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Transcripción

1 $"" "& ''!( ") ""*+,-"''".'! +)!*""*"'"" 012 ""1")'"34 )"*!5) ""6"0 ) 2 $ &' (! ) ( * +', + +$! -!. ' "!! $ &' 2 *! ' 2 ' 3 )*',).

2 45+ $& '& ( )& * +, & )-'+,,., -.,( 0 ( 120 * 34 * 15 *( 4 *( 6( *(( 6* *(* 6& **, ** 4-. *& 70 *, 8'90 & $)344:2( & ( &( 3( :&;3( &* )-9<( && )34(( && =(( &&( ((, $5+9(>, $(>,(?*,* <*,& :*,, -*,, *,,( *,,* $2 *.,@ &,@ 39-< &,@( $<&,. &*,0 &&,0 &&

3 ,0( '9&, ,* ),@ 1@&. 3@@. $@@.( $)34@@.* $+9@@.& 0 D+@0 4+EB@>

4 1 Introducción 1.1 Objeto 9 9A - 9A : Alcance - $2)34 $5+9 A+2 3+) 3 o 2 o < o )- $2 o 2)34 o - o $-9 o o 2+ o - +9F9F" o 8 o :A+ o B A o -A 2 5-9F FF+F- " &

5 1.3 Especificaciones ++ 3 o $. o < 42;)34 o? GA- o B- " o )< o o )9A+5 - o $D': 5" o )9A +9 < 9-< :A+ o )9A + : &H3- o B + A A 0AF(&-A" 1.4 Antecedentes y justificaciones -'29 - F959>0*+- 9-3F! "IFBF- 9 9 )8"(*9 9 4!! B 2! 9 F 9 A F F F 2F 9BF)F9 9A< F9F9F9F "F ) J '!F 99BJ 3-5+ A- A 3F- 9F,

6 -<9' 99B& F-0+ ' F A - F F9F -'9F-FAA F 9 9 ; F +9F2F+ ; 4- ; J ( :F ; - G 5 F9)- F += ; J ) A F A -9+ ;)5+5FF 5 ') < -F955 -' ; )9A + 9F 2F - 92+F + 3 ' 5 F + 9B5+

7 1.5 Descripción del entorno Datos y ubicación del municipio! 9 J + &.*, K ( - *&0. A + &,,H= &H**=" *0K 0*H H," &@* (&(! (., 5 A < )143-( $3)=" ( 3 BF <.

8 1.5.2 Descripción del recinto 3B!F9 95- ;A ;- )9BF-9 ;3 ;D+ +" ;9B ;+9 2 Recursos energéticos 3A9F F ! F 5 F -<5 A-! 0

9 5A9 1 : A A - B F + + A ) F$3)=-? 3( F 5 + ABF!L ( FKL ( MAL ( + A + + A ) 3-3 J0K!! " $& ' (!)))$ <+ F F F A - A B 3 4:2 4+9 :A+ >

10 3 Cocina Solar Requerimientos para cocinar '- + -F< 9F. 9-9F9&-, +2-95F<!9 + 9 BF - < 9F 5- F5+ 9F 5F9BA A B A ( + A3+*,NLA (+*,NLA(AO&NLO,0,(N!L 2A9(F,,P3) (F, A FA F 5 9 *+!,-., !42"+111,!-2 5.( *+111,! )6+7!044, F 9@N!. 3.2 Solución A AF55 -BA

11 2 F 5' A 5-5 " F +FF-<F '+ ++A ++AF B BBF<- A B- 9 F+A-A - B ' 9 F.9 9B+F +@N! $ -F G55 A9FB-+4+ F +5 & -, A9- AGF- 5F5B5 F B 5F+'F9 5 5 < + 5+ ; - ' F+AF 5+

12 ; F 9GG< ; 7 B A9- +. F +@P3 A 5 A AF A BFB-B Zona de captación B +F- A9 +F < 9 + ) F + < < 9 9F 5 ' - -55!- G3F55-5 Q,P3"F; Q(,P3"- R(,P3"+ ; A FFF? <' 59< 59AA5-9 A5 (

