ANEJOS

ANEJO 01: PHASE 1. BUILDING INFORMATION

Diagnosis and proposed Energy Rehabilitation of a building official protection.

1

- 1

PHASE 1. THE BUILDING INFORMATION

In this first phase, it is to know the current state of the building in its entirety.

1.1.

ARCHITECTURAL DATA

1.1.1.

SITUATION AND LOCATION

The building is located in the municipality of Sant Quirze of Vallès in the province of Barcelona. Attached in ANNEX 2, flat situation.

Image 1: Situation .

Image 2: Location.

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Diagnosis and proposed Energy Rehabilitation of a building official protection.

N

0

E

S Image 3: View aerial facade SUD.

1.1.2.

The

HISTORY OR HISTORICAL REVIEW

entire

block where

the

building

is located belongs to

the

City Council.

Initially, housing was not the purpose, but the construction of a sport centre and a large protected green zone. Eventually, in 2002, City Hall gave a 2,895 m2 area land. INCASOL, the promoter whom main idea was building houses for young people. The aim was helping young people to emancipation and having a rental with a minimum price. In addition to the whole construction of the building and parking places, project prevents the urbanization of the environment and the interstitial spaces. The total land is divided in 659,16 m2 of block occupancy, a 882,6 m2 outdoor parking, a private area of 192,73 m2 and a common area for public use of 1.160,51 m2.

Diagnosis and proposed Energy Rehabilitation of a building official protection. 1.1.3.

- 3

THE PLOT DATA

This building is located in the block bounded by the streets of Vallespir, Priorat and the round of Arraona No. 30. It is a building of 3 blocks with u-shaped plants which consists of ground floor, first, second, third and groundcover plant. The streets around the area are perpendicular to Vallcorba Street, Pla De l’Estany Street, Roselló Street and Horta Street, and parallel to the street Sabadell and the Vallès motorway, being this last one the entrance to the town. As we can see, there are no other buildings closed to it. It's an isolated building. As explained above, around the block there only exists a sports center and a large protected green zone.

Image 4 y 5: Map of current cadastre.

1.1.4.

DATA OF THE BUILDING

It's a project carried out in 2002, called The building of 30 houses, 31 not linked parking places and one local. The promoter is Institut Català del sòl, INCASOL. The architect, Jordi Casa Val Dalmau and the technical architect; Joaquim Torras Ventura, works were completed in 2003 and the responsible construction company was Corsán-Corviam, construction, S.A. It is a building of official protection for young people, for residential renting. The built surface is 1.593 m2, which is divided in 4 floors, and a total area of the floor of 2.895 m2, divided into occupation of the 3 blocks of 659, 16 m2, in 882,6 m2 outdoor parking, a common area private 192,73 m2 and a common area for public use of 1,160, 51 m2.

4-

Diagnosis and proposed Energy Rehabilitation of a building official protection.

As we can see on the pictures, walls are oriented coinciding with the cardinal points, being the bottom wall the main one. According to CTE, corresponds to the C2 classification, as de map below shows.

Image 6: National map of climatic zones. CTE

1.2.

CONSTRUCTIVE TYPOLOGY

A few new drawings, attached in ANNEX 2 of the document, have been developed to describe the building developed. The planes have been done using the existing paper drawings and measurements.

1.2.1.

STRUCTURE

The structure of the building is made of reinforced concrete waffle slabs, slabs and pillars of 30x30, 60x25 and 35x35 cm, with regular section in all plants. The structure of the staircase is a reinforced concrete slab. The foundation of the building consists or reinforced concrete wells. Ceramic caissons are used for the elaboration of the reticulated slab, with a total depth of 30 cm.

Diagnosis and proposed Energy Rehabilitation of a building official protection.

- 5

As you have seen, the building is divided in three separate blocks held together by an auxiliary structure of corridors outdoor. 1.2.2.

ENCLOSURES EXTERNAL

Here we find the typology of the different fronts:

Image 7: Type of facade.

