On Monday the Department of Energy announced that they were awarding a total of $17.6 million in grant money to six new second generation photovoltaic startups. The money is expected to click now indian levitra be met by roughly another $17 million in cost share from the PV industry itself, totaling a little over $35 million going towards the projects. The idea, obviously, is to foster new technologies that could make PV electricity cost competitive - one giant step towards energy independence.
So let’s meet the www.deboerderijhuizen.nl companies who found favor in the DOE’s eyes:
1366 Solar of Lexington, MA
- Uses muli-crystalline silicon, which is cheaper than single-crystalline silicon (the latter has to be grown slowly and us prescription cialis delicately while the latter is simple melted down and cast into a mold)
- Cell material is designed with a special grooved texture which traps light into the cell and boosts efficiency to 19%.
Innovalight of Sunnyvale, CA
- Uses “silicon ink” to print solar cells and modules onto thin silicon substrates, a technology which makes manufacturing simpler and cheaper
Skyline Solar of Mountain View, CA
- Concentrated solar technology mounted on a system that tracks and follows the sun
- Technology is compatible with the existing silicon PV industry, but uses less silicon
- 15% efficiency (when considering the active cell area)
Solasta of Newton, MA
- Cells made with amporphous “nanocoax” material, which shortens the buy prescription cialisbuy cialis in the uk distance that electrons have to travel between the PV materials and the conducting wires, thereby improving efficiency
Solexel of Milpitas, CA
- Single-crystalline cells that will be cheap to produce, will use minimal amounts of material and it's cool cheap cialis on line will offer up to 19% efficiency
Spire Semiconductor of Hudson, NH
- Cells are three-junction tandem, which means that there are three layers, each of which absorbs light of best price generic cialis different wavelengths.
- Instead of stacking the layers on top of one another, Spire is developing a new, more efficient structure
- Target efficiency of over 42%
Via the DOE
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