13 A-+AB (P ) F9 < Zona de acumulación F F < B +- <<F )34 -- *

14 <- A + A + - F 9 + )<< --A 2 A F99F -F:S-" Zona de cocción +A +A,& AAB' G + 5 B + - < - +2 &

15 ( 1+'+2 + A F +'F5F5+ FB 9'AAB - F ? +<+ 9'+<F92-9 B+ +B +2F+< B BF5 F +-+< Dimensionado de la instalación )FB F9-BB B! : A < F +(P3<,

16 F < 9AF92 +4D1-A 9 2F F+-5< 5 + 5F )T33*U)44) ) B 9 5 ( ( + < 2 5 &'()*+(, $ -.0 +*122 F0*0 F@@> *@&, +*13, F,0 F0* *>,& +*14+ F(0 F00> &0&* +*15, F*. F>& &>@, +*)22 F*,, F>,0,(( +*)15 F*,> F>,0,, +*33+ F*, F>&.,,> +*335 F*( F>*(,0 +*3(4 F(& F0>, &.( +*)45 F0, F0& &&*@ +*11+ F0.. F@>* *@,0 +*115 F.&, F@& *(> ' 14+,2 ' +*64, 8 F WA 'F ,P3A F 5 + F 9- + < 9 F 5 A 9 5 B -+<5 F ) - -

17 +-A9 +9 0P3+2 (P3F B 2 F F 9 <F F Seguridad y mantenimiento - 5 B ' < + - +F +B B F 9 <9F9-9.

18 2 F 9 '-FB(P3 9F'9 F F 2 F Hábitos para cocinar A F-F B)B2 ; +F 5-59A+ ; : F- 2F 9 B 2 ;? BF9 +99 ; BA-' ; F5 5 B 9F F ' '9'F'AA5 5-)55' F+F -AA 9FF B + A- 5 ' B 2 - B )F FA+ - ' < ' G - A5B 3.5 Ventajas e inconvenientes 9' 9 0

19 8' ; 3( ; F- + ; : 2 F - 929A ; '55 $9 ; A F 2 ; 9' ; + >

20 4 Instalación ACS Solar Térmica 4.1 Descripción de la instalación )F ) B + ( 5-5)34<-59BB2 A9G)34FF FA+ + )34 B 'F F - 'F-AA :-AFF - 55<+5 F F - XY B-A+9 5A5A-A- < B + A- 5-5 B +A 3*F(M)J =1 D7: F + A ( 9 F + - A,F - <F A F< < 4.2 Centrales de generación :- A F )34 B - 7"889 :;(++ (

21 7"8<=9 > 7 - * *0 NM (<>0<@& >9 8"?79 8@ ;:"8 < (+A 3 $ F( 8 =: 0*V B( *F,(* >$ E$ =4;&&0 7 - * *0,.&<>&(<* : 4.3 Acumuladores y vasos de expansión :-AF )34,- +9 (, =:" ? $ 4)? =$1? D) D4(, (, =:" ?$3)4) : F $(@.=T0 $,.((,? $, 798"=G 4$334? $ 4,H3 1+9<F9<F - )34 )9 8<; 8<( 8<)34. (

22 4.4 Producción de ACS solar Necesidades 2)34AB 4 92.,A- )34*, 4AB A B49F3:-+4A5 B 9 '+9< =F+A5 &F(.V 55@VF+ &0( + 9A + F AB52B Descripción de la instalación 492-)34 9-B +- A (: 5 44,( $ + * & F <+ - =9 +F *F( - FA5+' +BF- A9F ((

23 9A F F F A 5-4A>+ - -5<1$:- 2$) 4? UL;(,P $ &,PUL;P 2,,P ABI G < -A9BF5'-,,PF29 < + 4 A B F < - B M)J =1D7: +*F( )34&F(.V)34F59 +'+ B ' F 5 B )34 9 B ,, A5 F-55 A F F A " '99F-5- ' (*

