National Projects

The “EcoTorque – a family of multi-phase powertrain systems for commercial vehicles” project

As part of the project, a family of modern, modular powertrain systems for electric commercial vehicles will be developed, enhancing the efficiency, scalability, and implementation potential of electromobility solutions.

Project: “Technology for producing recycled materials for use as fillers and modifiers from composite waste—composites with reduced weight and enhanced impact resistance or shielding performance for defense applications” (CiDeMat)

The goal of the project is to develop innovative, lightweight polymer composites using recycled materials derived from wind turbine blades, intended for electromagnetic shielding and impact protection in defense applications.

Project: “Modular, Composite Energy Storage System for Renewable Hydrogen and Biomethane” (ModH2/CH4Store)

As part of the project, a prototype of a modular, scalable energy storage system for hydrogen, methane, and mixtures of these gases will be developed and built, utilizing innovative, lightweight, high-pressure Type IV composite tanks that enable the storage of high-energy-density renewable gaseous fuels in both stationary and mobile applications.

Project: “Telemetry with Predictive Maintenance for Road and Rail Vehicles” (TelDiag)

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.

Project: “Technology for the manufacture of Type IV hydrogen gas storage tanks for stationary applications and specialized vehicles—development of innovative components and testing systems for hydrogen production” (H2InnoHub)

The goal of the project is to develop and validate innovative hydrogen storage and production technologies, including a prototype Type IV composite tank and innovative electrolyzer components that support the development of efficient and scalable hydrogen systems.

Project: “Inductive Charging with Bidirectional Power Transfer” (BiPT)

The project involves the development and preparation for implementation of an innovative wireless charging system for electric vehicles, enabling bidirectional power transfer at up to 30 kW with high efficiency and operational safety.

Project: “Production Technology for Medium-Voltage Varistors—Development of Material and Process Technologies for Medium-Voltage Varistors as Overvoltage Protection Devices in Power Grids—Phase 1” (VARTECH)

The project involves the development of an innovative technology for manufacturing medium-voltage zinc oxide (ZnO)-based varistors with dopants, characterized by high nonlinearity, stability of electrical parameters, and high repeatability of the manufacturing process, intended for surge protection in power grids.