DSC

E920995

A DSC is a type of thin-film photovoltaic device that uses light-absorbing dye molecules and a semiconductor to convert sunlight into electricity as a low-cost alternative to traditional silicon solar cells.

All labels observed (1)

Label Occurrences
DSC canonical 2

How this entity was disambiguated

Statements (51)

Predicate Object
instanceOf dye-sensitized solar cell ⓘ
photovoltaic cell ⓘ
thin-film photovoltaic device ⓘ
belongsToField photoelectrochemistry ⓘ
photovoltaics ⓘ
renewable energy technology ⓘ
commonlyUsesDyeType organic dye ⓘ
ruthenium-based dye ⓘ
commonlyUsesElectrolyte iodide/triiodide redox couple ⓘ
commonlyUsesSemiconductor titanium dioxide ⓘ
converts sunlight into electricity ⓘ
hasAdvantage color tunability ⓘ
flexible substrate compatibility ⓘ
good performance under diffuse light ⓘ
good performance under indoor light ⓘ
potentially low manufacturing cost ⓘ
semi-transparency ⓘ
hasAlternativeName DSSC ⓘ
Grätzel cell ⓘ
dye-sensitized solar cell ⓘ
hasApplication architectural glass ⓘ
building-integrated photovoltaics ⓘ
indoor energy harvesting ⓘ
powering low-power electronics ⓘ
wearable electronics ⓘ
hasDisadvantage lower power conversion efficiency than high-end silicon cells ⓘ
potential leakage of liquid electrolyte ⓘ
stability issues with liquid electrolytes ⓘ
hasKeyProcess charge collection at electrodes ⓘ
electron injection into semiconductor conduction band ⓘ
electron transport through semiconductor network ⓘ
photon absorption by dye ⓘ
redox regeneration of dye by electrolyte ⓘ
hasOperatingPrinciple dye-sensitized charge injection into semiconductor ⓘ
photoelectrochemical conversion ⓘ
hasStructure counter electrode ⓘ
electrolyte layer ⓘ
photoanode ⓘ
transparent conductive glass substrate ⓘ
isAlternativeTo amorphous silicon solar cell ⓘ
crystalline silicon solar cell ⓘ
traditional silicon solar cell ⓘ
usesComponent counter electrode ⓘ
electrolyte ⓘ
light-absorbing dye molecule ⓘ
nanocrystalline semiconductor film ⓘ
semiconductor ⓘ
transparent conducting oxide substrate ⓘ
wasDevelopedInDecade 1990s ⓘ
wasPioneeredBy Brian O'Regan ⓘ
linked to: Brian O’Regan

Michael Grätzel ⓘ

How these facts were elicited

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.