UK Nuclear vs Wind Electricity Cost
Wind is much cheaper than nuclear electricity in the UK and yet UK is considering small nuclear as well. Economic stupidity and unwillingness to face up to reality.
Wind is much cheaper than nuclear electricity in the UK and yet UK is considering small nuclear as well. Economic stupidity and unwillingness to face up to reality.
Robotics and large languge models (eg ChatGPT) from Korean researchers are good enough to fly airplanes. Still only in simulators – when will they really fly planes.
The IRA USA within 12 months has driven over 100GW of production capacity with announcments and operating factories. Along with China and India production pv panels are booming.
India is making investment to be the second largest solar panel PV manufacturer with a target of 110GW by 2026. Making progress with 38GW in March 2023.
Humanoid robots have a huge economic change. With costs of $15,00 and replacing humans at $50,000 per year, how will governents and society adapt to this trasformation.
Hydro has been the mainstay of renewable energy but droughts from climate change has reduced the energy produced by 250TWh – Spains electric demand.
Buses powered by Hydrogen are in the headlines – as the hydrogen industry try to muscle into the electric bus industry, With less than 0.1% of the global bus market – are they destined by by the BETA of tapes in 5 years?
Electric buses costs have fallen in price. Charging is easier and cities globally are replacing dirty stinking diesel buses with clean zero emissions battery EV buses at 30% CAGR
Germany introduced hydrogen FCEV trains from 2018 in Frankfurt and Saxony areas. LNVG as now gone to tender for over 100 all battery electric as hydrogen too expensive and H2 trains termed “misery trains”.
Heat pumps or air conditioners were invented in the early 1900’s and now are the most cost effective for heating and cooling. Replace gas heat systems with heat pumps reduces energy demand by 3 times.
Food disruption using precision fermentation is moving at Moos Law. Costs are coming down exponentialy and no end in sight for the biggest revolution since humans started farming animals.
Coastal shipping with swap out electric container batteris have always been proposed to decarbonise shipping. Now the first 2 by Cosco are in production. 36 batteris, 24 Tonne CO2 per day less emissions
Robotic surgery is saving lives but is a the beginning of the robotic revolution. Vicarious Surgical is planning to use their robot to do surgery from the inside for hernia repair. Surgery is currently 97% manual
Queensland has announced 2 large pumped hydro schemes costing over $30 billion and not due to come onliine on 2029 to 2035. Large projects have major financial risks, but QLD is determned to have large capacity long term storage.
Green steel produced by direct reduction is likely to have metallurgical coal become a stranded asset, as cost reductions and increasing technology improvements to make green steel viable.
Transport planners globally talk about active transport challenges to get people out of cars and into active transport (Walking, mobility devices, public transport. Cities have been designed for transport by cars, not for people.
Terraform has announced a pilot solar powered synthetic methane gas process that could provide gas created from CO2 from air and not extraction from the earth.
Fusion or fiction – can fusion actually provide essentially high quantities of low emission electricity. Or is another 30 years of research needed
Sophisticated modelling shows hydrogen for home heating is a non starter except in a few use cases and heatpumps and batteries provide a more effective solution to home energy use.
IEA have consistently under forecast the increase in solar panels (PV) globally by 7,000 times. in 2009, they forecast just 30GW of solar. In 2023 there will be over 440 GW installed. How do they get is so wrong?