Type 1 West, East and South exterior facade, with a Naturvex prefabricated ventilated facade system type, made from the inside to the outside by an inner wall of brick enclosure unseen depth of 14cm, coated, thermal insulation with extruded polystyrene plates of 4 centimeters metal substructure support and would outline finish material, and fiber cement slabs and organic compressed, 6 mm thick, Naturvex type, Uralita house. The facades are made with pieces of different sizes and colors. The pillars of the corners are made of concrete to be seen.  

Image 8: West Facade. East Facade. South Facade.

Type 2 North, South and Commons exterior facades, with brick facade, made from the inside to the outside by an inner wall of brick enclosure unseen depth of 14cm, coated, thermal insulation with extruded polyethylene plates of 4 inch wall brickwork seen draft measure Catalan (25x11,5x5 cm).

6-

Diagnosis and proposed Energy Rehabilitation of a building official protection.

The facades of access to housing, located within the communal courtyard, also made of brick, have insulated extruded polyethylene plates and interior partition. However the washing zone is not provided with insulation or inner wall.

Image 9: North Facade. South Facade.

Type 3 The interior courtyard facades consist one two parts; the stairwell and the bedroom of the house at, which will be built with continuous cladding. In the case of the stairwell, the finished work is the concrete wall and in the case of the bedrooms at the corner, finished work on brick wall is made of mortar monolithic.

Imagen 10: Fachada Norte.

1.2.3.

EXTERIOR CARPENTRY

The exterior carpentry is made of aluminum anodized, matte and silver, block type, with simple contour. In the dining rooms there are balconies and windows in bedrooms, are equipped with PVC blinds. Bathrooms facings the outside have a high window and elongated anodized aluminum and there is an overture in the sinks. At the lateral walls, this opening is protected by a PVC sheet enclosure, to prevent water getting in. And those which are located in the hallways have steel grates. Access doors to homes are made of painted wood, with a blade of 80 cm.

Diagnosis and proposed Energy Rehabilitation of a building official protection. 1.2.4.

- 7

COATINGS

The visible interior is made with plaster and painted. Except wet rooms, where they battered and tiled with glazed ceramic tiles 20x20cm, matte white. The laundry room is only coated and painted. In the bathroom, there is false ceiling and in the laundry facilities pass through the roof, in a visible way. In the rest of the house, ceilings are plastered and painted, except the access area and the area of the high kitchen cabinets, which false ceiling is made with board staff, plaster and painted.

1.3.

FACILITIES

There are attached in ANNEX 2 of the services described below:

1.3.1.

SANITATION

Vertical sanitation There is a separation system to separate storm water from sewage, but later joins a symphony pit to connect to the public network. The facility is produced from PVC pipes.

Horizontal sanitation The network goes hanging by the ceiling of the floor of the toilets, to PVC pressure pipes with a slope of more than 2%. The impact points of vertical drop are reinforced and all reversals are recordable. The facility is secured with metal clamps. Scrapping tubes washer and dishwasher work with a hot water pipe.

1.3.2.

ELECTRICAL FACILITY

All facilities are electric both light and heat. The meter room is located in the common courtyard, which is easily accessible. The installation is distributed from the meter room to house, hanging from roofs of common areas by metal conducts and false ceilings.

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Diagnosis and proposed Energy Rehabilitation of a building official protection.

Image 11: Electricity meter room.

1.3.3.

WATER FACILITY

The access to the meter room is through the common yard, in a closet at the front and metal door. The battery is charged with propylene and ducts distribute water to homes cooper. It consists of 32 meters (30 homes, 1 local and 1 of common area), which each owner hires the company preferred. As the electrical installation, distribution passes through a metal conduit hung by the ceiling of common fones.

Image 12 y 13: Distribution and bathroom counters.

Diagnosis and proposed Energy Rehabilitation of a building official protection. 1.3.4.

- 9

INSTALATION OF TELECOMUNATACIONS

The room is registrable, as explained above water facilities and electricity, accessible from the courtyard. And the distribution, again, passes through common ceiling hung by metal conduit.

Image 14: Bathroom telecomunatacions.

1.3.5.

