Battery Storage System to increase the local use of renewable Energy at Feldbach

For the project FeldBatt a single battery storage system for several prosumers is considered, with one major service being the provision of the means to maximise the local own energy consumption of PV and small hydropower generation. The problem regarding the use of one single storage capacity for that specific task, is the necessity to pay grid tariffs for the energy stored into and taken from the battery. To ensure economic feasibility, the transport of electrical energy between prosumers and battery needs to be done via direct lines.
The project FeldBatt will focus on the following goals: - Increase of own consumption of local renewable generation up to 100 % - Reduction of electricity costs for the involved prosumers of at least 10 % - Ensure economic feasibility of the battery storage by the definition of additional services - Ensure the supply of critical infrastructure for 1-3 days by using the storage capacities, direct lines and renewable energy generators. - Development of c

Click on the button to load the content from sho.co.

Load content

Erklärvideo zum Projekt

Summary

For the project FeldBatt a single battery storage system for several prosumers is considered, with one major service being the provision of the means to maximise the local own energy consumption of PV and small hydropower generation. The problem regarding the use of one single storage capacity for that specific task, is the necessity to pay grid tariffs for the energy stored into and taken from the battery. To ensure economic feasibility, the transport of electrical energy between prosumers and battery needs to be done via direct lines. The project FeldBatt will focus on the following goals: - Increase of own consumption of local renewable generation up to 100 % - Reduction of electricity costs for the involved prosumers of at least 10 % - Ensure economic feasibility of the battery storage by the definition of additional services - Ensure the supply of critical infrastructure for 1-3 days by using the storage capacities, direct lines and renewable energy generators. - Development of control algorithms for the optimisation of the storage deployment with regards to the different services provided. - Installation of a demonstrator to test the developed business models and control algorithms under real-life conditions.

Last edited on 11/08/2019

Projektdaten – Umsetzungsprojekt im 9. Call

Project start 01.04.2018
Project end 31.03.2021
Approved funding € 471.820
Approved overall cost € 959.740

Consortium

LEA GmbH (consortium manager)
Stadtgemeinde Feldbach
Energie Steiermark Technik GmbH
Energienetze Steiermark
4ward Energy Research GmbH
AIT Austrian Institute of Technology GmbH
Sprecher Automation GmbH
SEPH GmbH

Project results

Contact

Project lead Ing. Karl Puchas, MSc. LEA GmbH +43 (0) 3152 8575 - 505 E-Mail
Program management Klima- und Energiefonds Mag. Heinz Buschmann, MSc +43 (0)1 585 03 90 E-Mail