New Chemistry Battery Comparison
Improvements in battery chemistry and form factors is leading to a learning curve of 15% annually for energy density and price. Compare these new battery chemistries
Improvements in battery chemistry and form factors is leading to a learning curve of 15% annually for energy density and price. Compare these new battery chemistries
Electric Planes from Wright are progressing with their developement of a 150 person commercial jet flying routes of 450 km. With powerful 1MW electric motors, they now need 1,000 Wh/kg density batteries.
The graphene aluminium-ion batteries developed by GMG promises a radical improvement compared with the lihium batteries currently the workhorse for transportation and grid energy with 4 times more energy, long life, fast charging, non flamable and cheaper.
The Inflation Reduction Act of 2022 has driven a huge investment in battery factories, hydrogen, wind and solar farms, battery storage and other emission reduction technologies.
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.
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”.
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.
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?
The food revolution by precision fermentation will be the most profound of the 4 disruptions occuring. By 2030 the dairy industry will be bankrupt. By 2035 land used for beef and dairy farming will be not used.
Electric battery vehicles (BEV) continue their exponentional growth in Q1 2023 with some countries (Norway) over 90% and China, the largest car market globally over 30% new sales BEV
Toyota argues that for emissions reduction hybrids are more effective than battery electric vehicle as more can be manufactured as batteries are constrained. Greenwashing.
The top 20 Chinese EV manufactures incresased sales by 82% from 2021 to 2022 and most of these sales were domestic. As the domestic market increases, more of these will be exported to other countries
The Pipistrel electric plane is the first certified electric plane for pilot training with 80km range and 50 minutes flying time.
At the Fully Charged show in UK, the Chinese cars are coming. BYD, Geely, Great Wall, and SAIC all demonstrated new models addressing different market segments. Korean cars are already annouced.
Hydrogen for transportation won’t die, and the big 4 Japanese motorcycle manufacturers have joined together to develop hydrogen engines for motorcycles. But Why?
The innovative toroid propeller design for drones from MIT and for boats by Sharrow Marine show R&D continues to improve efficiency and will have a major impact on drones and shipping.
SAF or Sustainable Aircraft fuels are unrealistic. Used cooking oils are as expensive. Agriculture is challenges. Synthetic fuel is expensive. What are some of the options
Electric motor scooter uptake is rapid in China and India and expected t be as rapid in other countries with high numbers of scooters such as Indonesia and Vietnam. Cheaper. Easy to charge and zero emissions are reasons Govt are keen to see the change.