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Transport for the future |
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Setting up a Giga factory |
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slide 1 |
slide 2 |
slide 3 |
slide 4 |
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intro |
Suggested topics for listeners to note |
Interview with Isobel Shelton ( 4.29) |
Interview with Isobel Shelton ( 3.09) |
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Isobel’s career journey |
The giga factory, Isobel explains the scale and significance for the UK |
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slide 5 |
slide 6 |
slide 7 |
slide 8 |
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summary question |
Suggested topics for listeners to note |
Interview with Isobel Shelton ( 1.48) |
Score card |
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Calculation of capacity of factory in number of cars (a Fermi calculation) |
The careers of the future, and STEM fields that it will demand |
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Storage systems for net zero carbon, The Microgrid |
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slide 1 |
slide 2 |
slide 3,4,5 |
slide 6 |
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Intro |
Interview with Dr Denes Csala (7.24) |
Information |
Information |
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Microgrids and self sufficient electrical supply networks |
Manchester’s energy gap |
SI multiples |
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slide 7, 8 |
slide 9, 10, 11,12, 13, 14, 15 |
slide 16 |
slide 17 |
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Summery Question |
Calculation |
Summary question |
Information |
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Can old car batteries save the day/ Taking information from graphs |
How much energy is supplied to M/C/ how many football pitches of containers are needed |
A more modern approach using EV batteries |
Reinforcing the idea of a microgid using EV batteries |
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slide 18 |
slide 19 |
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Links to further reading |
Score card |
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Storage Systems for net zero Carbon: Battery development |
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slide 1 |
slide 2 |
slide 3,4,5,6,7,8, |
slide 9 |
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Introduction |
Interview Shahin Nikman(7.44) |
Summary questions |
Score card |
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Why is battery development important to zero carbon future |
Energy capacity/ Energy density/ Power density/ Terms applied to EV’s |
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