INSTALLATION OF SOLAR PANELS

It has a facility reinforces the ACS, solar panels. They are spread over the roof flat of Block B, a non-walking area. It is a parallel installation of 4+4 plates, where once registered in a metallic room is distributed vertically through downspouts. Collectors are VITOSOL 100, type w2.5, with a catchment area of 2,5 m2.

Image 15: Installation of the solar panels.

10 - Diagnosis and proposed Energy Rehabilitation of a building official protection. 1.4.

QUESTIONNAIRE DESIGN SELF REFLECTION

The first thing to do is to know the parameters that can make environment improvements in buildings, from the location and environment, the constructive subsystems, the maintenance and the end-use needs of the clients. Therefore, we have proceeded to make a questionnaire about the building to study, as they are answering the questions you are forced to figure out the data you do not know.

Then attached the questionnaire on the building studied:

ACTIVITIES OR ACTION

YES

NO

SYSTEMS PASSIVES Location and environment The building is located in an urban area? Has public transportation nearby? There are services nearby (trade, schools, etc..)? Parking is available for cars and motorcycles? Parking is or space for bicycles? Within the plot there is a garden area? The location of the building allows sunlight throughout the building (SW/S/SE)? There are deciduous trees near sunny facades that allow sunlight in the winter and shade in the summer? There facades that face the courtyard or street that allow good ventilation? No facade is a high traffic street?

x x x x x x x x

x x

Architectural configuration of the building Each house has two opposite facades or corner? The interior layout is flexible and easy to modify? Access to the house overlooks a protected space outside no? The housing has crossed ventilation to the outside? It has a space for hanging clothes?

x x x

x x

Sun Control Systems The south glass surfaces have a system that provides shade? The south glass surfaces have adjustable blinds? The glass surfaces to South - East / West have a system that provides shade? The glass surfaces to South - East / West have adjustable blinds? The glass surfaces to East / West have a system that provides shade?

x PB x PB

x x x x x

-

VALUE

Diagnosis and proposed Energy Rehabilitation of a building official protection. x x

The glass surfaces to East / West have adjustable blinds? The glass surfaces north-east / west have adjustable blinds? Skylights have sunscreen outside? The galleries have sunscreen? Surfaces without sunscreen outside, have a solar factor 60%? The shading of windows let in natural light simultaneously to the action of protection? The overtures are practicable? There are elements of adjustable ventilation to windows and balconies? Skylights have incorporated ventilation? There extract ventilation ducts with natural roll?

x x x

x x

x x

Special items There are galleries in the South? There Trombe walls or inertia to the South? There are other elements of uptake and / or accumulation of heat? There are collectors items or drivers of natural light?

x x x x

Building constructive configuration Structure: x

The structure allows the modification of the interior spaces? Facades: The front pillars have external thermal insulation? The edges of the floors have external thermal insulation? Boxes thermal insulating blinds have? The nice feature of thermal insulation? There ventilated facade facing west?

x x x x

x

Patios: The closings of the courtyards of the plot are insulated?

x

Cover: It has ventilated air? It is a green roof? It jubba cover? The cover incorporates elements that shade?

x x x x

Soils: On local soils are thermally insulated unheated? The floors are insulated health?

x x

Windows and skylights: The windows are double air chamber? It is thermally movable (shutters, etc.)? We have galleries mobile insulator? The woodwork has thermal break? The tightness of the woodwork is of class 1 or higher?

- 11

x x x x x

12 - Diagnosis and proposed Energy Rehabilitation of a building official protection.

ACTIVE SYSTEMS Heating and air conditioning The facilities are easily accessible for maintenance? There thermostat - developer day / night / week? There is a control system for controlling the installation? There is preparation for a future incorporation of plant control?

x x x x

Heating (electric) x x x x x x x x

Not necessary, because the building works passively. There strengthening of solar energy? Installation is collective? There are some seasonal heat storage? The condensing boiler? The boiler is fueled by biomass or other renewable source? There is possibility of regulation by area? All radiators, if any, have thermostatic keys? Cooling (Electrical) Not necessary, because the building works passively.

x

Electrical, lighting and equipment The facilities are easily accessible for maintenance? There is a control system for controlling the installation? There is preparation for a future incorporation of plant control? There Prioritizer installed electricity consumption? There telecommunication infrastructure with broadband? There strengthening of solar photovoltaic and / or wind? There is provision for hiring nightly rate?

x x

x x

x

Engine has low power? Light: x

x x

Housing, secondary equipment: x x

In the case of electric cookers, are induction? The oven is gas?

