The extreme low cost storage potential of this will revolutionize the energy market and massively accelerate intermittent renewables. Old capacity will get shut down quickly. Nuclear whatever gen will be very niche, small market, mostly limited to very far north and south latitudes and inland. FORM energy ASAP!
Good info. Next question. How do we drive storage further down the usage chain? Not so much electricity storage but in cold climates heat stored in a way that uses physics that mimic body heat regulation
I think storing energy electrochemically and then converting it to heat when necessary is a more efficient way than, say, storing it in an insulated container like a heat bank.
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I'd rather say build at least a passive house: The internal gains from using electricity, warm water and even human warmth are enough to keep the temperature even at -15°C outside. I happen to live in one. For 90 sq.m. I pay only 94 EUR/YEAR for heating. This heat could come from CHP or a heat pump, depending a lot on the local conditions. Seasonal storage will be either be power to gas, power to alcohol or power to ammonia if this battery might not be available so fast.
Besides the extreme cost per kWh and security or acceptance considerations, if the world switched to nuclear energy, Uranium would be gone within 10 years. Fission crrently only contributes only 4% to the global primary energy demands.
I am interested in this subject and wanted to watch the whole video, but I cant keep trying because I can not hear the guy speaking, perhaps cause his face is covered with paper
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The extreme low cost storage potential of this will revolutionize the energy market and massively accelerate intermittent renewables. Old capacity will get shut down quickly. Nuclear whatever gen will be very niche, small market, mostly limited to very far north and south latitudes and inland. FORM energy ASAP!
Good info. Next question. How do we drive storage further down the usage chain? Not so much electricity storage but in cold climates heat stored in a way that uses physics that mimic body heat regulation
I think storing energy electrochemically and then converting it to heat when necessary is a more efficient way than, say, storing it in an insulated container like a heat bank.
@@maxwellschaphorst8574 ua-cam.com/video/_FzIUHkKmLs/v-deo.html You can also watch from here about the new green and environment sustainable technologies for Green Hydrogen Production in a very interesting way.The future fuel ua-cam.com/video/_FzIUHkKmLs/v-deo.html ua-cam.com/video/_FzIUHkKmLs/v-deo.html
I'd rather say build at least a passive house: The internal gains from using electricity, warm water and even human warmth are enough to keep the temperature even at -15°C outside. I happen to live in one. For 90 sq.m. I pay only 94 EUR/YEAR for heating. This heat could come from CHP or a heat pump, depending a lot on the local conditions. Seasonal storage will be either be power to gas, power to alcohol or power to ammonia if this battery might not be available so fast.
6:35 what about nuclear ?
Besides the extreme cost per kWh and security or acceptance considerations, if the world switched to nuclear energy, Uranium would be gone within 10 years. Fission crrently only contributes only 4% to the global primary energy demands.
I am interested in this subject and wanted to watch the whole video, but I cant keep trying because I can not hear the guy speaking, perhaps cause his face is covered with paper
Stanford can't figure out lighting and camera angles?
Capacitors are better than batteries
Not for long duration energy storage.
Elaborate. Better in terms of power density, sure, but weak in terms of energy density.
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Don't caps self discharge rapidly. Aren't super caps expensive due to very low Wh/kg and Wh/L..