News & Events

The Commission is in the process of updating some of the content on this website in light of the withdrawal of the United Kingdom from the European Union. If the site contains content that does not yet reflect the withdrawal of the United Kingdom, it is unintentional and will be addressed.

New ways for prosumers to interact with energy market, grid operators

Share this Post:

The LEAFS project, implemented by the Austrian Institute of Technology, addresses challenges that arise from a growing number of prosumers. The project seeks to make citizens more involved in Europe’s energy transition by establishing new ways of interacting with the energy market and grid operators.

The consumer’s behaviour regarding their own energy needs will change in the future. Energy users won’t just be simple electricity, gas or heat consumers anymore but prosumers who produce energy through, for example, photovoltaic panels (a.k.a: solar panels) installed on or around their houses and using innovative equipment such as heat pumps, energy storage devices (i.e: batteries) and electric vehicles that will interact with the energy market through different pricing mechanisms such as time variable tariffs. Becoming a prosumer implies addressing several challenges. For example, problems will arise for the energy distribution grids if many prosumers react to a low or high market price at the same time. Simultaneous reactions can bring about system failures that could potentially lead to power outages.


A solution to address this kind of problem can come from new communication technologies: new phone or computer apps could aid in the management of prosumers’ energy supply in the marketplace by automatically taking into account the electricity price which is shaped in part by how all other prosumers interact with each other in the marketplace.


Such apps would be used to intelligently control devices (on/off, temperature setpoints, etc) for balancing prosumers’ own energy needs and the effect of their actions on the stability of the electricity system. However, before such comprehensive apps can become common use, some research on the tools that can provide the energy grid with the necessary flexibility is needed.


Flexibility is understood as the ability of the energy system to quickly react and adapt to changes in energy supply and demand while maintaining a steady balance between the two.


How to efficiently increase the flexibility of the energy system?

The LEAFS project led by the Austrian Institute of Technology wants to show how to activate flexibility from prosumers connected to the low-voltage grid in a “grid friendly” way and without subsequent expensive reinforcements of the grid infrastructure. To do so, LEAFS conducts field trials in three different regions of Austria with different approaches:


-Community storage operated by the energy supplier. In the village of Heimschuh, LEAFS implemented a large storage system (100kW/100kWh) which is operated by the local energy supplier. The large storage acts for a community of up to 10 prosumers. It is also able to provide grid stability and market services at the same time. For instance, the large storage system can participate in the spot market by buying electricity when it’s cheap and selling it when it is expensive.


-Financial incentives for customers. An additional test in Eberstalzell was performed to analyze the effect of new incentives for prosumers to activate flexibility in a grid friendly way and at the right time. More than 100 households receive a bonus when they consume electricity at a time where there is a high local generation by photovoltaic systems (like solar panels). The customers are informed on the availability of the bonus via an app.


-Photovoltaic home storage providing grid and market services. In the villages of Eberstalzell and Köstendorf, LEAFS installed three photovoltaic home storage systems which can be used for additional market and grid services. A grid monitor and controller operated by the local Distribution System Operator communicates grid flow and electricity system limitations to avoid power outages.


Read more on Balkan Green Energy News.