24 9F <+ = A A B 9:7=9:" >D-0 >o 3**<*, *F,@. $! 3(<(( : F*0( :599 $:*(-2*1$: (Y*- +( 5 <F F< =A9F-99 2 :2 A ' F ' FA F+ - " :59<-5 9F-9 9 F 9F5' <F 8)4T)=4$=1$)1$4)1)1;4)8)143) $? A 5 A ' (&

25 559(.LA & ' 5 5 B *V 9 9 ( ") F A 5 4B99-5' 9 5 o :9 (P3" o & o 89' 44,2 5 AG 9 +GF F 9F<+ 5F - 5 -< :7=9:" >D-0 3**<*, (F. : (,

26 ! 45< " 4 A 9 < B 2 F9(, 9<-,)1D> 9<< 8)4T)=4$=1$)1$=3)1)4( 8)4T)=4$=43? =)1$)34. $ A 5 A )34 < 559.,LA & ' F 9+ ( ") 4B ,4 $ )34A9(,5' -<,& :- A F A, 5 G 9F ' FA2+2 ))34+@H3 5',P3 9B 9 <-F - <F ' 0 KL(F A & - BF F - 9 F - 99 FG? =(.@ (@

27 25 44,1 7$ I :- A F BG +AB-+9 B B B A )34- +? 9B F B 9A -- A 9 B 5 2F+AFB- +A A9B-+B 44,) $ + A 2 5-< <+ 5 + F G 9 +FB+ 32+9F9+ < ) '+9F A2" 44,3 : I D * +, F2F0NM -) 92 (.

28 < F * <25FA - A + 16;N F@L K8 ' ' < 5 A B+< '9--' < 5-2 2F52< + <22A -AB16;NF@LN9F 5 (0

29 ! " 5 Instalación marquesina fotovoltaica 5.1 Introducción ; ; * KM 9 + ) - < 9 A 2 = 5 ' 9 B ) ' F A F B F F- (>

30 49A<+5< (*KM0M 5.2 Ubicación 3- A + 3 &@H= 0H (&( A?:U ( > Punto de conexión a red '<<4G >1@@*L(5 +9+K8)55,KMF<5:+ 5.4 Tipo de instalación 4G1.,0L(0(@(0' =,$52+A+'F F AA F F 9F FF (KM 4G 1 D' - G $:3 D: & 5.5 Descripción y dimensionado de la instalación Descripción general de la instalación +9+<2-2 A +B + 5 F AA 5 G < 5 - +*>( ( F-(0 (*KM0M ' *

31 ! " F F 2 F Descripción de los elementos de la instalación: 11,(" 3 - A F 5 ' 9 5 < 9 F F B F + &F. 5 F > 5 ; $ + F 9 2 B H ) ,, - 0? A 5 " < (&F, *>( ( 9? - 5 < 5 5 ( B 5 A F B F A B *

32 ? 55<=( 9&' &' )A 2F+-+F2 A -9A+9 4 A B 52 -,64, )J " K? > " = $ 8 ZKM[ ZMAL[ \ Z\LKMA[ &F> (F.,0(,F@ :A+ 0F, 5=:<= 5 <B + A B A ;? 9B A < B84W4:,+ > L@ M > " DD LN@ M I 7:@;( 4; (>.*@ $? 84@;3,& 4; 0 (0 *@ "D 8J4W;(, 4; (, ( *>* ) 5= <= 4A?H-55F -5AA5 +55AB+ 1L 35 *(

33 ? 8;4 +>V-0V( 7O? ()H14>(6+ > > 0M?K >>? >> (,F08 >>= >>.)?K? 9 *(F&8 =.F@*)?KD7 8 UL;,V $ 3$$ : 11,2 $ +9(0+90 -@' 5-< (*KM : F 'FF&(F08-,0F&8;P3<,@F@8 11,4 = 9 ( KM I-; (4H)++? HB +9-<9 F F 5+BF F<9-9+F B+ )F ? =M)W :J &@8 )<* **

