ambiene - proposta m-g zonacentro 3,45kw final
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Page 1/320/01/12PVSYST V5.53
Habitação Unifamiliar na Zona Centro - Sistema 3,45kW
Grid-Connected System: Simulation parameters
Project : Grid-Connected Project at Pombal
Geographical Site Pombal Country Portugal
Situation Latitude 39.9°N Longitude 8.6°WTime defined as Legal Time Time zone UT+1 Altitude 78 m
Albedo 0.20
Meteo data : Pombal from PVGIS, Synthetic Hourly data
Simulation variant : Habitação Unifamiliar na Zona Centro - Sistema 3,45kW
Simulation date 20/01/12 15h03
Simulation parameters
Collector Plane Orientation Tilt 20° Azimuth 0°
Horizon Free Horizon
Near Shadings No Shadings
PV Array Characteristics
PV module Si-poly Model HiPerforma PLUTO 240-WdmManufacturer Suntech
Number of PV modules In series 19 modules In parallel 1 stringsTotal number of PV modules Nb. modules 19 Unit Nom. Power 240 WpArray global power Nominal (STC) 4560 Wp At operating cond. 4145 Wp (50°C)Array operating characteristics (50°C) U mpp 525 V I mpp 7.9 ATotal area Module area 31.4 m²
Inverter Model Powador 4200Manufacturer KACO new energy GmbH
Characteristics Operating Voltage 350-600 V Unit Nom. Power 3.45 kW AC
PV Array loss factorsThermal Loss factor Uc (const) 20.0 W/m²K Uv (wind) 0.0 W/m²K / m/s
=> Nominal Oper. Coll. Temp. (G=800 W/m², Tamb=20°C, Wind=1 m/s.) NOCT 56 °C
Wiring Ohmic Loss Global array res. 1113 mOhm Loss Fraction 1.5 % at STCModule Quality Loss Loss Fraction 0.1 %Module Mismatch Losses Loss Fraction 2.0 % at MPPIncidence effect, ASHRAE parametrization IAM = 1 - bo (1/cos i - 1) bo Parameter 0.05
User's needs : Unlimited load (grid)
Page 2/320/01/12PVSYST V5.53
Habitação Unifamiliar na Zona Centro - Sistema 3,45kW
Grid-Connected System: Main results
Project : Grid-Connected Project at Pombal
Simulation variant : Habitação Unifamiliar na Zona Centro - Sistema 3,45kW
Main system parameters System type Grid-ConnectedPV Field Orientation tilt 20° azimuth 0°PV modules Model HiPerforma PLUTO 240-WdmPnom 240 WpPV Array Nb. of modules 19 Pnom total 4560 WpInverter Model Powador 4200 Pnom 3450 W acUser's needs Unlimited load (grid)
Main simulation resultsSystem Production Produced Energy 6.42 MWh/year Specific prod. 1408 kWh/kWp/year
Performance Ratio PR 80.3 %
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec0
1
2
3
4
5
6
7
8
Norm
aliz
ed E
nerg
y [k
Wh/k
Wp/d
ay]
Normalized productions (per installed kWp): Nominal power 4560 Wp
Yf : Produced useful energy (inverter output) 3.86 kWh/kWp/dayLs : System Loss (inverter, ...) 0.17 kWh/kWp/dayLc : Collection Loss (PV-array losses) 0.78 kWh/kWp/day
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec0.0
0.2
0.4
0.6
0.8
1.0
Perf
orm
ance
Ratio
PR
Performance Ratio PR
PR : Performance Ratio (Yf / Yr) : 0.803
Habitação Unifamiliar na Zona Centro - Sistema 3,45kW
Balances and main results
GlobHor T Amb GlobInc GlobEff EArray E_Grid EffArrR EffSysR
kWh/m² °C kWh/m² kWh/m² MWh MWh % %
January 61.1 9.90 85.9 82.7 0.344 0.329 12.74 12.21
February 74.8 10.80 94.7 91.4 0.374 0.358 12.58 12.06
March 132.1 13.30 156.5 151.6 0.613 0.588 12.49 11.98
April 145.2 14.50 154.0 149.0 0.594 0.569 12.29 11.78
May 186.0 17.10 187.8 182.2 0.720 0.691 12.21 11.72
June 202.8 20.70 198.3 192.2 0.741 0.710 11.90 11.41
July 211.4 22.30 209.3 202.7 0.776 0.744 11.81 11.33
August 195.9 22.80 205.4 199.1 0.759 0.728 11.77 11.29
September 147.0 20.50 168.3 163.2 0.633 0.608 11.99 11.50
October 104.8 17.40 131.6 127.3 0.507 0.487 12.28 11.78
