LLQSolvis Catalogue en r1
Content
Living with the Sun
SOLVIS is a photovoltaic modules producer based in Croatia. Our high skilled and trained workers operate state-of-the-art technology and use premium materials in order to produce high quality photovoltaic modules. Rigorous quality control is applied in each step of manufacturing process to ensure reliable product through its lifetime and warranty period.
We have been present on the global market since 2009 with a dedication to produce environmentally friendly and affordable source of energy thus taking greater responsibility for the wellbeing of our planet. Our products are a result of our own research and development. With continuous investment in people, equipment and research and development SOLVIS is increasing its competitiveness on the global market.
TECHNOLOGY Our modules show high energy yield in low as well as in high irradiation areas. High kWh/kWp performance is obtained through: • High shunt resistance for improved performance at low irradiation and low series resistance for improved performance at high irradiation • Pre-sorting according to Pmpp and Impp minimizing module mismatch losses • EVA foil with very low yellowing index (due to degradation processes EVA foil can gradually turn from transparent to yellow colour reducing the amount of incident light) • High EVA gel content contributes to outstanding long-term performance • Whole spectrum highly transparent glass, produced by specialized company • High quality cells with narrow electrical sorting, minimal interconnection losses and uniform colour appearance • Low reflection, high transparency, ornamented and tempered solar glass certified to be used even near airfields • Module sorting on average nominal power
CERTIFICATES. . . SOLVIS production has been certified in quality, environmental and health and safety management: • SOLVIS implemented Quality Management System according to EN ISO 9001: 2008 and Environmental Managements System according to EN ISO 14001: 2009 from 2009 • Occupational Health and Safety Management System according to OHSAS 18001: 2007 has been implemented since 2011 • SOLVIS modules are tested and certified according to EN IEC 61215: 2004 for quality and according to EN IEC 61730-2: 2007 for safety • SOLVIS modules are certified according to the Microcogeneration Scheme for the United Kingdom market
POLYCRYSTALLINE MODULES
MONOCRYSTALLINE MODULES
Most wanted SOLVIS product arrives in dark blue colour and provides superb performance and long lifetime.
This module provides high energy density and arrives in almost black colour. It meets highest quality requirements in photovoltaic system engineering.
BLACK EDITION
TRANSPARENT EDITION
Special aesthetic appeal of a photovoltaic power plant can be achieved by installation of full black modules. Cells, backsheet polymer and frame are painted black. Only ribbon remains metallic. Modules are available in 48 or 60 cells versions.
For building integration where installation requires natural lighting, transparent backsheet combined with mono technology is the best solution. Transparency is around 10%. These modules are available in 48 or 60 cells versions.
GLASS • Glass is the first frontier in preserving module durability. That is why we decided to keep our standard glass thickness at 4 mm although most producers switched to 3,2 mm. Although thickness difference is only 20%, tests have shown that hail resistance is higher by up to 50%. High durability also comes with another benefit - due to the thicker glass we can use thinner aluminum frames thus enabling easier module handling. Technical properties summary: • Excellent transparency ratio above 91,8% due to the specialized production process • 50% higher hail resistance - 4 mm glass thickness ensures 50% more hail impact resistance than the industry average • Robust glass enables thinner frames for simpler module handling • Excellent physical characteristics enable high load certification of 5400 Pa
BACKSHEET
Backsheet structure
• PV backsheet is a special laminate that protects module from ultraviolet radiation, moisture and weather while acting as an electrical insulator. It insulates electrical parts of modules which can operate up to 1000 VDC. These functions are essential for modules functionality, longevity and safety of installers and users. • Our backsheets are certified by TÜV or VDE for partial discharge. They are easily cleanable, chemically resistant and provide a very strong “tear bond” to EVA encapsulates. They have exceptional stability under damp heat and freeze-thaw conditions. Extended damp heat testing has shown superior retention of bond strength for all laminate layers.