34 @ I ; (4H)++?HB $ >> *,;@*8 $?CD.&8 > CD *.KM CD *&) $ &8,L@7B > KM > CD (KM,() := 11, A + '9B<- 11,) 7 $ FCD G <+ (@&( 3-A984@;3,&0F- 2 > 7O? ()H14>(6+ > > 0 M?K >>? >> (,F0 8 >>= >>.F )?K? 9 *(F&8 8 =.F@* )?KD7 8 UL;,V (:5 11,3 7 $ = D$ +9(00 +@A(& (9KM 9 :J &4;@8;:N 4E - < *&

35 7C$?-H(+J0 *,F 8?.& 8? *, 8? (,F0 8 *68 =G< 49 V nº max_ paneles_ en _ sèrie = V OC _ inversor OC _ panel V nº max_ paneles_ en _ sèrie = V =G V nº max_ paneles_ en _ sèrie = V mpp _ max_ inversor mpp _ panel mpp _ min_ inversor mpp _ panel + 9 G- <1 > CD?? -H(+J0 (?PDP?P (& > CD ( >?P P?P * > * G*-( G9<- '9 '- A 55A5B CA= *,

36 <B > : F$ :F (2 (4 (1 () (3 (6 (5,+,( 2.(.,@ 0 0@& >0 >.( (@ 0 *& 4 1 >*@ 0 0,( ((& (>@ *@0 &&,(. (@ *, 0 0> ) 0*@ >&& (,( (@ ((@ > (@ (&( ((@0 (*>& (,( (@&@ 0.( (@ (@ (*& (&&0 (,>( (.*@ (00 *(& (@ ((@0 (&* (,>( (.,& (>@ *.0 *(& *&( (*& (,( (. (00 *@ *(& *&( *@ *.0-8 (5 4955<B ) >& D 0@ 95< 9' < 7 Q R 0 ( : > (@ (0 (@ (@ > ((@0 (*& ((@0 ((@0 &,F.0 : ( ( ( ( =D *&F**, *F,( (@F., ((F0> =D= *F& *F& *F& *F& = S= DF 3- F- D5-(*&M *@

37 7 $ > (,6 8 0 =, >,2+4N@ 0 ' 11,6 > I 9 +9 $ -, 0 (0& >R $ N@ (*KM : J$ (0 > (KM,KML" 4A-B 84W4: - = " " I " " KMAL] KMA KMA V V T **F0 @0F& I (*F0 (F( (F. 0,F. &(F, 9,F@ : ( 5'92 *,0,KMA(*KM Instalación eléctrica: 2 112( O 1 +9< *.

38 3) < 3" - ( 3D 3"4A&F+ A <3 * 33 <-9 94A 9 & 3 < )3 9A< -+, 3 < - :- ' 3J + 3< " +,V 3+V)3 (,P3-ML ( $<9G1D: A< G S L I = 2 K u W 9 A < F + S = 3 L I K u 4 ( FF$< )N9-1D: <55 = =D 7$ > D 8"< L@ M U, 33 (T (00 (&F,>@.F@* T@( < 33 (T,( 0F@& *F,( F,.@F T( 33 (T,( (F. *F,( F,.@F T* 7 33 (T,( *F,( F, >, (>.F T>,( " 3) D *T,(, *0, & (( *T&( 3) D *T (*&, *0, & (( *T&( ' *0

39 9<- < & B59 112, > 7I < < +9' 3 - ( * < 1122 " D$ I$ A 3A 2-L;2 4 A 9 5 '95 1 = < 33 ) 8 33 &) 7H( 3) &) 7H( 3) &) > )5+9'' G In' = 1.25 In = = 9.54A 10A $+ &9$ *,() In' = 1.25 In = = 38.15A 40A W;299 *>

40 21 ) 9 +- ;249M5 9$ P In _ ac = = = A 3 U cosϕ F9-)3 In' = 1.25 In = = 39.68A 40A 2 F + ;&)-935A+ *)F0)- 2 F) Estudio económico In' = 1.25 In = = 100A A A B (, Costes de inversión y explotación: +9F 9F 2F F " A 9 ++ F+9*\LMA,.\LM5-A 9&\LM9 5 > VBW V $ F@ *@0@& = F(@,>> " F@ *0( F, (&>( T$ F> (.& F( &@ *F0.>@* > =.>@*\59 9-5' < &