Installing water The facilities are easily accessible for maintenance? There separative installation of roof drainage and waste? There incorporated water saving devices on taps? Toilets are dual flush selective?

x x x x

Sanitary hot water Installation of sanitary hot water is collective? There strengthening of solar energy? This reinforcement is superior to standard? The boiler is fueled by biomass or other renewable source?

-

x

-

x

Elevator:

Regulation is planned sectioned? There are detectors in common areas? In outer space, there are lights with photovoltaic equipment?

x

x x x x

Diagnosis and proposed Energy Rehabilitation of a building official protection. The condensing boiler? There buildup? The distribution pipes are insulated on the outside and inside? There preinstallation hot water washing and / or dishwashing diathermic? There thermostatic faucets to bathtubs and / or showers?

- 13

x x x x x

Household waste x x

There are specific space for each household waste? There are common facility for the collection of waste?

MATERIALS AND CONSTRUCTION SYSTEMS Materials x

The materials are locally sourced? We used materials with low environmental impact? Materials have been used with recognized ecolabel? Materials were reused? The wood used is certified sustainable forest management?

-

x x x x

Construction systems The building is designed with deconstruction criteria? Prefabricated systems have been employed?

x x

Developing this questionnaire has helped to me understand the current situation of the building. And with valuations represented with colors, green or red if positive if negative, we can visually detect errors affecting our building.

As you can see, most assessments are red; in the same way this suggests that the trend of the building is not adequate and that there is a clear problem.

Some of the critical points are carpentry, thermal bridges existence and the system to heat homes.

Definitely, this survey not only helps us to know the status of our building, but gives us a main idea of how we have to approach the study.

ANEJO 02: PLANOS

ÍNDICE DE PLANOS

ANEJO 02: PLANOS

1.

EMPLAZAMIENTO

2.

FACHADAS 2.1. FACHADA SUR 2.2. FACHADA NORTE 2.3. FACHADA ESTE 2.4. FACHADA OESTE 2.5. BLOQUE A. FACHADA ESTE 2.6. BLOQUE B. FACHADA NORTE 2.7. BLOQUE C. FACHADA OESTE

3.

PLANTA TIPO

4.

ACTUACIONES EN LA ENVOLVENTE 5.1. SISTEMA COTETERM. INTERVENCIÓN A. 5.2. SISTEMA COTETERM. INTERVENCIÓN B.

ANEJO 03: CUESTIONARIO TIPO REALIZADO A LOS HABITANTES

A; ESTRUCTURA Y RENTA FAMILIAR ¿Ciuales son las caracteristicas de los habitantes de tu vivienda? 1

2

3

4

5

Tipologia del hogar Individuos hogar Caracterizacion individuos Edad Individuos Formacion Individuos

Individuos hogar

Caracterización de la formacion academica de los componentes de la unidad

Caracteritzación de la actividad de los componentes de la unidad

TH Hombre TM Mujer H-1 hijo 1a5 H-2 hijo 5a12 H-3 hijo 12a17 Ha- Adulto +18

A1 Post Grado-Doctor A2 Post Grado-Master B1 Grado superior 5 años B2 Grado medio 3 años C Formación profesional D Enseñanza básica

A1 Con renta-empresario A2a Con renta-directivo A2b Con renta-tecnico superior A3a Con renta-comercial A3b Con renta-trabajador A3c Con renta-autonomo B1 Sin renta-estudiante B2 Sin renta-jubilado B3 Sin renta parado B4 Sin renta trabajo doméstico

EN CUESTADOR; PREGUNTAR CUANDO SE HAYA ESTABLECIDO LA CONFIANZA NECESARIA; AL FINAL DE LA ENCUESTA Renta bruta de cada componente