1 2 3 4 5 1. Polyester - Hydrolysis and UV resistant
Technical properties summary: • UV stability - no visible change after a high performance UV-stress testing • Superb electrical properties • Superb thermal properties • Superb barrier properties • High degree of whiteness • High reflective properties
Benefits of using: • Easily cleanable • Chemically resistant • Very strong “tear bond” to EVA • Excellent stability under damp heat and freeze-thaw conditions • Superior bond strenght - extended damp heat testing shows superior retention of bond strenght for all laminate layers
2. Adhesive 3. Polyester Core 4. Adhesive 5. Promoting Film
EVA • Probably one of the most crucial components for ensuring high module quality. It is a thermoplastic material containing ethylene vinyl acetate which is used to encapsulate photovoltaic cells. Importance of EVA comes from its function - it “glues” cells and backsheet, ensures module airtightness and prevents any interaction between materials inside the module and external environment. • Additional characteristic include high optical transmittance, good adhesion to different module materials, adequate mechanical compliance between glass and cells and good dielectric properties. • By carefully choosing proven suppliers together with regular quality checks, we insure all our modules are produced with the highest quality EVA layer thus ensuring long life and guarantee of our products. Technical properties summary: • UV stability - no visible change after a high performance UV-stress testing • Superb laminating properties - high gel content ensures excellent crosslinking of the laminate • Superb optical transmittance that ensures power yield maximization
MODULE MAXIMIZER JUNCTION BOX • SOLVIS modules can be ordered with integrated individual module power maximizing and disconnection unit. The output of each module is individually maximized harvesting practically 100% of available energy from the array. Clouds or partial shading or module mismatch affects are therefore strongly reduced. This technology accelerates systems payback, enables module level data monitoring and simplifies balance of system design. This technology enables unprecedented level of security as each module can be centrally disconnected without any cable being energized in deactivated PV plant.
SOLVIS SOLRIF FRAME TECHNOLOGY • SOLVIS Solrif TM modules can be ordered with Solrif aluminum frames in plain metal or any RAL colour. They are intended for building integration replacing conventional roof covering of pitched roofs. Whether as part of the roof or covering the entire roof, use of Solrif frame is highly flexible both on new buildings and for retrofitting. Installed on a simple wood or metal batten structure, these solar roof tiles replace regular roof cover. A photovoltaic system may cover complete roof or only a portion of it. SOLVIS is registered trademark of SOLVIS d.o.o. Croatia. Solrif TM is registered trademark of Ernst Schweizer AG Switzerland.
JUNCTION BOX • Junction box concept is based on a flexible, open system structure, which allows serial and parallel interconnection via direct wire connection or separable connectors. Male and female cable couplers were designed for high voltage and high current carrying capacity in addition to the well established IP65 sealing requirement in the photovoltaic industry. Mating safety is provided by polarity keyed housings, fully shrouded contacts and a squeeze to release connection system. In addition, a wide temperature range and fulfillment of worldwide standards for photovoltaic connection systems complement the robust product specification.
ALUMINIUM JUNCTION BOX • Aluminum is the best choice for photovoltaic as it is resistant to environmental influences, extremely durable, prevents fire and is very easy to maintain. It ensures that functional heat of a diode, often measuring up to 200 degrees Celsius, is quickly and effectively dissipated. Therefore, we guarantee constant diode performance well beyond the life cycle of photovoltaic modules. Benefits of using: • Cooled diodes live longer: eight times longer life cycle • Extremely robust and waterproof: aluminium makes it possible • We keep things sealed: no long-term corrosive contacts • No humidity inside the lamination • PTFE membrane assures optimum pressure balance and keeps humidity outside • Safety first: no elctric arching, no hot spots, no fire hazard
