Q2660505 (Q2660505): Difference between revisions
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(Created claim: summary (P836): With total Swedish production of more than 12 terawatt hours, geoenergy is today Sweden’s third largest renewable energy source. The most common form of geoenergy in Sweden is geothermal heat. Due to aging boreholes and more efficient heat pumps, depletion of boreholes is a growing problem. The project will demonstrate, optimise and validate a technology that makes it possible to recharge geothermal holes using air heat. The project will be carr...) |
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With total Swedish production of more than 12 terawatt hours, geoenergy is today Sweden’s third largest renewable energy source. The most common form of geoenergy in Sweden is geothermal heat. Due to aging boreholes and more efficient heat pumps, depletion of boreholes is a growing problem. The project will demonstrate, optimise and validate a technology that makes it possible to recharge geothermal holes using air heat. The project will be carried out in connection with the ongoing ERUF project Ecofast. In parallel, as the system solution is tested and validated, the project will carry out an information dissemination effort to increase market and users’ knowledge of the new solution. The information dissemination effort will include an energy conference in connection with the project location. The demonstration and the conference will both help to establish a long-term energy test bed operation in Upper Norrland and will create national and international interest in Upper Norrland as a northern test bed for the development and adaptation of future energy solutions for cold climate. The project results will form the basis for the commercialisation of the new system solution in the global market. (English) | |||||||||||||||
| Property / summary: With total Swedish production of more than 12 terawatt hours, geoenergy is today Sweden’s third largest renewable energy source. The most common form of geoenergy in Sweden is geothermal heat. Due to aging boreholes and more efficient heat pumps, depletion of boreholes is a growing problem. The project will demonstrate, optimise and validate a technology that makes it possible to recharge geothermal holes using air heat. The project will be carried out in connection with the ongoing ERUF project Ecofast. In parallel, as the system solution is tested and validated, the project will carry out an information dissemination effort to increase market and users’ knowledge of the new solution. The information dissemination effort will include an energy conference in connection with the project location. The demonstration and the conference will both help to establish a long-term energy test bed operation in Upper Norrland and will create national and international interest in Upper Norrland as a northern test bed for the development and adaptation of future energy solutions for cold climate. The project results will form the basis for the commercialisation of the new system solution in the global market. (English) / rank | |||||||||||||||
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| Property / summary: With total Swedish production of more than 12 terawatt hours, geoenergy is today Sweden’s third largest renewable energy source. The most common form of geoenergy in Sweden is geothermal heat. Due to aging boreholes and more efficient heat pumps, depletion of boreholes is a growing problem. The project will demonstrate, optimise and validate a technology that makes it possible to recharge geothermal holes using air heat. The project will be carried out in connection with the ongoing ERUF project Ecofast. In parallel, as the system solution is tested and validated, the project will carry out an information dissemination effort to increase market and users’ knowledge of the new solution. The information dissemination effort will include an energy conference in connection with the project location. The demonstration and the conference will both help to establish a long-term energy test bed operation in Upper Norrland and will create national and international interest in Upper Norrland as a northern test bed for the development and adaptation of future energy solutions for cold climate. The project results will form the basis for the commercialisation of the new system solution in the global market. (English) / qualifier | |||||||||||||||
point in time: 29 April 2021
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Revision as of 21:17, 29 April 2021
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Statements
4,728,504.0 Swedish krona
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9,457,006.0 Swedish krona
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0.5 percent
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1 January 2018
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31 December 2020
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Evertech Energy Solutions AB
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64°37'28.24"N, 16°39'34.49"E
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91232
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Med en total svensk produktion på över 12 terawattimmar är geoenergi idag Sveriges tredje största förnyelsebara energikälla. Den vanligaste formen av geoenergi i Sverige är bergvärme. På grund av åldrande borrhål och mer effektiva värmepumpar är utarmning av borrhål ett växande problem. Projektet ska demonstrera, optimera och validera en teknologi som gör det möjligt att återladda bergvärmehål med hjälp av luftvärme. Projektet kommer att utföras i anslutning till det pågående ERUF-projektet Ecofast. Parallellt som systemlösningen testas och valideras kommer projektet genomföra en informationsspridningsinsats för att öka marknadens och användares kunskap om den nya lösningen. Informationsspridningsinsatsen kommer inkludera en energikonferens i anslutning till projektorten. Demonstrationen och konferensen kommer båda bidra till att etablera en långsiktig energitestbäddsverksamhet i Övre Norrland och kommer skapa nationellt och internationellt intresse för Övre Norrland som en nordlig testbädd för utveckling och anpassning av framtidens energilösningar för kallt klimat. Projektresultatet kommer ligga till grund för kommersialiseringen av den nya systemlösningen på den globala marknaden. (Swedish)
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With total Swedish production of more than 12 terawatt hours, geoenergy is today Sweden’s third largest renewable energy source. The most common form of geoenergy in Sweden is geothermal heat. Due to aging boreholes and more efficient heat pumps, depletion of boreholes is a growing problem. The project will demonstrate, optimise and validate a technology that makes it possible to recharge geothermal holes using air heat. The project will be carried out in connection with the ongoing ERUF project Ecofast. In parallel, as the system solution is tested and validated, the project will carry out an information dissemination effort to increase market and users’ knowledge of the new solution. The information dissemination effort will include an energy conference in connection with the project location. The demonstration and the conference will both help to establish a long-term energy test bed operation in Upper Norrland and will create national and international interest in Upper Norrland as a northern test bed for the development and adaptation of future energy solutions for cold climate. The project results will form the basis for the commercialisation of the new system solution in the global market. (English)
29 April 2021
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Identifiers
20201435
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