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My Background. From Bangor, MaineB.A. in Mathematics PhilosophyM.A. in Mathematics5 Years Teaching Experience for UMS. A little more
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1. Heat Pumps: Save Money, Save Energy, Save the Environment
2. My Background From Bangor, Maine
B.A. in Mathematics + Philosophy
M.A. in Mathematics
5+ Years Teaching Experience for UMS
3. A little more
Interested in working towards helping save the environment via advanced energy production technology.
An extra plus for me: this will be where the money is (i.e. win-win situation).
Contacted Mechanical Engineers at UM: Mick Peterson who directed me to Jim LaBrecque (summer of 2010).
This brings us here
4. Outline of Presentation Understand how a heat pump works.
Understand how we save energy.
How does this save us money?
End by discussing how heat pumps help save the environment.
5. How a Heat Pump Works
6. Energy Overview Energy comes from many places:
- burning oil, flowing water, etc
Energy exists in many forms:
- heat, electricity, etc
Energy can be converted from one form to another:
- electricity is used to produce heat, etc
7. Units Watt = Basic unit of power (electricity)
Example: 60 watt light bulb uses 60 watts
Kilowatt = 1000 watts
KWh = # of kilowatts used over an hour
8. Examples One 60 watt light bulb uses 0.06 KW and uses 0.06 KWh after 1 hour.
Two 60 watt light bulbs left on for one hour use 0.12 KWh.
One 60 watt light bulb left on for 2 hours uses 0.12 KWh.
9. Another Unit
Btu = Basic energy unit (heat)
1 KWh 3413 Btus
10. Heat Pumps are more efficient since you get more energy out than you put in.