Highlights from the Third Newsletter:

• Neo-Baroque Villa Receives Renewable Energy Upgrade
  
• Scientific Paper about the Optimal Parameterization of a PV and a Battery System
  
• Technical Constraints for Establishing Energy Storages
  
• Summary of the Zukunftsforum Energie & Klima
  
  

On 17.11.2020 between 9.00 and 10.30am an online event took place hosted by the Store4HUC partner Climate Alliance (PP10) and entitled with “Zukunftsforum Energie & Klima, F7: Energiespeicherung in historischen urbanen Gebäuden”, presented in German language.

Responses on the following queries have been given by the presenters: "What potential do energy storage systems in buildings or urban districts to offer?

Wir laden Sie gerne ein zur Teilnahme an der Online-Veranstaltung "Energiespeicherung in historischen urbanen Gebäuden". Das Seminar ist kostenlos (Anmeldung erfordelich) und findet als Forum 7 am 17. November 2020 von 09:00 Uhr bis 10:30 Uhr im Rahmen des Zukunftsforum Energie und Klima statt (online).

Because of the matured technologies, ease of use and installation, and relatively low prices, photovoltaic and battery energy storage systems are a great choice for a renewable energy source and an energy storage solution.

To help the design process of those systems for a new consumer, a procedure is proposed.

Constraints and potentials of energy storage and energy managements systems in historic urban setting are essential to develop historic cities towards a carbon neutral future.

We assessed technical contrains across various countries to support the replication of STORE4HUC pilots in other countries.

Lendava Library, listed as cultural heritage, was built in 1906 in neo-baroque style as the villa of the notary Oskar Laubhaimer.

The main aim of the pilot project is to upgrade the energetic characteristics of this historical building by replacing the existing Oil-Fired Boiler with a renewable energy source. 

Die Ausbauphase am Weizberg ist fast abgeschlossen und einer erfolgreichen Inbetriebnahme des erweiterten Biomasseheizwerks steht nichts mehr im Wege.

Die Bauphase begann im Februar 2020 und wurde mit dem Einbau des Wasserpufferspeichertanks Ende Juni 2020 abgeschlossen. Alle Herausforderungen, die sich aus der Umsetzung der Erweiterung ergaben, wurden durch die getroffenen Maßnahmen hervorragend gemeistert:

A Case Study of Biomass Energy Storage Expansion in Weiz, Austria

Green energy investment can be difficult to plan in a historic building, more so in case of public buildings. In this case study we give your some tips on preparing such an investment.

The Second Store4HUC Newsletter is now available online. The newsletter summarizes the latest project achievements around the Store4HUC feasibility studies and contains a preview on the Autarky Rate Tool under development. Links to Events such as the EU Sustainability Week and more give you the opportunity to connect to fellow professionals in these difficult times. 

The Feasibility Study for the energetic optimization of an already existing slope elevator is now available for the pilot site Cuneo in Italy. 

The slope elevator has an average race count of 160.000 races per year transporting more than 700.000 people.The Study shows that its impact will be an important element to be considered in the decision-making processes on interventions of energy efficiency through storage systems that will contribute the increase of energy production from renewable sources. 

In the course of the project Store4HUC, a feasibility study will be carried out for every pilot region (IT, AT, CRO, SI).

The feasibility study of the Heat Storage in Weiz, Austria, is out. Find out which possible solution they developed to integrate a water buffer tank in the existing heating structure of the historical church in Weiz. 

The first scientific publication by Store4Huc is published.

The article introduces a robust controller design for power converters that interface energy storages and renewable energy sources to the primary grid, especially applicable in conditions of a weak grid with significant voltage distortions that are often found in historical urban areas due to usually low capacity of the electricity distribution infrastructure in them.

The concept for software tools for energy management in historical urban centres, tailored for the pilot sites of the project has been published. You can download the concept entitled “D.T3.1.1 HUC EMS tool – concept” - Concept of the adapted existing tools for energy management with energy storages in historical urban centres” in the “Publications” section.