Integration and smart management of energy storages at historical urban sites (Q4299988): Difference between revisions
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Revision as of 22:42, 24 June 2022
Project Q4299988 in Germany, Italy, Slovenia, Croatia, Austria
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Integration and smart management of energy storages at historical urban sites |
Project Q4299988 in Germany, Italy, Slovenia, Croatia, Austria |
Statements
1,419,515.72 Euro
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1,726,608.7 Euro
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82.21 percent
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1 April 2019
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31 March 2022
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Development agency Sinergija
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50°7'3.90"N, 8°38'10.97"E
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46°33'50.47"N, 16°27'12.31"E
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45°48'27.11"N, 15°57'31.64"E
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45°48'5.18"N, 15°58'16.03"E
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44°23'35.74"N, 7°33'5.00"E
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46°41'6.54"N, 16°13'0.05"E
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47°12'55.26"N, 15°37'51.49"E
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45°5'17.41"N, 7°40'24.92"E
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48°10'59.52"N, 16°19'13.33"E
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47°3'53.57"N, 15°24'28.15"E
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It is challenging to provide a low carbon energy supply in cities in a style of energy storages. Especially in historical urban centres it is very difficult to achieve these results, because interventions in this specific area meet strict architectural protection constraints, involve higher implementation costs and often come in conflict with town planning policies. Therefore, the main objective is to improve and enrich energy and spatial planning strategies targeting historical city centres by focusing on integration of energy storage systems to enhance the public institutional and utility capabilities. The pilot actions implemented in specific sites will demonstrate the various energy storages that can be adapted and transferred to other local or regional environments. The storages will provide good show-cases to the local authorities which can benefit in sense of improved energy efficiency and increase usage of renewable energy sources and lower costs for energy. The transnational strategy will provide the recommendations for improving the energy and spatial planning. The energy management tool will enable to monitor all features that proof the effectiveness of the pilot installations. Additionally, the autarky rate tool will indicate the economic and reasonable utilisation of storages. By establishing the stakeholder deployment desk Store4HUC will reach the relevant players to share the knowledge and also transfer it to other additional audience. It will enable to gain wider consensus of the pilot instalment and further tool usage, especially with the signed memorandums of the future tool utilisation. The project approach foresees also peer review actions, mutual learning within project consortium and exchange of experiences and knowledge with target groups what can enhance the transnational added value. Innovative energy storage installation and storing of renewable energy sources determines the innovative aspect of Store4HUC. (English)
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