1

2

3

0€xmes menos 500€xmes 500/1000€xmes 1000/1500€xmes 1500/2000€xmes 2000/2500€xmes 2500/3000€xmes 3000/3500€xmes 3500/4000€xmes 4000/4500€xmes RN ; bruta familiar

Caracteritzación de la tipologia del hogar

Renta familiar agregada

A1 A2 A3 B1 B2 B3 B4 C1 C2 D E1 E2 F

A1> 12 x 4750€ A2< 12 x 4250€ B1< 12 x 3750€ B2< 12 x 3250€ C1< 12 x 2750€ C2< 12 x 2250€ D1< 12 x 1750€ D2< 12 x 1250€ D3< 12 x 1000€ D4< 12 x 400€

2 adultos +H-1 hijo 1a5 2 adultos +H-2 hijo 5a12 2 adultos +H-3 hijo 12a17 3 adultos 4 adultos 5 adultos 6 adultos 2 adultos 17a 44 2 adultos + 44 1 adulto +H-1/2/3 1 adulto -44 1 adulto +44 otros

4

5

B CARACTERISTICAS DE TU BARRIO ¿Como es el barrio en el que vives? ¿Cual es la densidad del barrio en el que vives? Municipo

Tipo barrio

Nombre

Densidad

suburbio-jardin adosadas

menos 25viv/hect 25-50 viv/hect

casco historico

50-75 viv/hect

nuevos ensanches

75-100 viv/hect

poligonos

100-150 viv/hect

ensanche densificado

mas 150 viv/hect

¿Tienes acceso a transporte publico? No Autobus

Si

-300m 500m +750m

Metro/cercanias

-500m 1000m +2000m

¿Tienes acceso a servicios publicos /privados de barrio? ¿A que distancia tienes los servicios publicos /privados ? ¿Con que frecuencia mensual utilizas los servicios publicos /privados ? Individuo

Km/ud Escuela Guarderia Farmacia CAP Comercio de proximidad Gran superficie Equipamiento deportivo Zona verde Cafe/kiosko(bar otros

Individuos hogar TH Hombre TM Mujer H-1 hijo 1a5 H-2 hijo 5a12 H-3 hijo 12a17 Ha- Adulto +18

modo

Ud /dia

Ud Ud /semana /mes

Km/ud

C1 ACCESO A TU VIVIENDA VIVIENDA HABITUAL ¿Tu vivienda es nueva? No Si

¿Que edad tiene tu vivienda? posterior 2007

1997-2007

1997-1987

1987-1980

1979-1960

1959-1940

1940-1900

850-1000€

1000-1150€

anterior1900

¿Cual es el regimen de tenencia de tu vivienda? Propiedad Alquiler privado Alquiler social

¿En caso de ser de alquiler que pagas de alquiler mensual? -250€

250-400€

400-550€

550-700€

700-850€

+1150€

¿En caso de ser de propiedad que pagas de cuota hipotecaria? ¿En caso de ser de propiedad que pagas de comunidad al mes ? -350€

350€-500€

500-700€

700-850€

850-1000€

1000-1150€

1150-1300€

2001/00

Los 90

Los 80

1979-1960

1959-1940

1940-1900

850-1000€

1000-1150€

1300-1450€

¿En caso de ser de propiedad cuando firmastes tu hipoteca? post 2007

2007/06

2005/04

2003/02

Los 70

VIVIENDA SECUNDARIA ¿Tu vivienda es nueva? No Si

¿Que edad tiene tu vivienda? posterior 2007

1997-2007

1997-1987

1987-1980

anterior1900

¿Cual es el regimen de tenencia de tu vivienda? Propiedad Alquiler privado Alquiler social

¿En caso de ser de alquiler que pagas de alquiler mensual? -250€

250-400€

400-550€

550-700€

700-850€

+1150€

¿En caso de ser de propiedad que pagas de cuota hipotecaria? ¿En caso de ser de propiedad que pagas de comunidad al mes ? -350€

