Top Banner
Dr Mike Page University of Hertfordshire 1
11

Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

Jan 16, 2016

Download

Documents

Brandon Dixon
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

Dr Mike PageUniversity of Hertfordshire

1

Page 2: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with a minimum impact on the environment.

The first Cube, QB1, is an affordable carbon-neutral home, and was exhibited at the Edinburgh International Science Festival in April and is currently at the University of Hertfordshire.

2

Page 3: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

3

Page 4: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

4

Page 5: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

The claim was that QB1 could be scaled up. Energy losses and gains go up

approximately with surface area.

U(walls, floor, ceilings) =0.2W/m2K U(windows) = 1W/m2K; Air changes/h = 1.5, with 70% heat recovery 300l/day hot water at 55˚C; ASHP COP=3; 300W other electricity demand on average

5

Page 6: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

This suggests a total average electrical demand of just over around 1100W, equivalent to the output of a 12kWp PV solar system in southern England.

This is around 95m2 of solar PV, costing £250 pcm for 5% loan over 25 years, and raising £300 pcm in Feed-in Tariff (this is in the first year and is index linked)

6

Page 7: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

7

Page 8: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

Making the house terraced, counting in thermal gains from incident solar and from heat generated by appliances and people inside the house, we get a cost of £180pcm for all bills.

This figure stays the same for 25 years, and is equivalent to the average current level of household bills, indexed by 5% p.a. for the same period.

8

Page 9: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

The Cube Project gives us an existence-proof of an affordable zero-carbon home.

It is, admittedly, a bit small to expect everyone to live in one.

Fortunately it scales up in a practical and affordable manner.

It is rational and optimistic to vote against the motion.

9

Page 10: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

10

Page 11: Dr Mike Page University of Hertfordshire 1. The CUBE Project is an ambitious attempt to build a compact (3mx3mx3m) home in which one person can live with.

11