41 " < (V9FF&(\ Ingresos de explotación G F1,.0L(0-,@,L( 4G ( 1,.0L( F $(*(\LKMA+ 592> 9 ( 5 +., G 1,@,L( 9F 9 (&\LKMA (, F $3(F,V >$ >N@ *( \LKMA => (F,V >$ E( *,0, KMA >R V 8$ F.& 68 8 = &

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

43 1+ = $ = $.>@*F(\ ; D$..&F0\ => (F,V &V < U I 8 =8 >< 4+U ( (0*0,F(0\ &(,..F>(\ (>*. >F(&V &F 41U ( *>**F&&\ *>(>F.@\ **, >F&.V &F 1+U ( *,&0F@\ *,&0F@\ *@.( >F.V &F )+U ( &(,..F>(\ (0*0,F(0\ &&@ F*V &F 3+U ( &>@.&F(&\ ((00F>@\,& F*V &F U I 8 =8 >< 4+U, (0*0,F(0\ &(,..F>(\ (&@, >F,V * 41U, *>**F&&\ *>(>F.@\ (..* >F0V * 1+U, *,&0F@\ *,&0F@\ *0 F(V ( )+U, &(,..F>(\ (0*0,F(0\ *@>. FV ( 3+U, &>@.&F(&\ ((00F>@\ &** (F(V 6+U,,*(((F&\..&F0\ &@( &FV. 5=<< 495+,9&V-0V 9*95 +0V95 -:$1&V59G(,F -, 5.7 Estudio ambiental ' 5 + 2F < 4A5+95 A*,,:3(9G3A ((:3( >$ *,0, KMA KMA $ F&,& K3(LNMA " *,&0* K3( > ((> K3( 0: &*

44 -A A : G? 92F5 -A- 5.8 Otros aspectos <F29 5A Mantenimiento B 19<2 995F <A9-J 29G Sala inversores )<2-F B F9A<- B2 &&

45 6 Techo frío 6.1 Resumen - + B A ++A ' G +' Objetivo 3B A+A 4F99F5 F5+29-5' Justificación 9FB AFAA5<+ -59A 2 4 A B + A A ' 9 + 9A +++-B + A" )F+-B 5B5929<F F-A-FB +5+ )F 9 5 A B A AA ' Especificaciones básicas Descripción del edificio (módulo habitaciones) )9+B A ; F5++ - ; F 5 + A 9B + &,

46 <0A,-(A(? (A-5F-9BF( 9A+ )F - F < 9 < 9FM3-AF B-2-F+F A Datos de partida )4,( +BA+A -9<+L=BFF F )F+-9GB -, 0-0? A $ ( (F0 *F, 3,*6+ A $, (F0 *F, 3,*6+ A $ 2 (F0 *F, 3,*6+ A $ 4 (F0 *F, 3,*6+ A $ 1 (F0 *F, 3,*6+ A $ ) (F0 *F, 3,*6+ A $ 3 (F0 *F, 3,*6+ A $ 6 (F0 *F, 3,*6+ A $ (F, 4(*(, A $ (+ &F(@ (F, 21*)1 A - 0 &F@ (F, (+4*++ 9,26*3( ( D 5< E Condiciones climatológicas )F+-5 2B )42( >CC 2+B+FA 3+ &**^*_=C,^@_ ) (&, <" &@

47 -A 3< 5 - G B A +F5B2F 5F + < 9! 9" 9:7==9:"""8=98" O A O A 9 =+F5 $:&F< 9:7==9:"=:"8=98" O A O (&P3,,V AF AAF5AA (&A 6.5 Necesidades energéticas <;-2-9< F < ' A - 9+FAB A 9:- 9F- 25 F-29 &.