November 63.0 13.00 84.1 81.1 0.331 0.317 12.54 12.00
December 53.0 10.50 76.7 73.7 0.303 0.290 12.60 12.05
Year 1577.1 16.10 1752.6 1696.1 6.694 6.419 12.17 11.67
Legends: GlobHor Horizontal global irradiation
T Amb Ambient Temperature
GlobInc Global incident in coll. plane
GlobEff Effective Global, corr. for IAM and shadings
EArray Effective energy at the output of the array
E_Grid Energy injected into grid
EffArrR Effic. Eout array / rough area
EffSysR Effic. Eout system / rough area
Page 3/320/01/12PVSYST V5.53
Habitação Unifamiliar na Zona Centro - Sistema 3,45kW
Grid-Connected System: Loss diagram
Project : Grid-Connected Project at Pombal
Simulation variant : Habitação Unifamiliar na Zona Centro - Sistema 3,45kW
Main system parameters System type Grid-ConnectedPV Field Orientation tilt 20° azimuth 0°PV modules Model HiPerforma PLUTO 240-WdmPnom 240 WpPV Array Nb. of modules 19 Pnom total 4560 WpInverter Model Powador 4200 Pnom 3450 W acUser's needs Unlimited load (grid)
Loss diagram over the whole year
Horizontal global irradiation1577 kWh/m²
+11.1% Global incident in coll. plane
-3.2% IAM factor on global
Effective irradiance on collectors1696 kWh/m² * 31 m² coll.
efficiency at STC = 14.70% PV conversion
Array nominal energy (at STC effic.)7.82 MWh
-4.1% PV loss due to irradiance level
-7.7% PV loss due to temperature
-0.1% Module quality loss
-2.1% Module array mismatch loss
-1.0% Ohmic wiring loss
Array virtual energy at MPP6.70 MWh
-4.1% Inverter Loss during operation (efficiency)
-0.1% Inverter Loss over nominal inv. power
-0.0% Inverter Loss due to power threshold
0.0% Inverter Loss over nominal inv. voltage
0.0% Inverter Loss due to voltage threshold
Available Energy at Inverter Output6.42 MWh
Energy injected into grid6.42 MWh
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Dados eléctricos 4200
Entrada
Potência FV geradora máx. 4 200 W
Gama de tensões MPP 350 V ... 600 V
Tensão em vazio 800 V
Corrente de entrada máx. 11,5 A
Quantidade de vias 3
Quantidade de controladores MPP 1
Protecção contra pólos invertidos diodo curto-circuito
Saída
Potência nominal 3 450 VA
Potência máx. 3 450 VA
Tensão de alimentação 190 V … 264 V
Corrente nominal 15,0 A
Frequência nominal 50 Hz
cos phi 0,8 indutiva ... 0,8 capacitiva
Quantidade de fases de alimentação 1
Dados eléctricos gerais
Rendimento máx. 96,6 %
Rendimento (europ.) 95,8 %
Consumo eléctrico: Modo noturno 0 W
Conceito de comutação auto-comutação, sem transformador
Monitorização da alimentação Monitorização monofásica ou trifásica, de acordo com EN 50438:2007
Dados mecânicos
Indicação LCD 2 x 16 caracteres
Elementos de comando 2 teclas para comando do display
Interfaces RS232 / RS485, S0, Sym-Bus
Relé de avaria Contacto NA isolado,máx: 30 V / 3 A 250 V / 1 A
Ligações Bornes para placa de circuito impresso instala-dos no interior do aparelho (secção transversal máx.: 10 mm²), passagem dos cabos através de bucins roscados (rosca DC M16, rosca AC M32)
Temperatura ambiente -20 °C ... +60 °C*
Monitorização da temperatura do dissipador > 75 °C ajuste da potência em função da temperatura / > 85 °C desconexão
Tipo de arrefecimento convexão / sem ventilador
Índice de protecção IP54
Nível acústico < 35 dB (A) (silencioso)
Interruptor de corte DC Integrado
Caixa Alumínio
A x L x P 550 x 340 x 220 mm
Peso 21 kg
Powador 4200
Capaz de potência reactiva
Indicador de avarias integrado isolado
Arrefecimento silencioso e isento de manutenção por convexão
5 anos de garantia de fábrica mais 2 anos se o aparelho for registado
Selecção do idioma dos menus
