" ... transmission and distribution are responsible for more than a third of the final cost of electricity."
Chapter 9: Adapting to a Warmer World
"If it starts looking as if we’re headed toward one of these tipping points, you’re going to hear more about a set of bold—some would say crazy—ideas that fall under the umbrella term “geoengineering.” These approaches are unproven, and they raise thorny ethical issues. But they’re worth studying and debating while we still have the luxury of study and debate."
"A megawatt is a million watts, and a watt is a joule per second. For our purposes, it doesn’t matter what a joule is, other than a bit of energy. Just remember that a watt is a bit of energy per second. Think of it like this: If you were measuring the flow of water out of your kitchen faucet, you might count how many cups came out per second. Measuring power is similar, only you’re measuring the flow of energy instead of water. Watts are equivalent to “cups per second.”"
Chapter 5: How We Make Things
"But—and this is essential—we need innovation in the manufacturing process, ways to make things without emitting carbon"
Chapter 11: A Plan for Getting to Zero
"12 different federal agencies involved in research (the Department of Energy has by far the largest share). It has all sorts of tools for managing the direction and pace of energy R&D: research grants, loan programs, tax incentives, laboratory facilities, pilot programs, public-private partnerships, and more."
"How much power does it take? The world 5,000 gigawatts The United States 1,000 gigawatts Mid-size city 1 gigawatt Smalltown 1 megawatt Average American house 1 kilowatt."
Chapter 3: Five Questions to Ask in Every Climate Conversation
After reading How to Avoid a Climate Disaster by Bill Gates I wanted to share some of the core moments which grounded the climate crisis for me.