Web navigator: Action! What are we doing about it? |
Ambleside to zero |
slide 1 |
slide 2 |
slide 3 |
slide 4 |
Introduction |
Interview with Molly Hogg (3.38) |
Summary question/ drag and drop |
Calculation |
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Explains the project Ambleside to net zero |
Description of the Ambleside project |
working out numbers of solar panels from data |
slide 5 |
slide 6 |
slide 7 |
slide 8 |
Interview with Molly Hogg (1.59) |
summary question |
Interview with Molly Hogg (1.15) |
Interview with Molly Hogg (1.51) |
explanation of some issues with home insulation |
power down before powering up |
How will the town prepare for EV’s |
Explains carbon foot printing |
slide 9 |
slide 10 |
slide 11 |
slide 12 |
summary question/ drag and drop |
ACTION! |
Calculation |
Information |
comparing carbon footprints |
Link to Carbon footprint calculator |
Number of panels needed for the charging of EV’s |
Further reading for interest of mapping for solar panels. |
slide 13,14,15,16 |
slide 18 |
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Calculation |
score card/ 15 |
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Using the carbon resident footprint to calculate how many roofs are needed to collect the energy needed to charge batteries for the equivalent EV’s |
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Retrofit for Cumbria |
slide 1 |
slide 2 |
slide 3 |
slide 4 |
Introduction |
Introduction |
Interview with Tina Holt (2.27) |
Interview with Tina Holt (4.13) |
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link to CAfS |
Number of green jobs needed |
Physics applied to retrofitting homes |
slide 5 |
slide 6 |
slide 7 |
slide 8 |
Summary question/ drag and drop |
Summary question/ drag and drop |
Calculation |
Scorecard |
Thermal heat transfer |
Latent heat and extracting thermal energy from moisture in air |
Latent heat of vaporisation and thermal energy recovery |
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