48 F 2+F5F-A +9<GA+ F-5++B G<5 9 AA AF - 4FAG Tipos de cargas térmicas 29-<3F 95-<)< F 2 < F5` F'F A '< + - F + "? 9B;A F' - F 2 A 29 +-FF2 7 < 4 + A < F 9-5 < A 9 + F F F )F +-+5B F+ < BF B 2- < B -5 AA2 &0

49 <G95 9)5FG1 2+ 1$:"-2 $:" $)* F 5 F0*L 3 9 B A- ' 2 + o 5 F 9 F + ;9-2 F 2-9- F4<' +''- 9 F 5AA92 -+FF F A A 7 0"F&A 7 >-"-(, 9 o $ 2A )F G A A- F < 59 5 A ' - 5 9G&+A o +5B2F5 FA-= ' F -A &>

50 6.5.2 Resumen de los resultados de cargas térmicas? 9BAA2 A"+ ')<,"-A A.V AB-+E )$1)3N9(( :a4-$d? 92 3-;? 3" )F+ A,

51 ,

52 ,(

53 6.6 Normativa aplicable +-B-A 9- b1$:(.1$:2+f1(.l(.(! 6.7 Solución de climatización adoptada 4 < B A B A A+ABF- 9A+< FF ; F5A+B AFF-9 B ; F5A B 6.8 Instalación de techo refrescante Principios de funcionamiento ) F A 9 < + BA+ A+A+A A 9 4 AB5+ FB+2F A5 A +- F B 2 5 < 2FA F F9' + F-+- <+,*

54 A )1 ML] " + 5 ' - 5'<$+A'- +-+ " < () + + (& 3;,,V71"F9 ( - )F-FF'F- ' A A9,,V +A" +FA+ 9FABF -FF5' B A5+ 52 < A @+ < < ( D5C5C555? 9B A B B B'+F5- - ' ' 5 +F AF F 9FF B9A9F - FF A ' < A F -,&

55 5-9F F + + B B Estado del mercado <A+5A-A )F5F + + F + A "A "+'+ ( 1D55C A F F + 9-9F-59 A-BA Sistema geotérmico abierto 2J 29F_:_F-AF I_ :_ A: F Principio de funcionamiento de sistemas abiertos A- 9F +F FF5F + B + + F ,,

56 2- " F F 4 F F B9A5 B+)F+F- 5 F2F++59F +-9 9F+ -F25B9FF5B ( ; < <:5F5 F59A9+5 9+< A+9(4 6.9 Antecedentes B+ 5 B + 5F A BFA5 F-55A <-,@

57 1+5<F - +F5-9- +FBF9'F <A Estado del mercado. )$ $)"2 +9B-5'9 )F 9 5 B -)F25A+9-9B 99 B 2 5? F!F)F 7 - A2 <99+- +F 5 F 5 F F FAG 6.10 Componentes de la instalación Componentes del sistema primario ) 9 2 " 2'F 5FF --5< $ < B F B A 2 + A F99FB 99:2B - F 9+F9 < A B 5 5 ' 5 9' 5 +B 9+9<A 5)F+F95 +5 " + +' +-5-FF ,.

58 !? < 9 F + ' F - 5 F + B A " F A Componentes del sistema secundario 5 A B ; - ; ( A : 1 7 )? F < F + - 1)? :7 1 4 A 9 ' 5 9 A ' + ( 2 0? 5 5 ; 9 &, ) < A & G 9 + A - + E & G < 5 " +' A A F! D E E,0

59 $ GF ' F Componentes el sistema de ventilación 4 5 B + A 9 9G 99 B- B A F -A<< ' B << 59<<++ ( 9 F" 5 F F *V 2 5 BF9+B 1$:2+ 1$:(." < 5 B + 9 ) 5 F F +" +< )"-5 $)" ++5B)F +@U. )F+ 99G++,>

60 F 9 9 B 9 9F - F G +'9FB 9B AA-92 5< Dimensionado de la instalación Calculo del intercambiador ) )1:3)1)? $1c;)1:3)1)? $1cU1$)43)1O " A" F5 A)F9 +F 5 (,,,MF 5 9,)N@ A + :O&3 :O03 d:++o&3 :O0F,3 :O@3 d:++o(f,3 )AB +E

