Energetica 216 - mayo 2022
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¨"~""¦"}"~b ~""}~"~"~~"~"" """¦~"";"""" ~" £}" " ¦}" " ~" """""~"" }~"""}¦~""¬" Referencias [1] EU. Directive 2018/844/EU of the European Par- liament and of the Council of 30 May 2018 on the åĹåųčƼ ŞåųüŅųĵ±ĹÏå Ņü ÆƚĜĬÚĜĹčŸţ ký I )ƚų ĹĜŅĹ 2018;156:75–91. [2] Renovation Wave n.d. https://ec.europa.eu/ener- čƼxƋŅŞĜÏŸxåĹåųčƼěåþÏĜåĹÏƼxåĹåųčƼěåþÏĜåĹƋěÆƚĜĬ - dings/renovation-wave_en. [3] Nowak T. White paper: Heat Pumps - Integrating technologies to decarbonise heating and cooling. EPHA -European Heat Pump Assoc 2018:1–86. ĘƋƋŞŸ×xxƵƵƵţåĘŞ±ţŅųčxĀĬå±ÚĵĜĹxƚŸåųƣƚŞĬŅ±Úx White_Paper_Heat_pumps.pdf (accessed October 5, 2021). [4] Aranguren P, Díaz de Garayo S, Martínez A, Araiz M, Astrain D. Heat pipes thermal performance for a reversible thermoelectric cooler-heat pump for a nZEB. Energy Build 2019;187:163–72. https://doi. ŅųčxŎLjţŎLjŎƅxģţåĹÆƚĜĬÚţƖLjŎĿţLjŎţLjƐĿţ [5] Diaz de Garayo, S.; Martínez, A.; Aranguren, P.; Astrain D. Prototype of an air to air thermoelec- ƋųĜÏ Ęå±Ƌ ŞƚĵŞ ĜĹƋåčų±ƋåÚ ƵĜƋĘ ± ÚŅƚÆĬå āƚƻ mechanical ventilation system for passive houses. Appl Therm Eng 2021. https://doi.org/https: //doi. ŅųčxŎLjţŎLjŎƅxģţ±ŞŞĬƋĘåųĵ±ĬåĹčţƖLjƖŎţŎŎƅíLjŎţ [6] Diaz de Garayo S, Martínez A, Astrain D. Optimal combination of an air-to-air thermoelectric heat pump with a heat recovery system to HVAC a pas- sive house dwelling. Appl Energy 2022;309:118443. ĘƋƋŞŸ×xxÚŅĜţŅųčxŎLjţŎLjŎƅxģţ±ŞåĹåųčƼţƖLjƖŎţŎŎíĉĉƐţ [7] Díaz de Garayo S, Martínez A, Astrain D. Annual energy performance of a thermoelectric heat pump combined with a heat recovery unit to HVAC one passive house dwelling. Appl Therm )Ĺč ƖLjƖƖſƖLjĉ×ŎŎƀíƐƖţ ĘƋƋŞŸ×xxÚŅĜţŅųčxŎLjţŎLjŎƅxģţ applthermaleng.2021.117832. Izquierda: Estudio de la evolución de las temperaturas en un caso piloto durante el invierno. Derecha: módulo básico de la bomba de calor constituido por un dispositivo termoeléctrico y dos heat-pipes . EFICIENCIA ENERGÉTICA 124 ENERGÉTICA XXI · 216 · MAY 22
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