During the day the water is sent down the mountains into a lower lake. A large turbine generates electricity that can be sold for a relatively high price. At night, when electricity is cheaper, the water is pumped back up the mountain (using the same turbine).
More information about Calirya: http://en.wikipedia.org/wiki/Lake_Caliraya
|The inlet / outlet of the water in the lake.|
An unlikely power source
As we didn’t have access to a generator we were forced to improvise. A handy student from UP simply cut a power line that was providing power to a light globe and taped our power cable to it.
|"The whole town's turned out. I've never seen them so excited."|
|These kids were very eager to jump in and rescue the boat.|
On the way home Abhinav was busy processing the data and generated some great maps of both temperature and electrical conductivity. The electrical conductivity reading reached 0.09 dS/m. It is worth noting here that the electrical conductivity readings were far lower than those that we found in the Moon Pond Test where we saw electrical conductivity readings of up to 0.24 dS/m.
|Spacial temperature readings.|
|Spacial electrical conductivity readings.|
Achieving a B+
Although we were trying very hard to get 5 boats in the water (to set a new record) nature had other plans. It seemed every time we were about to deploy the fifth boat another thunderstorm swept in. Eventually, after many hours of waiting we decided to call it a day and vowed to break the record tomorrow.