Test procedure and seasonal performance calculation for residential heat pumps with combined space heating and heating of tap water - IEA Heat Pump Program Annex 28
Strategic optimisation of the regulation of air moisture through ventilation systems to reduce energy demand for humidifiers and dehumidifiers
For the validation of coupled room and building component simulations, an analytical solution of this unsteady problem was developed. Finally, a simplified method for determining the humidification and dehumidification demands considering a room's effective moisture capacity was developed.
Levelling and reduction of electrical peak load in supermarkets by using additional energy storage systems and by managing the consumption of industrial refrigeration facicilties. Techno - economic feasibility study with high potential of replications via involved industrial partners.
Evaluation of requirements and framework conditions for the implementation and the operation of a Contracting Platform for SME´s in Austria for the cost efficient identification and realisation of energy efficiency measures.
The objective of this task within the IEA DSM programme is to facilitate the use of performance contracts and other energy service company (ESCO) contracts. In this scenario, the ESCO has taken on the project's performance risk by guaranteeing a specified level of energy savings. Its compensation for this risk is directly tied to achieving savings. The financing for such a project could come from the ESCO, the equipment supplier or a third-party company.
Development of practicable energy services for the summer utilization of district heating systems with reference to existing technologies to improve the efficiency and potentialities for the integration of renewable energy.
The Vanadium Redox Battery is an attractive solution to uninterrupted power supply applications. The battery is very robust and easy to use and an overall efficieny of >85% would be achieveable under conditions when self-discharge is minimized.
Sustainable product service for raising the energy efficiency of injection moulding machines for plastics
Performing a feasibility study of establishing a sustainable product service for raising the energy efficiency of injection moulding machines for plastics via analysing the basic organizational and technical conditions.
Concept for a high quality, PC supported, 60 minutes energy counselling method, focusing on building refurbishment and new constructions, including a software tested in real counselling situations and a printed documentation.
The project aim on one hand is to evaluate and adapt current trainings in the field of biomass, solar thermal energy, photovoltaic, heat pumps and ventilation and on the other hand to define new potential trainings in case of further demand. This shall be a fundamental basis to prevent the threat of the absence of professionals and to increase the quality of already converted projects.
Development of an innovative service system to increase the efficiency of public street lighting in municipalities.
The aim is to develope a innovative street lighting service system in order to increase energy efficiency: quick-checks.energy monitoring.best-practise-catalogue.benchmarking.excursions.information.training.info-point.attendant process.congress.preparation efficient street lighting model region
Saving energy with "single-family house contracting": developing of standardized modules for energy saving measures, evaluation methods for proving the quality of the measures, model contracts and marketing-strategies.
Concept development for the implementation of efficient energy services as part of grid connected energy supply to increase energy end-use efficiency.
A feasibility study of innovative absorption heat pump processes for strategic orientation and further development of heat pumping technology and its applications.
The project Smart Metering consumption focused on the energy consumption of the future smart metering infrastructure - an issue not widely discussed until now.
Systematic reduction of THG in the sector trade and industry through market economical energy services. Research project to improve the energy efficiency of the end user as well as the integration and utilization of renewable energy in the energy service models.
Use of thermal cooling technologies and optimal combination with other heat energy consumers to use during summer the available district heating based on renewable energy sources: example of the municipality of Mureck
Optimal use of heating energy from a biogas CHP in the municipality of Mureck through demand side measures; the multifunctional energy centre Mureck on the way towards thermal air-conditioning: Multi-Mukli
An integral control network for optimizing the resource "electrical energy". Concept for new, innovative services for the power market based on the latest advances in the field of modern information- and communication technologies.
To the frequent uses of refrigerating plants in hotel and catering industry was not paid a lot of attention in the way of energy efficiency so far. We are talking about plug-in cooling units and custom-made cooling equipment. Aim of the project: finding out the manner and amount of refrigeration usage, as well as the estimation of energy savings potential and measures, especially for custom-made cooling equipment.
Development of agitation systems in biogas plants in order to optimize mixing-behaviour and to reduce energy demand with the help of Computational Fluid Dynamics (CFD) simulation
The purpose of this project is the investigation of the mixing-behaviour and performance of the agitation systems in biogas plants, and to present them through Computational Fluid Dynamics (CFD) simulation. This EDP-tool can model and predict the actual fluid dynamics in a closed system. Thus it may help to plan optimal reactor geometries, position and combination of agitation systems as well as to minimize the energy requirements.