Hellenic Mediterranean University (HMU)

The open-air lab possesses all the supporting infrastructure, such as power electronics and automatic data acquisition systems for their continuous monitoring of the performance of PV panels.

QE-R quantum efficiency system is a PV cell tester which can provide cell’s QE, PV-EQE, IPCE, SR, IQE and Reflectance.

FS5 Spectrofluorometer Edinburgh Instruments for TRPL measurements.

The LBIC system offers ultrafast laser scanning of single junctions and modules over an area of 50x50 mm2, and powerfully highlight failure modes from ingress, delamination, bubble formation once failure is established with the ISOS testing laboratory.

The PV ISOS is an all in one “turn-key” package for the complete testing laboratory for characterization of the solar cell lifetime behavior. It comprises: ISOSun solar simulator, test chamber, test equipment, a software package, and all needed accessories. 

Arkeo All in one measurement platform, Cicci Research with the following capabilities: Photo-CELIV, impedance-spectroscopy, transient-photovoltage/current, MPPT tracker, Transient EL spectroscopy and thermal resolved analysis. 

The HMS-3000 Hall Measurement System is a complete system for measuring the resistivity, carrier concentration, and mobility of semiconductors using the Van Der Pauw method.

Atomic Force Microscope system for small and medium size samples, consisting of completely decoupled XY & Z scanners using flexure guided scan system for all three axes

N2 filled S2S pilot line for the development and in-situ electrical characterization of printed electronic devices. The devices fabrication and characterization pilot line consists of two fully automatic controlled glove boxes.

Planetary ball mill PM100 (Canada), which is a compact, easy-to-use, and lubrication-free laboratory system for mixing, homogenizing, fine grinding, mechanical alloying, small sample preparing, new product development and small volume high-tech material production.

Mixing hot roll milling machine (XH-401C), which can produce thermoplastic master batches up to 0.5 kg.

The APS04 system combines two different techniques: Ambient pressure Photoemission Spectroscopy (APS) (absolute work function Φ/IE/HOMO) and high-resolution Kelvin Probe KP.