3,354 karma · joined April 28, 2012
Or the other option, that your political understanding of the world is lacking?
In any case, the target demographic is likely not wealthy, so for them, less range for less money would be ideal. Plus, the smaller the battery the easier it is to fit, meaning less potential problems later on. Particularly important because these cars won't be crash tested.
1. when you are working with multiple cars+models it is much harder to scale, every car is its own challenge, as such the operation is likely to remain small
2. customers might expect the rest of the car to also improve which would be problematic when you have to source parts or fix 10 to 15 year old car models
3. every new model you work with is a bit of an experiment, you don't really know whether your configuration is going to cause problems until it does; what worked with another model might not work with this one, in the worst case scenario, people get hurt and you're to blame; if you read any of the 100s of EV conversion blogs, they never get it right the first time round, there's always something that needs rethinking
As a side note, you don't have to buy anything from Tesla to do this. You can furnish yourself a whole package relatively easily from various suppliers. People were doing it before Tesla was even a thing.
Not at all. It's the desire to get rich quick without lifting a finger. Also philosophically speaking, "wealth that one truly owns" as in "wealth that is not dependent on others" is not a thing. If your wealth is in Bitcoin, you are trusting in fellow Bitcoin users and your wealth is entirely dependent on their feelings about the cryptomarket. That is hardly a better safer store for your wealth.
"Key elements of the solution applicable to different cases are to (1) produce heat directly from solar and geothermal heat resources and from electricity; (2) store electricity as heat after current electricity demand is satisfied and electricity storage is full; (3) if thermal energy storage is used, store excess heat in water and underground rocks when current heat demand is satisfied; (4) if thermal energy storage is used, produce cold directly from electricity and store excess cold in water and ice; (5) produce hydrogen from excess electricity after all electricity and heat storage are full, and store excess hydrogen; (6) store excess CSP electricity in a phase-change material and remaining excess electricity either in pumped-hydro storage, as heat in underground rocks, or as hydrogen; (7) increase the maximum discharge rates of CSP, the number of batteries, or the maximum discharge rate of hydropower (while keeping its annual energy production constant) to help meet peaks in demand; (8) use heat pumps for cold and low-temperature heat loads wherever possible; and (9) use demand response for some loads to reduce peaks in load."
"The main purpose of this study is to explore whether low-cost mixes using 100% WWS can match energy demand with intermittent supply, not to prescribe the only possible future energy mix in each region. Indeed, many different future scenarios can be constructed depending on the objective. The objective here is to determine whether a 100% WWS system, which we believe maximizes air quality and climate change benefits while minimizing catastrophic risk relative to systems using other technologies, can deliver energy reliably at a reasonable business cost worldwide."
So either way, if their modeling is good, it is still a useful assessment of options.
I dare say the IPCC knows better than both Econlib and Nordhaus. There isn't much of an analysis here. They ignore the most obvious huge cost: the risk of reaching the tipping-point after which global warming would be unstoppable. They ignore the positive externalities of climate action, which are plenty in themselves. They ignore the fact that it is not possible to not act now and then suddenly put on the brakes on warming when we reach whatever target they deem appropriate.
1. https://foreignpolicy.com/2018/12/06/the-nobel-prize-for-cli...
Which is not true when you consider that all your life events are being used to estimate your suitability for life changing opportunities like getting a job or a mortgage or a visa.
It absolutely isn't. The opposite is true. Climate change denial is falling very rapidly. Just check any of the multiple recent polls and surveys. You will see a big difference especially in the last decade.
Multiple sources: https://climatecommunication.yale.edu/publications/