LID_Regeneration_EN.pdf
LID Regeneration Solar Equipment Regenerate your cells by reducing the LID eff ect
LID Regeneration
Solar Equipment
Regenerate your cells
by reducing the LID effect
LID Regeneration Tool
Regenerate your cells by reducing the LID effect
Monocrystalline Czochralski-grown silicon wafers allow for
high efcient solar cells and are widely used for the produc-
tion of PERC cells. However, they suffer from a considerable
reduction of cell efciency within the rst hours under sun-
light. This effect is called Light Induced Degradation (LID).
Since solar cells and modules are sold according to their
performance, there is a considerable economic potential in
the regeneration of this effect.
The Rehm LID Regeneration Tools has two advantages
which are based on the installed laser technology. The availa-
ble high radiated power is easy to control and adaptable
to all different cell technologies and preceding processes
applied - which guarantees a nearly perfect regeneration.
Another advantage is the very low footprint which makes it
easy to retrot in existing line concepts.
Rehm Thermal Systems GmbH | Leinenstrasse 7 | 89143 Blaubeuren, Germany | www.rehm-group.com
Facts and gures
Detail Information of the LID Regeneration Tool
System Types
Overall Length:
Overall Width:
Overall Height:
Footprint:
Weight:
heat transfer:
Regeneration Zones per lane:
Cooling Type:
Cooling Zones Length:
Conveyor Width:
No. of Transport Lanes:
Lane pitch:
Belt Speed Range:
Belt Type /
Conveyor Material
Throughput:
Case of Application:
Transport Height:
RRS-LID-SL
2,0 m
1,71 m
1,81 m
3,5 m²
approx. 1600 kg
Laser/radiation
4
Air
500 mm
250 mm
single lane
-
1 – 8 m/min
Mesh Belt /
Stainless Steel
2650 wph
LID Regeneration
930 +/-50 mm
RRS-LID-DL
2,0 m
2,20 m
1,81 m
4,2 m²
approx. 2500 kg
Laser/radiation
4
Air
500 mm
2 x 250 mm
double lane
350 mm
1 – 8 m/min
Mesh Belt /
Stainless Steel
5300 wph
LID Regeneration
930 +/-50 mm