02.04.2018 Views

Unutulmuş enerji üretim yöntemleri temiz ve düşük maliyetli ve dünyayı değiştirebilme yeteneğine sahip/ Less known, Clean, Low cost, Abundant Energy...

Unutulmuş enerji üretim yöntemleri temiz ve düşük maliyetli ve dünyayı değiştirebilme yeteneğine sahip/ Less known, Clean, Low cost, Abundant Energy Technologies & Related Game Changing ApplicationsLess known, Clean, Low cost, Abundant Energy Technologies & Related Game Changing Applications.

Unutulmuş enerji üretim yöntemleri temiz ve düşük maliyetli ve dünyayı değiştirebilme yeteneğine sahip/ Less known, Clean, Low cost, Abundant Energy Technologies & Related Game Changing ApplicationsLess known, Clean, Low cost, Abundant Energy Technologies & Related Game Changing Applications.

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Science-Accepted “Super <strong>Low</strong> Cost”<br />

Solar 8 Infrared/BEC<br />

• —>> con'nued: ■1. Excess S-Q SJ Solar cell :<br />

vii Heavier on theory: Fill factor(FF, Available power at the maximum point)<br />

modelling shows higher limit for Organic Solar Cell(VA Trukhanov+),<br />

Nanostructured cell limit doesn’t apply(Yunlu Xu+), Combine Upcon<strong>ve</strong>rsion &<br />

MEG(Shpaisman+), ApplicaOon of Photonic Bose-Einstein condensates(BEC) to<br />

concentrate, amplify, store light etc. Some algae-bacteria’s photon-to-charge<br />

con<strong>ve</strong>rsion raOo is close to 100%(FH Alharbi+), Solar cell SuperAbsorpOon of<br />

light(KDB Higgins+), But S-Q limit seems to come from non-empirical data(& new<br />

data aZer 1960s excluded) & mostly based on 2nd law of thermo-dynamics'<br />

theoreOcal discourse without substanOal data back up(Bolin Liao+), which has<br />

(ignored) contradicOons (p194-196) and considered as more of condiOonal<br />

reference by many e<strong>ve</strong>n in mainstream le<strong>ve</strong>l, at least privately.<br />

• ■2. Under S-Q limit? Photovoltaic Solar Cell: but sOll significant <strong>cost</strong> reducOon<br />

methods, commercialized or prototype lowest <strong>cost</strong> products, some redundant:<br />

i 25% field efficiency SJ silicon cell(Solvoltaics+), ii OpOcal RecOficaOon nonsemiconductor<br />

cell(Ste Rand+), iii Consolidated solar cell(M Baldo),<br />

iv <strong>Low</strong> <strong>cost</strong> thin film/organic solar cell by light trapping: classical limit 15x<br />

exceeding nanophotonic type: by resonance for full absorpOon (Shanhui Fan+), or<br />

by Fullerene C60(Sunpower C60)/Coherent PopulaOon Trapping(CPT),<br />

ElectromagneOcally Induced Transparency(EIT) link, 82

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!