The HELIOS project aims to create and research innovative organic materials for next-generation lighting technologies. The main goal is to develop materials with tunable white light properties that open up new opportunities to improve the efficiency and performance of lighting devices.
Development of advanced organic compounds
The project focuses on designing and synthesizing organic materials with tunable white light properties for use in modern lighting technologies, particularly in organic light-emitting diodes (OLEDs) and white light-emitting diodes (WLEDs). These materials enable the creation of energy-saving and durable lighting solutions.
Characterisation of materials
We perform in-depth analysis of photoluminescent efficiency, quantum yields and charge transport to improve material characteristics and enhance their performance in real-world devices. This process includes the study of key parameters that determine the efficiency of organic materials, such as photoluminescence and electronic properties.
Innovative light-emitting devices
The project focuses on the optimisation of organic light-emitting diodes (WOLEDs) and white light-emitting diodes (WLEDs) using thermally activated delayed fluorescence (TADF) and other advanced materials. These technologies will help achieve high efficiency and stability for the devices used in lighting.
Integration of prototype devices
Based on the developed materials, prototypes of WOLEDs and WLEDs with improved efficiency, colour reproduction and stability are being created. These prototypes will be optimised for practical applications in industrial and domestic environments, contributing to developing sustainable and cost-effective lighting solutions.
The HELIOS project is an important step towards setting new standards in the solid-state lighting industry. It will contribute to the development of innovative technologies and energy efficiency in next-generation lighting systems.