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Recent Posts
- Rare Earth updates: recent research on why complex & intelligent life are rare in the Universe
- Book review of “Chip War” and the Fragility of microchips
- The tremendous material and energy toll of the digital economy
- Nuclear attack on U.S. could kill 90% of Americans
- What percent of Americans are rational?
- Book review of Lights Out. A Cyberattack. A Nation Unprepared. Surviving the Aftermath
- Off-Road vehicles & equipment need diesel fuel
- Book review of “Prime Movers of Globalization: the History & Impact of Diesel Engines & Gas Turbines”
- Mental Health. Coping with the future: notes from Jackson & Jensen’s “An Inconvenient Apocalypse”
- Tesla Semi trucks hauling corn chips
- What is the plan for an electric grid outage that lasts for months?
- Where to be? Links to Superfund, hazardous waste and other toxic sites in U.S.
- Why methanol cannot replace petroleum in shipping
- Why is everyone afraid of AI taking over? It makes stuff up!
- Do you want to eat, drink, or fly?
Tag Archives: battery
Sodium Sulfur Batteries
Recent research progress in sodium ion batteries: (a) cathode, (b) anode, (c) electrolyte and (d) binder. Source: Hwang J (2017) Sodium-ion batteries: present and future. Chem. Soc. Review 46: 3529-3614 DOI: 10.1039/C6CS00776G Preface. If lithium were used for both EV … Continue reading
Posted in Battery - Utility Scale
Tagged battery, electricity storage, sodium, utility scale energy storage
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Hibernating freeze-thaw molten salt batteries for seasonal energy storage
Preface. A 100% renewable grid can’t happen without long-term energy storage. Today that’s done with natural gas (with a little help from hydropower in the 10 states that have most of it). Meanwhile nuclear and coal chug along at a … Continue reading
Lithium-ion battery recycling, environmental impact, energy used
Preface. The future of both electric vehicles and utility-scale energy storage are depending on lithium-ion batteries because of their high energy-density, and even though lithium is limited, it’s about the only kind of battery being made for transport (because it … Continue reading
Posted in Lithium-ion, Recycle, Recycling
Tagged battery, energy, environmental impact, LCA, recycle, toxicity
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Bill Gates on why Electric Airplanes won’t fly
Preface. I wonder if Bill Gates has read my book “When Trucks Stop Running”? As he says in the article below: “The renaissance of electrification that we’re seeing in passenger vehicles unfortunately won’t likely adapted to heavier forms of transportation … Continue reading
Diesel is finite. Trucks are the bedrock of civilization. So where are the battery electric trucks?
Last updated: 2023-1-21 Preface. Heavy-duty diesel-engine trucks (agricultural, mining, logging, construction, garbage, cement, 18-wheelers, and more) are essential for doing the actual work of our fossil-fueled civilization. Without them, no goods would be delivered, no food grown, nothing manufactured, no … Continue reading
Posted in Batteries, Electric & Hydrogen trucks impossible, Trucks: Electric
Tagged battery, BEV, drayage, e-truck, electric truck, heavy-duty, HHD, Nikola, tesla, truck
11 Comments
Utility scale energy storage doesn’t scale up: limits to minerals and geography
Preface. Natural gas is finite, but aside from (pumped) hydropower, natural gas is the main way wind and solar are balanced now. Therefore, a tremendous amount of energy storage will be needed in the future as natural gas declines. And … Continue reading
EV cars and utility scale energy storage batteries are not likely to materialize
Preface. Clearly there’s not enough minerals and metals to shift from fossil fuels to electric vehicles and utility scale battery storage, due to peak critical elements, peak platinum group elements, peak precious elements, peak rare earth elements, and peak everything … Continue reading
Posted in Automobiles, Batteries, Battery - Utility Scale, Peak Lithium
Tagged battery, EV, lithium, utility scale energy storage
13 Comments