Facilities

Our key facilities include the following laboratories of total 500 m2: a Wet chemistry b Surface and electrical characterization and c Research line for organic and hybrid photovoltaics fabrication. The new established PVs dedicated line consists of two fully automatic controlled glove boxes. Solvent glove box with spin coater, UV/ozone cleaner and hot plates. Dry glove box with integrated metal vapour deposition system, in-situ probe station, solar simulator and quantum efficiency setup.

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Research

  • Organic & perovskite solar cells.  Development of non-fullerene acceptors based organic and perovskite solar cells. Interfacial engineering of solution processable solar cells for improved performance and stability. Study of charge transfer dynamics and fundamental understanding of mechanisms of degradation. Adaption of low temperature and cost processes, targeting to short energy and CO2 payback times.
  • Industrialization of emerging PVs. Development and engineering of transferable to industry roll-to-roll (R2R) and sheet-to-sheet (S2S) printing processes. Indoor and outdoor characterization and monitoring of PV modules and panels with IEC and ISOS protocols. Correlation of environmental data with PV performance under real and standardized conditions and side-by-side benchmark with other PV technologies. Life-cycle analysis and life cycle cost analysis based on real outdoor data.
  • Graphene and related 2D materials. Solution-phase processing of graphene and dichalcogenides for additive manufacturing platforms. Formulation of printable/sprayable 2D materials and multicomponent heterostructures with tailored properties through chemical functionalization and doping processes. Understanding functionalization/doping mechanisms and optimizing interfaces for improving device performance.
  • Flexible & printed electronics. Development of printed electronics (TFTs, foldable OLEDs, sensors), supported miniaturized circuits, portable energy devices and assembly of self-powered, flexible platforms for agriculture, smart wearables, IoT and industry 4.0 applications. Development of in-situ characterization techniques to measure material properties.

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About us

The Nanomaterials for Emerging Devices (Nano@HMU) group, led by Prof. Emmanuel Kymakis,  is a research unit within the Institute of Emerging Technologies of the Hellenic Mediterranean University, working on the realization of solution processable electronic and energy devices. NANO@HMU is renowned for its achievements on interfacial engineering of perovskite and organic solar cells for improved performance and stability, and on performance evaluation of photovoltaic modules and systems in our own solar testbed. The group has superior know-how https://www.viagrasansordonnancefr.com/ on formulating and adjusting the optoelectronic properties of solution processable graphene and other 2D related crystals, as well as on their functionalization and doping for fine tuning of their energy levels and work-function.

The group coordinates the postgraduate programme “MSc in Nanotechnology for Energy Applications” developed in the framework of an Erasmus LLP project, co-organizes  the internationally conference “Nanotechnologies & Bionanoscience” and leads the WP11 Energy Generation of the FET-Flagship initiative Graphene .

 

Inter-institutional M.Sc in Nanotechnology for Energy Applications [HMU, UoC and IESL/FORTH]: February 2021

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