1. Presented by Roger Sprock and Samantha Lee
Hydroelectric Power

2. Why we picked hydroelectric power
Seemed consistent 
Low effort to maintain 
Low cost and environmental impact in our situation
Relatively safe 

3. Chart alternative Criteria Baseline hydro geothermal wind biofuel
Totals
Rank 1
cost − + 3 2
safety 
reliabilty 4
people 5
envoirmental impact -3 9 6 7

4. How hydroelectric power works
MOVING WATER MOVES INTO A TURBINE WHICH CAPTURES THE ENERGY AND CHANGES THAT INTO MECHANICAL ENERGY WHICH THEN GOES THROUGH THE GENERATOR WHICH CHANGES INTO ELECTRICAL ENERGY
MOVING WATER MOVES INTO A TURBINE WHICH CAPTURES THE ENERGY AND CHANGES THAT INTO MECHANICAL ENERGY WHICH THEN GOES THROUGH THE GENERATOR WHICH CHANGES INTO ELECTRICAL ENERGY

5. Why it's better than solar?
Hydropower
Solar power
With a source to draw from, can constantly be in use
Can be on small, and on personal power grid, with no reservoir/little environmental impact
Limited use (weather and night)
Small scale, slap a panel on the roof and be done with it

6. Where it's going to be?

7. Why that is a suitable location?
It’s a pre-existing reservoir and dam, might as well be put to use
No more additional displacement of residents or major changing of landscape

8. Pro and Cons Pros Cons Fuel is not burned Water is provided by Earth
Reducing greenhouse gasses
Renewable
After built
Low operation
Low cost
Costs a lot to build
Fish entrainment or passage restrictions
Displacement of local population
Reservoirs can change local Enviromint 
Large dams are expensive to assemble
This is better than solar energy because its more reliably, with reservoirs it can be in constant use. And it can be used on a small scale as long as there is a water source, building revisors isn't necessary.

9. Bibliography 
drained-for-hydropower-leaves-dry-leaves-and-no-fish/   
energy-may-add-to-water-stressed-world/
Dam/index.htm