350€-500€

500-700€

700-850€

850-1000€

1000-1150€

1150-1300€

Los 90

Los 80

1300-1450€

¿En caso de ser de propiedad cuando firmastes tu hipoteca? post 2007

2007/06

2005/04

2003/02

2001/00

Los 70

C ENERGIA GRIS CCOMPLETAR UNA VEZ POR EL EN CUESTADOR;

Caracteristicas tejido urbano Unif

A1

aislado

A2

parcela adosada

+800

+300

C1

Casco historico

+150

viv

+200

C1 viv

n/p

viv

+200

n/p

viv

+150 n/e

E1

+150

viv

+125

n/p

viv

+150 n/e

n/p

viv

+100 n/e

J1

n/p

viv

60

viv

125

parcela

-100

viv

60

n/e

n/p

viv

45

n/p

viv

80

n/p

viv

80

n/p

viv

60

E3 n/p

viv

100

n/e E3

n/p

viv

100

n/e

n/p

viv

80

n/e

J2

n/e

-400

C3

E2

n/e

parcela C3

E2

n/e

orden abierto

parcela

+100 n/e

E1

Nuevo ensanche

+600

C2

n/e Ensanche historico

parcela C2

parcela Plurif

viv

A3

J3

n/e; numero de viviendas /caja escalera n/p; numero de plantas

Sistema constructivo edificio Sistema Peso

Ligero

kg/m2

A

Pesado B

C

D

E

estructura-cerramiento

Sistema G Sistema F Sistema E Sistema D Sistema C Sistema B Sistema A

pesado pesado semi pesado/ ligero ligero muy ligero muy ligero

0% reciclable; 15% reciclable; 50% reciclable; 50% reciclable; 100% reciclable; 50%reciclable; 100% reciclable;

Caracteristicas edificio Ficha caracteristicas edificio

hormigon/ hormigon hormigon/ceramica acero/ceramica ceramica/madera massive holtz balloon frame acero/aislante balloon frame madera/aislante

F

G

C4B DEMANDA TERMICA

¿Cómo utilizas tu vivienda?;Fachada Sur Persiana ext

Ventana ext

Ventana int

Cortina int

A/C

A/C

A/C

A/C

h

h

h

h

Invierno dia Invierno noche Verano dia Verano noche A Abierta C Cerrada

¿Cómo utilizas tu vivienda?;Fachada Este Persiana ext

Ventana ext

Ventana int

Cortina int

A/C

A/C

A/C

A/C

h

h

h

h

Invierno dia Invierno noche Verano dia Verano noche A Abierta C Cerrada

¿Cómo utilizas tu vivienda?;Fachada Oeste Persiana ext

Ventana ext

Ventana int

Cortina int

A/C

A/C

A/C

A/C

h

h

h

h

Invierno dia Invierno noche Verano dia Verano noche A Abierta C Cerrada

¿Cómo utilizas tu vivienda?;Fachada Norte Persiana ext

Ventana ext

Ventana int

Cortina int

A/C

A/C

A/C

A/C

h

h

h

Invierno dia Invierno noche Verano dia Verano noche A Abierta C Cerrada

¿Cuanto tiempo y a que hora ventilas en invierno? 10 Minutos

20 Minutos

+30 Minutos

De las ...h a las ...h

De las ...h a las ...h

De las ...h a las ...h

¿Cuanto tiempo y a que hora ventilas en verano? 12horas

6 horas

1 hora

De las ...h a las ...h

De las ...h a las ...h

De las ...h a las ...h

h

SISRTEMA ACTIVO CALEFACCION

¿Tienes calefaccion ? NO SI

¿Pones la calefaccion en marcha? Siempre

Nunca

Cuando hace frio

150dias

120dias

90dias

60dias

0dias

¿Qué habitaciones tienes climatizadas? estar

cocina

lavadero

habit1

habit2

habit3

habit4

Baño 1

Baño 2

Pasillo

Invern.

habit4

Baño 1

Baño 2

Pasillo

Invern.

m2 SI No

¿Cuántos elementos de calefacción hay en tu casa? estar

e r ch

cocina

lavadero

habit1

habit2

habit3

estufas radiadores chimenea

¿Tu calefactor tiene termostato? estar

NO

cocina

lavadero

habit1

habit2

habit3

Baño 1

Baño 2

Pasillo

Invern.