Pré-ajustes especíicos a vários países
Monitorização da assimetria através do Sym-Bus KACO especial
O seu fornecedor mais próximo
Carl-Zeiss-Straße 1 · 74172 Neckarsulm · Germany · Fon +49 7132 3818-0 · Fax +49 7132 3818-703 · info@kaco-newenergy.de · www.kaco-newenergy.de
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* Perda de potência devido a temperatura ambiente elevada
PT 5
00
03
20
-01
-11
01
01
2
EN-EU-PLU-Wdm-NO2.01-Rev www.suntech-power.com©Copyright 2011 Suntech Power
HiPerforma™ Pluto Wdm-245
Pluto Wdm-240
Features
High module conversion efficiency
Up to 15.1%, through superior cell technology and
leading manufacturing capability
Positive tolerance Guaranteed positive tolerance 0/+5% ensures power
output reliability
Optimized power outputDue to very low temperature coefficient and
advanced cell technology, HiPerformaTM modules
produce 2-5% extra power
Extended wind load and snow load tests
Entire module certified to withstand extreme wind
(3800 Pascal) and snow loads (5400 Pascal) *
Excellent weak light performance
Excellent performance under low light environments
(mornings, evenings, and cloudy days)
Suntech current sorting processAll Suntech modules sorted and packaged by
amperage, maximizing system output by reducing
mismatch losses by up to 2%
POLYcRYStaLLiNE SOLaR mOdULE245 Watt
* Please refer to Suntech Standard Module Installation Manual for details
** Please refer to Suntech Product Warranty for details
trust Suntech to deliver Reliable Performance Over time
2400Pa 5400Pa
15.1%
Weak light
3800Pa5400Pa
10
25
512
18
0
70%
80%
90%
100%
Year
industry-leading Warranty based on Pnom • Based on nominal power (Pnom)
• 25-year transferrable power
output warranty: 5 years/95%,
12 years/90%, 18 years/85%, 25
years/80% **
• Warrants 6.7% more power than
the market standard over 25 years
• 10-year material and workmanship
warranty
0/+5%
2%
Certiications and standards:
IEC 61215, IEC 61730, conformity to CE
• World’s No.1 manufacturer of crystalline silicon photovoltaic modules
• Unrivaled manufacturing capacity and world-class technology
• Rigorous quality control meeting the highest international standards :
ISO 9001: 2008, ISO 14001: 2004 and ISO 17025:2005
• Tested for harsh environment (salt mist and ammonia corrosion testing:
IEC 61701, DIN 50916: 1985 T2)
2~5%
most modern iP67 Rated Junction Box Supports any orientation
installation. High
performance low resistance
connectors ensure
maximum module power
output for highest energy
production.
advanced Patented Pluto technology Pluto cells have a sleek
appearance with ine ingers
reducing surface shading
and boosting sunlight
absorption. Pluto’s selective
emitter technology improves
spectral light response,
increasing eiciency.
www.suntech-power.com | E-mail: sales@suntech-power.com
HiPerforma™ Pluto Wdm-245
Pluto Wdm-240
EN-EU-PLU-Wdm-NO2.01-Rev 2011
Electrical characteristics
Stc PLUtO245-Wdm PLUtO240-Wdm
Optimum Operating Voltage (Vmp) 29.8 V 29.6 V
Optimum Operating Current (Imp) 8.23 A 8.11 A
Open Circuit Voltage (Voc) 37.2 V 36.9 V
Short Circuit Current (Isc) 8.55 A 8.46 A
Maximum Power at STC (Pmax) 245 W 240 W
Module Eiciency 15.1 % 14.8 %
Operating Module Temperature -40°C to +85°C
Maximum System Voltage 1000 V DC (IEC) / 600 V DC (UL)
Maximum Series Fuse Rating 20 A
Power Tolerance 0 /+5%
STC: lrradiance 1000 W/m2, module temperature 25°C, AM=1.5
Best in Class AAA solar simulator (IEC 60904-9) used, power measurement uncertainty is within +/- 3%
Speciications are subject to change without further notication.
