TY - BOOK
T1 - FACESS, Flexible autonomous cost efficient energy source and storage
T2 - Final report
A2 - Rönkä, Kari
PY - 2011
Y1 - 2011
N2 - The key objective of Flexible Autonomous Cost Efficient
Energy Source and Storage, FACESS project was to develop
roll-to-roll printing process for organic solar cells
(OSC) devices and thin film batteries (TFB). A control
transistor circuitry on foil, which controls the
operation voltage and charge of TFB's was also to be
developed. The integration of OSC and TFB modules and
control transistor circuitry into a flexible autonomous
energy source and storage device was also one of the key
objectives of the project. No material development was
performed in the project, and thus only commercial
materials were used. The technical target specification
for OSC module was: 2.5% @ AM1.5, A~100 cm2, 250 mW and
for the TFB module: Li-ion, 1-3 mAh/cm2, A~30 cm2.
The FACESS project (FP7 - 2007-ICT-1-215271) funded by
European Commission was executed between January 1st 2008
and April 31st 2011. The developments were carried out by
the following consortium: VTT Technical Research Centre
of Finland (coordinator), IMEC Interuniversity
Micro-Electronics Centre (Belgium), CEA Commissariat à
l'Energie Atomique (France) ,WUT Warsaw Technical
University (Poland), Umicore S.A.(Belgium), Coatema
Coating Machinery GmbH (Germany), Suntrica Oy (Finland)
and Coatema Machinenbau GmbH (Germany). In this final
report the key achievements, problems faced, lessons
learned, as well as the vision and exploitation towards
the large-scale production of flexible OSCs and TFBs,
have been presented.
AB - The key objective of Flexible Autonomous Cost Efficient
Energy Source and Storage, FACESS project was to develop
roll-to-roll printing process for organic solar cells
(OSC) devices and thin film batteries (TFB). A control
transistor circuitry on foil, which controls the
operation voltage and charge of TFB's was also to be
developed. The integration of OSC and TFB modules and
control transistor circuitry into a flexible autonomous
energy source and storage device was also one of the key
objectives of the project. No material development was
performed in the project, and thus only commercial
materials were used. The technical target specification
for OSC module was: 2.5% @ AM1.5, A~100 cm2, 250 mW and
for the TFB module: Li-ion, 1-3 mAh/cm2, A~30 cm2.
The FACESS project (FP7 - 2007-ICT-1-215271) funded by
European Commission was executed between January 1st 2008
and April 31st 2011. The developments were carried out by
the following consortium: VTT Technical Research Centre
of Finland (coordinator), IMEC Interuniversity
Micro-Electronics Centre (Belgium), CEA Commissariat à
l'Energie Atomique (France) ,WUT Warsaw Technical
University (Poland), Umicore S.A.(Belgium), Coatema
Coating Machinery GmbH (Germany), Suntrica Oy (Finland)
and Coatema Machinenbau GmbH (Germany). In this final
report the key achievements, problems faced, lessons
learned, as well as the vision and exploitation towards
the large-scale production of flexible OSCs and TFBs,
have been presented.
KW - organic solar cells
KW - thin film batteries
KW - roll-to-roll printing
KW - energy source and storage
KW - chip-on-foil
KW - flexible system integration
M3 - Report
T3 - VTT Tiedotteita - Research Notes
BT - FACESS, Flexible autonomous cost efficient energy source and storage
PB - VTT Technical Research Centre of Finland
CY - Espoo
ER -