Description
Fluxim Litos Lite is an innovative hardware platform designed for parallel JV and stability measurements on organic and perovskite solar cells. With the ability to perform JV measurements on up to 56 parallel channels, the platform allows individual MPP tracking on each of the devices under stress.
The platform also features a temperature control system to a maximum value of T = 125 °C, making it suitable for device stressing according to the ISOS protocols.
Fluxim Litos Lite - Parallel JV and Stability Measurement Platform for Solar Cells
Specifications
| Light Source: | Not Specified |
|---|---|
| Light Intensity Range: | 1 – 1 W/m2 |
| Functionality: | Parallel JV, Stressing at MPP, constant-V, constant-J |
| Operation: | Same procedure on each channel. Different setting on each pixel |
| No. Of Channels: | 16, 24, 32, 40, 48, 56 |
| Sample Holder: | ingle chamber, custom-made. Can be sealed in the glovebox |
| Sample Geometry: | No restriction on geometry. The sample holder is custom-made |
| Voltage Range: | ± 10 V |
| Max Current/Channel: | 50 mA. Channels can be combined (Under Development) |
| Current Resolution: | Best/typical: 1 μA / 5 μA |
| Illumination: | External. Solar Simulator or White + UV LED array |
| Atmosphere Control: | Airtight chamber. Fluxim Atmosphere Control Module |
| Temperature Range: | Min = 25°C. Max = 100 °C (125 °C with the small sample holder) |
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Features
- High-throughput parallel JV and stability & lifetime measurements
- Compatible with the ISOS protocols
- MPP tracking routines
- Up to 56 independent channels for parallel measurements and stressing of multiple solar cells
- Versions with 16 or 32 channels are also available
- Maximum current = 50 mA. Voltage range = +/- 10V
- Custom-made sample holder to be easily mounted under your solar simulator
- Samples are placed inside an airtight customized sample holder and illuminated from the top with a solar simulator or an LED array
- The sample holder is equipped with a heater
- The PID controller allows the stabilization of the temperature up to 125 °C (or 100 °C depending on the sample holder)
- Software routines for MPP tracking
- Cyclic MPP tracking is possible
Applications
- Parallel JV and stability measurements for organic and perovskite solar cells
- Stressing analysis of perovskite solar cells
Frequently Asked Questions
How many parallel channels can the Fluxim Litos Lite platform support?
The Fluxim Litos Lite platform can support up to 56 parallel channels.
What is the maximum current and voltage range for each channel?
Each channel can handle a maximum current of 50 mA and has a voltage range of +/- 10V.
Can the platform perform MPP tracking on each individual device under stress?
Yes, the platform allows for individual MPP tracking on each of the devices under stress.
What is the maximum temperature that the platform can reach?
The platform can reach a maximum temperature of T = 125 °C.
What types of solar simulators are compatible with the platform?
The platform is compatible with Wavelabs Sinus 70/220 and LS2 solar simulators, but it can also be configured to support other solar simulators.
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