POLYCRYSTALLINE MODULES
MONOCRYSTALLINE MODULES
[°C]
48,2 ± 2
48,2 ± 2
Temperature coefficient Pmpp
[%/K]
-0,41
-0,47
Temperature coefficient Isc
[%/K]
0,05
0,04
Temperature coefficient Uoc
[%/K]
-0,29
-0,33
Polycrystalline Si, 156 x 156 mm
Monocrystalline Si, 156 x 156 mm
Cell encapsulation
Ethylene vinyl acetate (EVA)
Ethylene vinyl acetate (EVA)
Front
Tempered solar glass, 4 mm
Tempered solar glass, 4 mm
Back
Composite polyester film
Composite polyester film
Anodized aluminium frame with twin-wall profile and drainage holes
Anodized aluminium frame with twin-wall profile and drainage holes
Tyco SOLARLOK with 3 bypass diodes, IP65
Tyco SOLARLOK with 3 bypass diodes, IP65
Solar cable 4 mm , lenght 1000 mm, Tyco SOLARLOK connectors
Solar cable 4 mm2, lenght 1000 mm, Tyco SOLARLOK connectors
THERMAL CHARACTERISTICS Nominal operating cell temperature (NOCT)
DESCRIPTION Solar cells
Frame Junction box
2
Cable and connectors OPERATING CONDITIONS Temperature range
[°C]
-40 to +85
-40 to +85
Maximum system voltage
[V]
1000
1000
Tested up to 5400 Pa (Snow load test)
Tested up to 5400 Pa (Snow load test)
Maximum diameter of 25 mm with impact speed of 23 m/s
Maximum diameter of 25 mm with impact speed of 23 m/s
10 years
10 years
Power output of 90% for 12 years and 80% for 25 years
Power output of 90% for 12 years and 80% for 25 years
EN IEC 61215: 2004
EN IEC 61215: 2004
The Microcogeneration Scheme Certificate
The Microcogeneration Scheme Certificate
EN IEC 61730-2: 2007
EN IEC 61730-2: 2007
Quality management certificate
ISO 9001: 2008
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
ISO 14001: 2009
OHSAS 18001: 2007
OHSAS 18001: 2007
Maximum surface load capacity Resistance against hail WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
Occupational health and safety management certificate
SV 60 Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 60-225
SV 60-230
SV 60-235
SV 60-240
SV 60-245
225
230
235
240
245
[W]
-0/+ 4,9
Short circuit current
Isc [A]
8,22
8,31
8,40
8,50
8,56
Open circuit voltage
Uoc [V]
36,6
36,9
37,2
37,4
37,5
Rated current
Impp [A]
7,69
7,78
7,85
7,93
7,99
Rated voltage
Umpp [V]
29,3
29,6
29,9
30,3
30,7
Current and voltage tolerance
[°C]
± 10
[mm]
1663 x 998 x 35
[kg]
21,5
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty
10 years
Performance warranty
Power output 90% for 12 years and 80% for 25 years
Product quality certificate
EN IEC 61215: 2004
Product quality certificate (in process)
The Microcogeneration Scheme Certificate
Product safety certificate
EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 48 Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 48-170
SV 48-175
SV 48-180
SV 48-185
SV 48-190
170
175
180
185
190
[W]
-0/+ 4,9
Short circuit current
Isc [A]
7,97
8,08
8,20
8,31
8,42
Open circuit voltage
Uoc [V]
28,5
28,8
29,2
29,5
29,8
Rated current
Impp [A]
7,45
7,56
7,66
7,77
7,87
Rated voltage
Umpp [V]
22,8
23,1
23,5
23,8
24,1
Current and voltage tolerance
[°C]
± 10
[mm]
1346 x 998 x 35
[kg]
18
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
10 years Power output 90% for 12 years and 80% for 25 years EN IEC 61215: 2004 The Microcogeneration Scheme Certificate EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 36 Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 36-125
SV 36-130
SV 36-135
SV 36-140
SV 36-145
125
130
135
140
145
[W]
-0/+ 4,9
Short circuit current
Isc [A]
7,85
8,01
8,16
8,31
8,46
Open circuit voltage
Uoc [V]
21,1
21,5
21,8
22,1
22,4
Rated current
Impp [A]
7,37
7,49
7,63
7,79
7,93
Rated voltage
Umpp [V]
17,0
17,4
17,7
18,0
18,3
Current and voltage tolerance
[°C]
± 10
[mm]
1030 x 998 x 35
[kg]
14
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
10 years Power output 90% for 12 years and 80% for 25 years EN IEC 61215: 2004 The Microcogeneration Scheme Certificate EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 60 E Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 60-240 E
SV 60-245 E
SV 60-250 E
SV 60-255 E
SV 60-260 E
240
245
250
255
260
[W]
-0/+ 4,9
