National Projects
The project will develop a family of modular, multiphase drive systems for electric commercial vehicles, based on a common power electronics and control architecture that can be scaled and adapted to different vehicle platforms.
The project will develop and demonstrate a chemical recycling technology for waste PET, enabling the production of terephthalic acid esters for use as phthalate-free plasticizers for PVC, including from lower-quality waste materials.
The project will develop lightweight polymer composites containing recycled materials derived from end-of-life wind turbine blades, designed for electromagnetic shielding and impact protection in specialist, industrial and defense applications.
The project will develop a prototype modular, scalable energy storage system for hydrogen, methane and their mixtures, based on lightweight high-pressure Type IV composite tanks for stationary and mobile applications.
The project focuses on developing an integrated diagnostic telemetry system that enables real-time monitoring of the technical condition of road and rail vehicles and predictive fault diagnosis.
The project will develop and validate Type IV composite hydrogen storage tanks for stationary applications and specialized vehicles, alongside innovative electrolyzer components and research systems for hydrogen production.
The project will develop a family of modular, multiphase drive systems for N1–N3 electric commercial vehicles with a gross vehicle weight ranging from 2.8 to 29 tonnes, scalable and adaptable to different vehicle platforms.
The project will develop and prepare for implementation a bidirectional inductive charging system for electric vehicles, with a power rating of up to 30 kW, efficiency above 90% and enhanced operational safety through an additional level of galvanic isolation.
The project will develop a manufacturing technology for medium-voltage varistors based on doped zinc oxide (ZnO), providing high nonlinearity, stable electrical parameters and repeatable production for surge protection in power grids.
The goal of the project is to develop methods for assessing the type and degree of operational degradation of thermosetting plastics, including secondary materials.