The only references I have seen refer to "peak power output".
Well I'd like to know where all this energy is going to come from if you consider the average flow of the river during the winter months.
Wikipedia lists a simple formula for approximating electric power production at a hydroelectric plant.
That is: P = hrgk, where P is Power in kilowatts, h is height in meters, r is flow rate in cubic meters per second, g is acceleration due to gravity of 9.8 m/s2, and k is a coefficient of efficiency ranging from 0 to 1.
If I generously assume the height of the water at each dam is 12 meters, and the flow rate is about 10 cubic meters per second (typical winter flow, and 30% more flow than is available today) I come up with a power calculation of 1176 KW/hr max potential per dam if you assume an theoretical efficiency of 1. Even during the summer months the flow is hard pressed to reach 15 cm/s. that is a far cry from a megawatt…
Have I miscalculated something?(I’d welcome correction)
This seems to back up my calculations: http://www.nooutage.com/images/hydroelectric-...
Even if we were to assume that the potential was 2MW, wouldn’t the payback period be excessively long if ever?
If private enterprise chose to NOT build here there must have been a reason. Could it be that they realized that it was not economically viable?
Even if my numbers are not correct, I simply do not believe that the town should be in the business of generating power.