61 Calculo caudales de agua y diámetro de tuberías Cálculo del circuito primario + B 5 P = Q c p T O e O 3 O+OKALK 3 d:o kcal h kcal P = Q c T kW = Q 1 o 0,86kW kg C -9 o p 4 C kcal h kcal h Q = Q = = 5.485,72kg h kcal o kcal o 1 4 C 1 4 C o o kg C kg C 3 kg m m Q 1 3 = 5.485,72 = 5,48 h 1000kg h?ba91* B83, ( ( 68

62 )((,, C $ G A 5 1kcal h kcal P = Q c T kW = Q 1 2, o 0,86kW kg C o p 5-99 C kcal h kcal h Q = Q = = 8.777,2kg h kcal o kcal o 1 2,5 C 1 2,5 C o o kg C kg C 3 kg m m Q 1 3 = 8.777,2 = 8,77 h 1000kg h?ba96* B7:)2 4 B5 SALA Demanda de potencia Caudal de agua W kcalh kg h m3h Habitación ,05 Habitación ,93 Habitación ,93 Habitación ,99 Habitación ,05 Habitación ,72 Habitación ,72 Habitación ,72 Habitación ,69 Habitación ,48 Sala habitaciones ,02 ( > 5( 5E 5 4A9AAB* 52 9, A9F-F99< + 9

63 : A F Dimensionado de los paneles )A+5 AG F5@ML ( G@ 3 A59A(++U 9 "-5G< +-"95A +'A)FAF+ F5595 5A< A -, 0 Potencia instalada (W) Habitación 1 (F0 (&0F Habitación 2 (F0 (&0F Habitación 3 (F0 (&0F Habitación 4 (F0 (&0F Habitación 5 (F0 (&0F Habitación 6 (F0 (&0F Habitación 7 (F0 (&0F Habitación 8 (F0 (&0F Habitación >0.F Habitación 10 &F(@ 0,,F@ Sala habitaciones &F@ (&>@F ( 6E<: 3 + B G BF G- )G F A ' 5 ' + <+9FF< Cálculo de las conducciones de aire primario ) F A A51$:2 +

64 4A<A $)* A+ Numero personas Caudal de aire (m3h) Habitación Habitación Habitación Habitación Habitación Habitación Habitación Habitación Habitación Habitación Sala habitaciones ( 55( = 4 A G < F ) 5 '-' F F BF- 992' +< 9<+',*1 4 ' 9-<)<, 6.12 Regulación de la instalación 3- A + + A5+ F F - A F 99BF 99 F 9 + F ' F 9 + AF A

65 2+F Y, D 5 5 +D 5 5 :H! + A + + )F < A A 9 5 3A+ 9'' ) ' A 9 B B ' 2-'259 FFA+ 39+F F9992-F F'+- + 3B9F 99 - FFA- + 3FA-F 5F + <-9FF< 2-+ B F' 9 A +A+ 4+9A- 52A

66 7 Conclusiones 7.1 Instalación cocina solar F -A A9+AF F2 5-A - F 5 5 F FB Instalación ACS solar 3( &V )34 4ABBA 0(F95<=F A 3:-9BF9 4 A B < 2 '- AA5-B95 AB9-22,.>F*0\* 59F9 9.00@F,,\ B *.V 9 3 ((F 9.F,\L(F5-*.V9F (@(F00\L( 3 9 B &(>&F0*\- 'F* 7.3 Instalación fotovoltaica 2 + G ' "

67 3-3 ( -' Instalación techo frío sistema geotérmico 5A A+ ; 2 F + <F9A + - 9F2- ; 3++AB 9I <55B BB ; 9 + -J +F - + ' B B 2- ; D+ -B9 ; ) 9 ' F A2 ; < A ' 2 + 4<BA9 B92- ; F + - 2F B 9F5-AF -FFB ; )'+ <9< +5-'2 7.5 Otras posibles soluciones 2 F+F F F - )

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