Living the car-free life in Oakland, CA. Don't make me drive.
https://mastodon.social/@bryanculbertson
50% nuclear and 50% renewable on the other hand would get to 100% carbon-free with current tech, however CA has too much solar already for that path
50% nuclear and 50% renewable on the other hand would get to 100% carbon-free with current tech, however CA has too much solar already for that path
So this is kinda a now or never moment for nuclear in CA
So this is kinda a now or never moment for nuclear in CA
But I could see an agument that extra expense is worth it for diversity of sources as a hedge against a disaster where US loses access to China manufacturing or something
But I could see an agument that extra expense is worth it for diversity of sources as a hedge against a disaster where US loses access to China manufacturing or something
1. 100% solar+8h batteries
2. 100% wind+8h batteries
3. 50% nuclear + 50% solar+storage
And concludes that scenario 3 is cheaper
It does not compare the actual plan that CA has which is a mixture of solar, wind, hydro, batteries, bio/h2 peaker, and grid improvements
1. 100% solar+8h batteries
2. 100% wind+8h batteries
3. 50% nuclear + 50% solar+storage
And concludes that scenario 3 is cheaper
It does not compare the actual plan that CA has which is a mixture of solar, wind, hydro, batteries, bio/h2 peaker, and grid improvements
For the last 5% in CA to get to a 100% reliable grid, an always on Nuclear plant will never pencil as a peaker
For the last 5% in CA to get to a 100% reliable grid, an always on Nuclear plant will never pencil as a peaker