Hochschulrepositorium der Hochschule Biberach
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148 research outputs found
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Inhalative polyclonal immunoglobulin G for the prevention of respiratory infections: A comprehensive in vitro assessment
No full textLost in objectification – how quantification undermines the meaning(s) and public relevance of sustainability in the built environment
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Comparison of a “model of the model” approach with directly measured reference values for assessing the energy efficiency of a low temperature refrigerating system
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Proaktives Nachhaltigkeitsmanagement: Von zunehmender Regulatorik hin zu neuen Geschäftsmodellen
No full textA human genome wide screen identifies miRNAs to increase recombinant Adeno-associated virus production in HEK293 cells
No full textInitial Results of the Research Project Sound and Vibration Protection for Long Span Timber Floors
No full textKundenorientiertes Energiemanagement durch eine erweiterte SMGW-Infrastruktur und ereignisvariable Tarife: Eine Ergebnisübersicht aus dem Projekt KEMAL
No full textEvent-driven tariffs and enhanced smart meter infrastructure – a use case for flexibility in energy communities in multi-apartment buildings in Germany.
No full textThe German government has set itself the goal of achieving a climate-neutral electricity sector by 2035 [1]. In addition, 25 – 32 million fully electric vehicles and 14,3 million heat pumps are expected to be operational by 2037 [2]. The massive expansion of fluctuating renewable energy producers required for this, coupled with the simultaneous elimination of controllable fossil fuel power plants, leads to high volatility in the electricity supply and thus to strongly fluctuating prices on the electricity market. However, the new household-related electricity consumers (heat pumps, electric vehicles and home battery storage) also offer very high flexibility potential for the electricity system: they can be intelligently shifted in terms of their time of use without any loss of comfort. Smart meters in combination with home energy management systems (HEMS) and intelligent electricity tariffs are the key technology for activating this flexibility. We will present a newly developed event-driven tariff that incentivises consumers to shift their electricity consumption in a market- and grid-serving matter. We will also present the prototype of the enhanced smart meter infrastructure and the required signalling between the involved stakeholders and devices