typical A…”

“If you make it like lower than 24 kilohertz you'd hear it or like your pets might hear it or. Your kids might hear it or something, like something like that. So you have to put it just outside the human hearing range, but low enough that it's still efficient.”

“All of those use cases where spacecraft are moving dynamically around in new ways in the space environment. They basically just don't have a solution for how to connect and control that spacecraft.”