temperature characteristics
Nominal Operating Cell Temperature (NOct) 45±2°C
Temperature Coeicient of Pmax -0.40%/°C
Temperature Coeicient of Voc -0.31%/°C
Temperature Coeicient of Isc 0.051%/°C
NOct PLUtO245-Wdm PLUtO240-Wdm
Maximum Power at NOCT (Pmax) 180 W 176 W
Optimum Operating Voltage (Vmp) 27.1 V 26.9 V
Optimum Operating Current (Imp) 6.64 A 6.54 A
Open Circuit Voltage (Voc) 34.0 V 33.9 V
Short Circuit Current (Isc) 6.92 A 6.84 A
NOCT: Irradiance 800 W/m2, ambient temperature 20 °C, AM=1.5, wind speed 1 m/s
Best in Class AAA solar simulator (IEC 60904-9) used, power measurement uncertainty is within +/- 3%
mechanical characteristics
Solar Cell Polycrystalline 156 × 156 mm (6 inches)
No. of Cells 60 (6 × 10)
Dimensions 1640 × 992 × 50mm (64.6 × 39.1 × 2.0 inches)
Weight 19.1 kgs (42.1 lbs.)
Front Glass 3.2 mm (0.13 inches) tempered glass
Frame Anodized aluminium alloy
Junction Box IP67 rated
Output Cables
TUV (2Pfg1169:2007), UL 4703, UL 44
4.0 mm2 (0.006 inches2), symmetrical lengths (-) 1000
mm (39.4 inches) and (+) 1000 mm (39.4 inches)
Connectors RADOX® SOLAR integrated twist locking connectors
dealer information
Packing coniguration
container 20’ GP 40’ Hc
Pieces per pallet 21 21
Pallets per container 6 28
Pieces per container 126 588
1000 W/m2 800 W/m2 600 W/m2 400 W/m2 200 W/m2
current-Voltage & Power-Voltage curve (240 W)
9
8
7
6
5
4
3
2
1
0
250
200
150
100
50
0
Cu
rre
nt
(A)
Po
we
r (W
)
Voltage (V)
0 5 10 15 20 25 30 35 40
Excellent performance under weak light conditions: at an irradiation
intensity of 200 W/m2 (AM 1.5, 25 °C), 96% or higher of the STC eiciency
(1000 W/m2 ) is achieved
Junction box
(Back View)
14×9[0.55×0.35]
Ground holes
Mounting slots8 places
Drainage holes
(Front View)
1640[6
4.6
]
885[3
4.8
]
992[39.1]
942[37.1]
1385[5
4.5
]
Product label
1000[3
9.4
]
290[1
1.4
]
290[1
1.4
]
A A
2[0.1]
35[1.4]
50[2
.0]
11[0.4]
Section A-A
Note: mm[inch]
Powermodules SPP 220 I 225 I 230 I 235 I 240
SolarPark supplies modules of the highest production quality. This
is because the company uses only the highest quality raw materials
and innovative automation technology. Working with our strategic
partner, Energiebau, we are also able to offer you a number of
additional services including comprehensive warranty protection.
Positive output sorting means that only those SolarPark modules
that achieve the specified nominal output or above will be supplied.
SPP 220 / 225 / 230 / 235 / 240
1675 x 1001 x 34 mm
19 kg / unit
620 kg / pallet (30 units)
IEC 61215/61730, ISO 9001/14001
Models available:
Dimensions:
Net weight:
Gross weight:
Certificates:
English | As at 25.07.2011
SolarPark modules and the LORENZ® mounting system
• All SolarPark power modules have been optimised for use
with Energiebau‘s LORENZ® mounting system
Highest quality standards
• Fully automated production at SolarPark and stringent quality
control procedures minimise errors in the manufacturing process,
guaranteeing the highest quality standards.
• Positive output sorting guarantees high specific yields.
• Highly transparent, low iron safety glass is a technical require-
ment for maximum energy yield.
• Module frame/glass composite and junction box are glued with
high-grade silicone for a lasting effect.
• Sealing material protects the contact area of the junction box
against corrosion and guarantees electrical insulation.
Product and performance warranty
SolarPark offers its customers the industry-leading 10 / 25
warranty: A 10-year product warranty and a 25-year linear
performance warranty*. In the event of warranty claims, as a
strategic partner of SolarPark in your area, Energiebau will
process your claim for you.