Baño 1

Baño 2

Pasillo

Invern.

SI

¿A qué temperatura tienes regulada la calefacción? estar

Alta Media Baja

cocina

lavadero

habit1

habit2

habit3

+22ºC 20a 21ºC 19ºC

ENCUESTADOR Sistema de calefacción Vector

Tipo

GN Gas Natural GLP Butano GS Gasoil e electrico

Re Vce Cp Rgn Rgs

% renovable

Potencia caldera Radiadores eléctricos Ventilo convector electrico Calefactor de Propano/GLPbutano Radiadores y caldera de Gas natural Radiadores y caldera de Gasoil

Ch Ts

Chimenea de Biomasa Suelo radiante con aporte solar

Rendimiento del sistema de calefacción Efecto joule

D/calor Rendimiento

Cog/distrito

electricidad 1 gas gasoil

D/frio

Rendimiento

*% credito electrico

electricidad 1

Baja temp

Baja temp (cond) Bomba de calor

CHP

0,7

gas

0,7 gas

0,87 gas

3

0,7

gasoil

0,7 gasoil

0,87 electrico

3,5 gasoil

biomasa

0,8

gas biomasa

gas

5

electrico

5

0,9 -30%* 0,9 -30%* 0,9 -30%*

SISTEMA ACTIVO REFRIGERACION

¿Tienes refrigeracion? NO SI

¿Tiempo de uso del refrigeracion al año? Dias

Horas

Siempre

60d

7horas

Moderado

40d

4horas

Puntualmente

20d

5horas

¿Qué temperatura demandas? +26º

24 a 26º

22 a 24º

Moderada +26º

Normal 24 a 26º

Muy baja 22 a 24º

¿Vector energetico , tipo y capacidad de tu refrigerador? Vector e electrico

capacidad refrigerador

Tipo Ventilador suspendido split. unidad de pared split. unidad de suelo multiples con bomba de calor exterior bomba de calor y conductos

una estancia de 20m2 una estancia de 20m2 una estancia de 20m2 dos estancias de 40m2 climatiza todo 100/150/200m2

ENCUESTADOR

¿Qué eficiencia tiene tu refrigerador? ¿Cuantos años tiene tu refrigerador? G 1990

1993

F

E

D

C

B

A

1996

1999

2002

2005

2008

2011

Clase F (EER +) (COP +) Clase E (EER +) (COP +) Clase D (EER +) (COP +) Clase C (EER +) (COP +) AC inverter Clase B (EER +2,45) (COP +) Clase A (EER +5,7) (COP +3,2)

ACS ¿Tienes calentador? NO

Bom

SI

Tipo

¿Cuántas veces y cuanto tiempo usas el calentador por semana? Ducha Ud

Individuos

Lavabo Minutos Ud

Tipo

Minutos

Limpieza platos Ud Minutos

Minutos/dia

¿A qué temperatura tienes tu calentador? 45ª(3)

50ª a 60ª(2)

+ 60ª(1)

(3) con valvula mezcladora

(2) con retorno

(1) deposito final, normativo

¿Vector energetico , tipo y capacidad de tu calentador? Capacidad

Tipo

GN Gas Natural GLP Butano GS Gasoil e electrico

% renovable

acumulador/instantanea

e estanca c condensacion

Cgn+A Cgn+i Ce+A Ce+i

acumulador GN -300l instantanea GN acumulador e -300l instantaneo e 30l

TS placa termosolar TS tubo al vacio

ENCUESTADOR ¿Cuál es la clase energética de tu calentador? ¿Cuantos años tiene tu calentador?

1990

F 1993

F estanca E estanca D estanca C condensacion

E 1996

D 1999

C 2002

(EEI>110 al 125) /5,62Whxdia/168kWhxmes (EEI>100) 4,64Whxdia/140kWhxmes (EEI