Short circuit current
Isc [A]
8,48
8,56
8,65
8,74
8,82
Open circuit voltage
Uoc [V]
37,1
37,4
37,7
38,0
38,3
Rated current
Impp [A]
7,90
7,99
8,07
8,15
8,23
Rated voltage
Umpp [V]
30,4
30,7
31,0
31,3
31,6
Current and voltage tolerance
[°C]
± 10
[mm]
1663 x 998 x 35
[kg]
21,5
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty
10 years
Performance warranty
Power output 90% for 12 years and 80% for 25 years
Product quality certificate
EN IEC 61215: 2004
Product quality certificate (in process)
The Microcogeneration Scheme Certificate
Product safety certificate
EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 48 E Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 48-180 E
SV 48-185 E
SV 48-190 E
SV 48-195 E
SV 48-200 E
180
185
190
195
200
[W]
-0/+ 4,9
Short circuit current
Isc [A]
8,21
8,32
8,43
8,54
8,65
Open circuit voltage
Uoc [V]
28,8
29,2
29,5
29,8
30,1
Rated current
Impp [A]
7,65
7,75
7,86
7,96
8,06
Rated voltage
Umpp [V]
23,5
23,9
24,2
24,5
24,8
Current and voltage tolerance
[°C]
± 10
[mm]
1346 x 998 x 35
[kg]
18
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
10 years Power output 90% for 12 years and 80% for 25 years EN IEC 61215: 2004 The Microcogeneration Scheme Certificate EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 36 E Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 36-130 E
SV 36-135 E
SV 36-140 E
SV 36-145 E
SV 36-150 E
130
135
140
145
150
[W]
-0/+ 4,9
Short circuit current
Isc [A]
8,05
8,21
8,36
8,50
8,65
Open circuit voltage
Uoc [V]
21,3
21,6
22,0
22,3
22,6
Rated current
Impp [A]
7,50
7,65
7,79
7,92
8,06
Rated voltage
Umpp [V]
17,3
17,6
18,0
18,3
18,6
Current and voltage tolerance
[°C]
± 10
[mm]
1030 x 998 x 35
[kg]
14
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
10 years Power output 90% for 12 years and 80% for 25 years EN IEC 61215: 2004 The Microcogeneration Scheme Certificate EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SPECIAL PRODUCTS • SOLVIS succeeded by continuous investment into research and development. We gathered experienced team of professionals capable of handling challenging tasks in development of new sophisticated solutions. By developing new processes within module production and designing custom made solutions, we are able to meet clients’ needs. Implementation of new technologies also requires high level of expertise in production. This allows us to implement the latest technology advances in production of our products. • BIPV (built-in) modules can be ordered with frames fitted for roof integration in plain metal or any RAL colour. They are intended for building integration replacing the conventional roof covering of pitched roofs. Whether as a part of a roof or covering an entire roof, use of such a frame is highly flexible both on new building and for retrofitting. • Installed on a simple wood or metal batten structure, these solar roof tiles replace regular roof cover. • Photovoltaic system may cover complete roof or only a portion of it.
BIPV GAS STATION • SOLVIS developed a brand new and unconventional approach for finding new methods for solving future challenges and for gaining experience in operating systems that are not current industrial standards thus promoting efficiency improvement of these technologies. Based on our experience, we applied these elements in the first integrated BIPV gas station. • Besides its shading effect, a 195 square meters of solar canopy made of polycrystalline glass/glass modules transforms solar energy into electricity. Generated electricity is then used by the gas station. Additional 50 square meters of effective surface consists of 60 rhombus shaped solar leaves which define a unique solar tree. • Installed solar system is one of the most cost effective technologies available today. It generates approximately 30,800 kWh annually, significantly decreasing operation costs of the gas station.
YACHT MODULES • Additional improvements were implemented in shipping industry by producing in-deck integrated special shape modules. These modules were integrated on a yacht sun deck area and are used to produce electricity. Special dimensions and size with specially cut glass are fine details that distinguish these products from any other on the market.
