FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W883296864> ?p ?o ?g. }

• W883296864 abstract "This report describes the optimised solar and heat pump systems developed in the MacSheepproject as well as the simulation results for these systems. Four systems have been developed by four different development groups, each with one private company participating. The development groups have chosen different types of systems as well as different target loads for their systems, which give a wide coverage of the potential markets. The aim of the project was to achieve a 25% performance increase compared to state of the art systems, while being cost-competitive compared to the state of the art.Two reference state of the art solar and heat pump systems have been defined, modelled,and simulated to derive benchmark electricity demands and SPF values for the boundary conditions that were defined for the MacSheep project. The reference systems usedtheground (boreholes) orair as a heat source for the heat pump. The chosen boundary conditions were the climates of Zurich and Carcassone, arealistic DHW load,and two buildings, one representing a modern low energy building (SFH45) and one representing an existing building (SFH100). These reference systems and boundary conditions were defined within the first year of the project, and are used throughout the project.New components were developed for the MacSheepsolar and heat pump systems and these developments are reported in the reportsof work packages 3 –6. Component models have been programmed and validated with laboratory measurements.In this report, simulation results for the four MacSheep systems arecompared to the relevant reference system in order to quantify the expected performance increase. These simulations include the component models with their validated parameters and performance obtained from phase 3 of the project.In addition, the costs of the systemswere estimated. The key performance indicator for the final system developments was defined as a figure for electric savings (25%) compared to the state of the art at competitive (i.e. comparable) cost. Therefore, cost-savings that were achieved for some of the components that were developed were allowed to be compensated by increased cost for other components or increased collector areasin order to show the project's achievements in the light of the defined key performance indicator.At present, the updated simulations show electric savings of 17%, 24%, 26%, and 30%, respectively, for the different developments and the different target heat loads.Threeof these systems will be built and tested during 2015,using the whole system test method that was further developed within the MacSheep project (see report D2.3 for more details). The results from these tests will give benchmark energy used of these systems both for the test sequence itself but also on an annual base. In addition, the simulation models described in this report will be verified against the measurements and then used for annual simulations for otherboundary conditionsthan the once that are represented in the test sequence." @default.
• W883296864 created "2016-06-24" @default.
• W883296864 creator A5003302143 @default.
• W883296864 creator A5003967791 @default.
• W883296864 creator A5021402527 @default.
• W883296864 creator A5039520045 @default.
• W883296864 creator A5048383180 @default.
• W883296864 creator A5060879206 @default.
• W883296864 creator A5063201615 @default.
• W883296864 creator A5065772997 @default.
• W883296864 creator A5069180423 @default.
• W883296864 creator A5082022779 @default.
• W883296864 date "2015-01-01" @default.
• W883296864 modified "2023-09-27" @default.
• W883296864 title "Optimized solar and heat pump systems, components and dimensioning : Deliverable 7.3 - MacSheep - New Materials and Control for a next generation of compact combined Solar and heat pump systems with boosted energetic and exergetic performance" @default.
• W883296864 hasPublicationYear "2015" @default.
• W883296864 type Work @default.
• W883296864 sameAs 883296864 @default.
• W883296864 citedByCount "1" @default.
• W883296864 countsByYear W8832968642015 @default.
• W883296864 crossrefType "journal-article" @default.
• W883296864 hasAuthorship W883296864A5003302143 @default.
• W883296864 hasAuthorship W883296864A5003967791 @default.
• W883296864 hasAuthorship W883296864A5021402527 @default.
• W883296864 hasAuthorship W883296864A5039520045 @default.
• W883296864 hasAuthorship W883296864A5048383180 @default.
• W883296864 hasAuthorship W883296864A5060879206 @default.
• W883296864 hasAuthorship W883296864A5063201615 @default.
• W883296864 hasAuthorship W883296864A5065772997 @default.
• W883296864 hasAuthorship W883296864A5069180423 @default.
• W883296864 hasAuthorship W883296864A5082022779 @default.
• W883296864 hasConcept C107706546 @default.
• W883296864 hasConcept C127413603 @default.
• W883296864 hasConcept C146978453 @default.
• W883296864 hasConcept C21880701 @default.
• W883296864 hasConcept C2776461528 @default.
• W883296864 hasConcept C39432304 @default.
• W883296864 hasConcept C41008148 @default.
• W883296864 hasConcept C78519656 @default.
• W883296864 hasConcept C89714869 @default.
• W883296864 hasConceptScore W883296864C107706546 @default.
• W883296864 hasConceptScore W883296864C127413603 @default.
• W883296864 hasConceptScore W883296864C146978453 @default.
• W883296864 hasConceptScore W883296864C21880701 @default.
• W883296864 hasConceptScore W883296864C2776461528 @default.
• W883296864 hasConceptScore W883296864C39432304 @default.
• W883296864 hasConceptScore W883296864C41008148 @default.
• W883296864 hasConceptScore W883296864C78519656 @default.
• W883296864 hasConceptScore W883296864C89714869 @default.
• W883296864 hasLocation W8832968641 @default.
• W883296864 hasOpenAccess W883296864 @default.
• W883296864 hasPrimaryLocation W8832968641 @default.
• W883296864 hasRelatedWork W134051025 @default.
• W883296864 hasRelatedWork W1551493975 @default.
• W883296864 hasRelatedWork W1989258039 @default.
• W883296864 hasRelatedWork W2046602313 @default.
• W883296864 hasRelatedWork W2064992461 @default.
• W883296864 hasRelatedWork W2163957437 @default.
• W883296864 hasRelatedWork W2164478844 @default.
• W883296864 hasRelatedWork W2276619581 @default.
• W883296864 hasRelatedWork W2290213158 @default.
• W883296864 hasRelatedWork W2301121026 @default.
• W883296864 hasRelatedWork W2729549346 @default.
• W883296864 hasRelatedWork W2794153022 @default.
• W883296864 hasRelatedWork W2799479292 @default.
• W883296864 hasRelatedWork W2804987202 @default.
• W883296864 hasRelatedWork W2968267804 @default.
• W883296864 hasRelatedWork W2968810057 @default.
• W883296864 hasRelatedWork W2983221674 @default.
• W883296864 hasRelatedWork W3039514647 @default.
• W883296864 hasRelatedWork W3100124033 @default.
• W883296864 hasRelatedWork W3107456163 @default.
• W883296864 isParatext "false" @default.
• W883296864 isRetracted "false" @default.
• W883296864 magId "883296864" @default.
• W883296864 workType "article" @default.