Warranty
As a direct contract partner of specialist solar companies,
Energiebau guarantees the same warranty rights when pur-
chasing SolarPark modules as when purchasing other European
or German modules.
Product liability
With respect to product liability, any possible claims are to be
registered directly with Energiebau in Germany.
* In the first year, performance warranty at 96 % of the specified Pn, followed by an annual decrease of 0.66 %, corresponding to a guaranteed minimum performance of 80.2 % of the Pn in the 25th year
Distributed by Energiebau
Powermodules SPP 220 I 225 I 230 I 235 I 240
EDE_014_001 EN 07/2011-V1 1,0
Output
Standard test conditions (STC)
STC: 1000 W/m2, 25 °C, AM 1.5at 200 W/m2, 95 % of the STC output is achieved (EN 60904-1)
Pn (Wp) Voc (V) Vmpp (V) Isc (A) Impp (A)
SPP 220 220 36.5 29.2 8.09 7.55
SPP 225 225 36.8 29.6 8.17 7.62
SPP 230 230 36.9 29.8 8.26 7.73
SPP 235 235 37.0 30.1 8.35 7.84
SPP 240 240 37.2 30.3 8.44 7.93
Normal operating temperature of the cell (NOCT)
STC: 800 W/m2, 20 °C, AM 1.5
Pn (Wp) Voc (V) Vmpp (V) Isc (A) Impp (A)
SPP 220 158 33.1 26.3 6.69 6.01
SPP 225 161 33.2 26.6 6.76 6.09
SPP 230 165 33.3 26.8 6.83 6.16
SPP 235 170 33.4 27.2 6.75 6.27
SPP 240 174 33.6 27.3 6.79 6.38
960
1100
1675
287.5
221
66.5
960
1001
Ø 6.6
Ø 6.6
Ø 9
Ø 9
94329 29
Solar cell
• Cell type: polycrystalline silicon 6" (156 x 156 mm) • Cell configuration: 10 x 6, total of 60 cells
Safety and quality
• IEC 61215, IEC 61730 • VDE, CE and MCS• Fire resistance class C certification as per
UL 1703/UL 790
• Produced in an ISO 9001/14001 certified factory in Korea
Temperature coefficients (TC)
• NOCT: 46 °C• TC short-circuit current (TC Isc): 0.034 % / K
• TC open circuit voltage (TC Voc): - 0.35 % / K
• TC nominal output (TC Pn): - 0.45 % / K
Dimensions / weight
• 1675 x 1001 x 34 mm (L x W x H) / 19 kg
Warranty
• 10-year product warranty• 25-year linear performance warranty: Year 1: 96 % of Pn
Years 2 – 24: Linear reduction by 0.66 %
Year 25: 80.2 % of Pn
Additional information
• Highly transparent, low iron safety glass (3.2 mm) • Composite film on the back• Silicone sealing material / casting compound• EVA sheet• Output measurement tolerance: +/- 3 %• Max. system voltage: 1000 VDC (protection class II)
• Max. reverse current capacity: 16 A• Dimensions of junction box: 125 x 67 x 16 mm (B x L x H)• Three bypass diodes• IP65 protection• Connectors: Original MC4 or MC3 (+, - )• Max. load: Up to 5400 N/m2 (550 kg/m2)
[Increased snow load as per IEC 61215]
Technical data as per EN 50380, subject to change without prior notice
34
29
7.8
1.3
1.8
5
25
1.3
13.3
15.3
1.3
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O caudal que circula nos kits Termossifão ASTERSA através de circuito fechado é produzidopor um fluxo natural, devido ao gradiente térmico entre as partes quentes e frias docircuito. A expansão do fluido transportador de calor por incremento da temperatura éabsorvida totalmente por uma câmara de expansão de duplo revestimento no depósitoacumulador.
Os elementos constituintes não consomem energia e são completamente auto-suficientes.O kit inclui todos os elementos necessários para a sua interligação, garantindo umfuncionamento correcto e uma vida útil prolongada com um elevado rendimento.A instalação é rápida, fácil e sem manutenção.
