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Best practice for a sustainable production
In addition, AIT has comprehensive know-how and knowledge in the field of thermal and electrical storage technologies, and, together with partners, covers a broad technology portfolio to create sustainable
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New Energy for Industry 2021
innovation. Technological fields of innovation: Energy efficiency and new processes, renewable energies, storage, and Demand Side Management (DSM), industry and grid. Systemic fields of innovation: Regulatory framework
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Energy Conversion and Hydrogen
- /en/research-topics/energy-conversion-and-hydrogen
large-scale storage, electrolysers, fuel cells, or gas engines, are already important elements in the energy technology spectrum and enable, amongst others, the transport and seasonal storage of energy in [...] through the electrolysis of water with renewable electricity, and can be used as a long term energy storage, to decarbonize various applications e.g. transportation, and industrial processes such as steel
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Hybrid Power Plants
- /en/research-topics/hybrid-power-plants
subsystems of such plants. This includes plant components such as photovoltaic systems, battery energy storage systems, power conversion systems as well as information and communication systems. Extensive knowledge
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Vitality District
- /en/vitality-district
01.09.2020 - 31.08.2022 Urban energy storage systems in settlements, quarters or areas offer a variety of electrical and thermal storage options (e.g. seasonal storage underground, thermal use of concrete [...] solutions for energy communities, storage and greening. Integral system planning at the quarter-level can reduce peak load energies and buffer surpluses in urban energy storages. In addition, this allows buildings [...] planning phase of quarters in distributed power generation, distributed storage and interaction between buildings, grids, and storage. This would also prejudge the recently sent out EU-key policies European
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Presentation of the Strategic Research & Innovation Agenda of the Horizon Europe Partnership "Clean Energy Transition" & "Driving Urban Transitions”
2 "Enhanced Zero Emission Power Technologies" CETP Challenge 3 "Enabling climate neutrality with storage technologies, renewable fuels and CCU/CCS" CETP Challenge 4 "Efficient zero-emission heating and
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Cost-optimized design
- /en/solutions/digital-building-technologies/cost-optimized-design
electricity and heat (e.g. heat pumps), decentralized energy generation and storage (e.g. photovoltaics and battery storage) under consideration of life cycle costs make cost-optimal planning particularly
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Integrated Energy Concepts
- /en/solutions/digital-building-technologies/integrated-energy-concepts
taking into account conventional and innovative options for energy generation, distribution and storage Integration into higher-level neighborhood concepts and urban development plans Your benefits Coordinated
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Laboratories
- /en/solutions/heat-pump-technologies/laboratories
and evaluation of novel storage materials (PCM, thermochemical) for use in industrial processes. Development and evaluation of innovative heat exchanger concepts for heat storage and heat pumps. Charac [...] novel thermal energy storage systems. Infrastructure Heat sources and sinks: Thermal oil: up to 350°C, up to 50kW. Pressurized water: up to 23 bar, up to 220°C, up to 15kW. Thermal storage and water heating [...] Laboratories Heat pumps and storage for industrial processes Services and competences Investigation and evaluation of novel refrigerants (up to ASHRAE classes A1-A3, B1-B2) for high temperature applications
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Power Electronics Design and Validation Services
- /en/solutions/power-system-technologies/power-electronics-design-and-validation-services
PLECS RT Box, Typhoon HIL C-HIL target application model development (e.g. PV inverter, energy storage systems, active harmonics filter microgrid, MVAC, MVDC, HVDC, smart grid and power system applications)
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Stationary Storage Development
- /en/solutions/power-system-technologies/stationary-storage-development
Stationary Storage Development Stationary Storage Development System design and development for stationary storage on component and system level including simulation and rapid prototyping approaches. ×
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Efficiency Testing of PV Inverters and PV Storage Systems
- /en/solutions/power-system-technologies/efficiency-testing-of-pv-inverters-and-pv-storage-systems
Inverters and PV Storage Systems Efficiency Testing of PV Inverters and PV Storage Systems Since 1995 AIT offers independent high-quality efficiency testing of PV inverters and energy storage systems. The [...] Battery Energy Storage Systems and PV inverters up to 1 MW Battery Energy Storage Systems for residential application up to 30 kW Testing of DC, AC and PV generator coupled PV storage systems Full emulation [...] performance evaluation of power conversion equipment, battery and controls for residential and home storage as well as utility scale systems in the MW range. Through our accreditations (AIT is accredited according
