Leo Gerst: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| Line 9: | Line 9: | ||
*Flat mirror is less expensive | *Flat mirror is less expensive | ||
*Motors for 8 dollars, so $16 per mirror. | *Motors for 8 dollars, so $16 per mirror. PIC, $12 - bootloader on processor, $3 for PIC itself, but $12 with program | ||
*$1.20 for all-thread | |||
*$150 controller - but go with OS | *$150 controller - but go with OS | ||
*Proof of concept: gather energy effectively. Make a hotspot. | *Proof of concept: gather energy effectively. Make a hotspot. | ||
*1 ton turbine - 1 ton of water per hour | |||
*$100 per panel | |||
*Probably discount at 1000 glass pieces | |||
*Pole in front in picture is the detector | |||
*Photo sensors are $1 each, key to the project | |||
[[Category:Solar Turbine]] | [[Category:Solar Turbine]] | ||
Revision as of 22:24, 1 March 2009
- See heliostat prototypes:
http://www.heliostat.us/howitworks.htm
- Within 150 feet, 2.5 feet up and 6 foot wide.
- Home Depot mirror - 36x32" mirror - ended up being 5' wide for an image 115 feet - left to right was 4 feet, 1 foot high image, $40 at Home Depot
- Flat mirror is less expensive
- Motors for 8 dollars, so $16 per mirror. PIC, $12 - bootloader on processor, $3 for PIC itself, but $12 with program
- $1.20 for all-thread
- $150 controller - but go with OS
- Proof of concept: gather energy effectively. Make a hotspot.
- 1 ton turbine - 1 ton of water per hour
- $100 per panel
- Probably discount at 1000 glass pieces
- Pole in front in picture is the detector
- Photo sensors are $1 each, key to the project