O Kit termossifão inclui:• Depósito solar horizontal de 200 ou 300 litros• Kit de peças para sua montagem• Estrutura de alumínio anodizado para telhado plano ou
inclinado
• Colector solar AS-1.8 M ou AS-2.0 M• Líquido solar anticongelante
CARACTERÍSTICAS TÉCNICAS
RepresentanteやemやPortugal:やAmbieneやまやAmbienteやeやEnergia,やLda.CentroやEmpresarialやdaやLionesaやまやRuaやdaやLionesa,や446まE15
4465ま671やMatosinhos,やPortugal
T.:や(+351)や22や902や30や30やややF.:や(+351)や22や901や03や03mail@ambiene.ptやややややwww.ambiene.pt
Modelo AS – 200 H AS – 300 HACUMULAÇÃO SOLAR
Volume útil 200 litros 300 litros
FabricoAço USD 37.2 de 2,5 mm de espessura c/ dupla vitrificação
(DIN 4753) a 840 ºC
Permutador de calorRevestimento duplo em aço USD 37.2 - 1,5 mm de espessura e
câmara de expansão
Área de intercâmbio 1,20 m2 1,40 m2
Volume de fluido permutadorde calor
7,00 l 8,00 l
Isolamento interior Poliuretano rígido de 50 mm de espessura e densidade 40 kg/m3
Acabamento exterior Chapa de aço tratada e acabada em RAL 9006
Peso em vazio 67,0 Kg 106,0 Kg
Dimensões Ø 530 x 1.320 mm Ø 530 x 2.080 mm
Raio interior 212,5 mm 212,5 mm
Certificação ISO 9001:2000 INTA CSTB TÜV
CAPTAÇÃO SOLAR
Modelo do Colector AS-2.0 M (1 und.) AS-1.8 M (2 unds.)
Área útil 2,00 m2 3,60 m2
FabricoAbsorvedor BLUETEC, estrutura de alumínio AL 6063 T5 e
isolamento de 50 mm em lã mineral
Rendimento óptico 77,60 % 74,80 %
F. de perdas 1º 3,635 W/m2·K 3,718 W/m2·K
F. de perdas 2º 0,013 W/m2·K2 0,014 W/m2·K2
Peso em vazio 42,5 Kg 72,0 Kg
Volume de fluido 1,30 l 2,60 l
Certificação KEYMARK Nº 011-7S508F
ESTRUTURAFabricada em alumínio anodizado em versão plana ou
inclinada. NB-AE/88 (10,0 Kg)
KIT SOLAR
Volume fluido 1º 8,90 l 11,20 l
Pressões Funcionamento: 10,0 bar Teste: 13,0 bar Descarga: 2,5 bar
Relação V/A 100,0 l/m2 83,3 l/m2
Peso em vazio 119,5 Kg 188,0 Kg
Peso em serviço 328,5 Kg 499,0 Kg
As estruturas ASTERSA são fabricadas em alumínio AL 6063-T5 com perfis normalizados e desenhados para suportar as cargas maisdesfavoráveis, cumprindo estritamente o definido nas normas básicas de construção NB-AE/88.
ESTRUTURA PARA TELHADO INCLINADO
ESTRUTURA PARA TELHADO PLANO
KIT DE INTERLIGAÇÕES
LEGENDA REFERÊNCIAS Quantidade peças por
modelo
200 30001 Válvula de descarga (P&T) ¾” M 1 102 Válvula de segurança Solar 3 Bar ½” H 1 103 Redução ¾” – ½” MH 1 104 Bujão ¾” - ½” 2 205 Tampão ½” M 1 106 Válvula anti-retorno ½” H 1 107 Cotovelo CONEX 22 – ½” M 2 208 Alargador ½” MH 2 209 Tampão CONEX 22 2 210 Cotovelo 90º CONEX 22 2 211 CONEX Recto 22 0 2
REFERÊNCIAS
AS-200 HCOM ESTRUTURA PARA TELHADO PLANO AS01020120P
COM ESTRUTURA PARA TELHADO INCLINADO AS01020120R
AS-300 HCOM ESTRUTURA PARA TELHADO PLANO AS01030218P
COM ESTRUTURA PARA TELHADO INCLINADO AS01030218R
RepresentanteやemやPortugal:やAmbieneやまやAmbienteやeやEnergia,やLda.CentroやEmpresarialやdaやLionesaやまやRuaやdaやLionesa,や446まE15
4465ま671やMatosinhos,やPortugal
T.:や(+351)や22や902や30や30やややF.:や(+351)や22や901や03や03mail@ambiene.ptやややややwww.ambiene.pt
Resistência eléctrica de apoio (opcional) de 2.500 W de potência e termostáto.
REFERÊNCIAMPS81
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