INTREPID: INnovative smarT coatings for incREased Performance of Thin Film PV Solar Cells.
Lead Participant:
DYCOTEC MATERIALS LTD
Abstract
Solar PV systems represent a large and rapidly growing global market with large growth rates traditionally met
by low-cost c-Si systems imported from the Far-East. Recently markets for thin-film technologies based on CdTe
and CIGS have started to grow rapidly giving European manufacturers greater market share. However thin film
systems are limited to efficiencies of 15%. Smart coating technologies based on functional nano-materials
offer a tremendous opportunity to increase thin-film cell efficiency with relatively low investment. This
approach is commercially attractive and offer technical and commercial advantages for solar PV systems,
directly addressing the energy trilemma. However, outstanding issues relating to degradation and efficacy
have to be overcome to achieve commercial acceptance. INTREPID will develop coating technologies for smart
coating systems based on organic / inorganic coatings that can achieve 1% increase in cell efficiency for
lifetimes 20 years for in-process and in-field application.
by low-cost c-Si systems imported from the Far-East. Recently markets for thin-film technologies based on CdTe
and CIGS have started to grow rapidly giving European manufacturers greater market share. However thin film
systems are limited to efficiencies of 15%. Smart coating technologies based on functional nano-materials
offer a tremendous opportunity to increase thin-film cell efficiency with relatively low investment. This
approach is commercially attractive and offer technical and commercial advantages for solar PV systems,
directly addressing the energy trilemma. However, outstanding issues relating to degradation and efficacy
have to be overcome to achieve commercial acceptance. INTREPID will develop coating technologies for smart
coating systems based on organic / inorganic coatings that can achieve 1% increase in cell efficiency for
lifetimes 20 years for in-process and in-field application.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
DYCOTEC MATERIALS LTD | £100,026 | £ 70,018 |
  | ||
Participant |
||
INNOVATE UK | ||
TWI LIMITED | £94,974 | £ 94,974 |
People |
ORCID iD |
Richard Dixon (Project Manager) |