Development of an autonomous, compact electrical energy system and manufacturing capacity tuned to energy-generating surfaces (GINOP_PLUSZ-2.1.1-21-2022-00225)

Project ID: GINOP_PLUSZ-2.1.1-21-2022-00225

Project description:

The project includes the development of an autonomous electrical energy system with the integration of solar technologies, tuned to energy-generating surfaces, and the development of the concrete elements of the floating module superstructure. The development of an energy system capable of operating in island mode is suitable for the energy supply of small user units, offices, households, floating houses, other special floating plants (e.g. measuring points). The aim of our project is to develop a solar panel-based island system that can be integrated into the wall surfaces and external cladding of individual buildings, and to develop optimal solutions that are suitable for providing electricity in places where it is not installed or its availability is uncertain. Our project will contribute to reducing the environmental burden of the problem and to broadening the scope and increasing the efficiency of renewable energies.

The development objectives of the project are:

1. a custom designed and operated stringer and sequencer for the production of BIPV modules, which can be adapted to the production technology;

2. a solar cell mounting technology that can be used to cost-effectively install the solar cells to be developed in this project on different surfaces;

3. the design and construction of an electrical energy system that can be used in an isolated or isolated mode of operation;

4. to create an enhanced family of floating modules for the installation of energy generating surfaces, including floating building and other harbour uses;

5. the need to produce clean drinking water from air using solar technology (SolWater technology) and to provide for the purification and treatment of the water used.

Project duration: 01.04.2022 – 18.03.2025

Total project cost: 1 352 661 213 HUF

Support rate: 71,88 %

Consortium leader: CoreComm SI Kft.

Consortium partner: University of Pannonia

Professional leader: Dr. Gyurika István Gábor

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Project manager: Szolga Szilárd

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