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NEFI: Innovation network for emission-free industry grows by four additional projects
are doing research and development very close to immediate implementation, for example in hybrid storage technologies. Here alone, the reduction potential is 11 million tons CO2 per year in the EU.“ AIT
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Battery Energy Storage System and (PV) inverter testing
- /en/solutions/power-system-technologies/battery-energy-storage-system-and-pv-inverter-testing
Battery Energy Storage System and (PV) inverter testing Battery Energy Storage System and (PV) inverter testing Evaluation of full systems or components regarding performance, safety, durability and grid [...] benches on component and system level. Battery Energy Storage Systems Performance assessment and grid integration of (PV) inverters and battery energy storage systems according to EN50530 & EN61683 and the BVES/BSW [...] for Renewable Energy Storage - General requirements and methods of test - Part 2: On-grid applications or/ and to the test procedures of the BVES/BSW Efficiency guideline for PV storage systems (Battery test
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CORES
- /en/research-topics/efficiency-in-industrial-processes-systems/projects/cores
temperature range (<400 °C): Waste heat recovery, solar process heat and heat pumps, each combined with storage, as well as photovoltaic and PVT collectors. To date, the advantages of a combined integration of
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HyStEPs
- /en/research-topics/efficiency-in-industrial-processes-systems/projects/hysteps
are to increase storage capacity while reducing investment costs. The project team develops innovative hybrid storage concepts and tests them experimentally in order to increase the storage capacity of operating [...] efficient and cost-effective increase in the storage capacity of steam storage systems. Reduced amortization times make it possible to realize additional thermal storage capacities. Project start: September 2018 [...] HyStEPs Hybrid storage for efficient processes (HyStEPs) Das Projekt HyStEPs - Hybrid storage for efficient processes ist Teil der Energie-Vorzeigeregion NEFI zur Dekarbonisierung der Industrie. Darin
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HYBUILD
- /en/research-topics/digitalisation-and-hvac-technologies/projects/hybuild
HYBUILD HYBUILD focuses on the development of two innovative compact hybrid electrical/thermal storage systems for stand-alone and district connected Buildings. The project aims at developing cost-effective [...] Buildings Public-Private partnership . Visit Official Project Web Page Motivation and Impact Energy storage is a key component in providing flexibility and supporting renewable energy. Integration in the energy [...] the decarbonisation of buildings. A promising research area is to exploit compact hybrid energy storage systems for covering space heating and/or cooling, Domestic Hot Water, and electricity demand. The
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Power System Planning & Operation
- /en/research-topics/power-system-planning-operation
operating approaches for power supply systems with regard to renewable energy sources, electromobility, storage, hydrogen systems and sector coupling. To this end, we develop analysis tools and control functions [...] energies and new consumers such as electromobility, heat pumps and electrolysers in combination with storage systems. AIT provides comprehensive planning and scalability analyses for new technologies in electrical
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Model-based Analysis & Simulation, Digital Twins
- /en/solutions/decarbonisation-and-digitalisation-in-industry/model-based-analysis-simulation
for the economic use of waste heat, through high-performance heat exchangers, high-temperature storage tanks and industrial heat pumps, via which Use of new energy sources and economic exploitation of [...] ac.at/themen/sustainable-thermal-energy-systems/projects/dryficiency/ StoreITup-IF: Latent heat storage in industrial use - demonstration www.ait.ac.at/themen/sustainable-thermal-energy-systems/projec
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Efficiency in Industrial Processes & Systems
- /en/research-topics/efficiency-in-industrial-processes-systems
e.g. through heat recovery with industrial heat pumps and the integration of optimized thermal storage. We develop mathematical methods with which we can design decarbonization scenarios for industrial [...] optimization of operating strategies, the flexibilization of energy supply and the integration of new storage and conversion technologies. Industrial heat pumps for more than 10 years research activities to [...] demonstration industrial demonstration of high temperature heat pumps High temperature thermal storage Integration of heat accumulators for the energetic and production-related optimization of processes
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