SOLVIS REFERENCE
SOLVIS
Relatio
Highway Zagreb - Rijeka
Power: 21 kWp Project type: On-grid system Location: Croatia
Power: 520 kWp Project type: On-grid system Location: Germany
Power: 270 kWp Project type: On-grid system Location: Croatia
Šenčur
Kindergarden Slovenska Bistrica
Kijevo Community
Power: 40 kWp Project type: On-grid system Location: Slovenia
Power: 30 kWp Project type: On-grid system Location: Slovenia
Power: 27 kWp Project type: Off-grid system Location: Croatia
University Rijeka
Musongati park, Afrika
Beidenfleth
Power: 22 kWp Project type: On-grid system Location: Croatia
Power: 15 kWp Project type: Off-grid system Location: Burundi
Power: 13 kWp Project type: On-grid system Location: Germany
SOLVIS PARTNERS
relatio RT International
SIBLIK ELEKTRIK GmbH & CoKG
Kleiberg 4a, 26215 Wiefelstede, Germany Tel: +49 4402 972577-0 Fax: +49 4402 972577-20 [email protected] www.relatio.de
Murbangasse 6, 1108 Wien, Austria Tel: +43 1 68 006-185 Fax: +43 1 68 006-685 [email protected] www.siblik.com
Solar PV Wholesale
Midsummer Solar PV Wholesale
Libra Energy BV
Britannia House, 19-21 Godesdone Road Cambridge, CB5 8HR, United Kingdom Tel: +44 (0) 1223 851535 [email protected] www.midsummerwholesale.co.uk
Heemstederweg 14, 1902 RP CASTRICUM, The Netherlands Tel: +31 251 656 277 Fax: +31 251 679 443 [email protected] www.libra-energy.eu
SOLVIS d.o.o. Gospodarska zona Brezje bb PP 113, HR-42000 Varaždin CROATIA
Living with the Sun
SOLVIS d.o.o. Gospodarska zona Brezje bb PP 113, HR-42000 Varaždin CROATIA Tel: +385 42 262 250 • Fax: +385 42 241 100 [email protected] • www.solvis.hr
SOLVIS is a photovoltaic modules producer based in Croatia. Our high skilled and trained workers operate state-of-the-art technology and use premium materials in order to produce high quality photovoltaic modules. Rigorous quality control is applied in each step of manufacturing process to ensure reliable product through its lifetime and warranty period.
We have been present on the global market since 2009 with a dedication to produce environmentally friendly and affordable source of energy thus taking greater responsibility for the wellbeing of our planet. Our products are a result of our own research and development. With continuous investment in people, equipment and research and development SOLVIS is increasing its competitiveness on the global market.
TECHNOLOGY Our modules show high energy yield in low as well as in high irradiation areas. High kWh/kWp performance is obtained through: • High shunt resistance for improved performance at low irradiation and low series resistance for improved performance at high irradiation • Pre-sorting according to Pmpp and Impp minimizing module mismatch losses • EVA foil with very low yellowing index (due to degradation processes EVA foil can gradually turn from transparent to yellow colour reducing the amount of incident light) • High EVA gel content contributes to outstanding long-term performance • Whole spectrum highly transparent glass, produced by specialized company • High quality cells with narrow electrical sorting, minimal interconnection losses and uniform colour appearance • Low reflection, high transparency, ornamented and tempered solar glass certified to be used even near airfields • Module sorting on average nominal power
CERTIFICATES. . . SOLVIS production has been certified in quality, environmental and health and safety management: • SOLVIS implemented Quality Management System according to EN ISO 9001: 2008 and Environmental Managements System according to EN ISO 14001: 2009 from 2009 • Occupational Health and Safety Management System according to OHSAS 18001: 2007 has been implemented since 2011 • SOLVIS modules are tested and certified according to EN IEC 61215: 2004 for quality and according to EN IEC 61730-2: 2007 for safety • SOLVIS modules are certified according to the Microcogeneration Scheme for the United Kingdom market
POLYCRYSTALLINE MODULES
MONOCRYSTALLINE MODULES
Most wanted SOLVIS product arrives in dark blue colour and provides superb performance and long lifetime.
This module provides high energy density and arrives in almost black colour. It meets highest quality requirements in photovoltaic system engineering.
BLACK EDITION
TRANSPARENT EDITION
Special aesthetic appeal of a photovoltaic power plant can be achieved by installation of full black modules. Cells, backsheet polymer and frame are painted black. Only ribbon remains metallic. Modules are available in 48 or 60 cells versions.
For building integration where installation requires natural lighting, transparent backsheet combined with mono technology is the best solution. Transparency is around 10%. These modules are available in 48 or 60 cells versions.
GLASS • Glass is the first frontier in preserving module durability. That is why we decided to keep our standard glass thickness at 4 mm although most producers switched to 3,2 mm. Although thickness difference is only 20%, tests have shown that hail resistance is higher by up to 50%. High durability also comes with another benefit - due to the thicker glass we can use thinner aluminum frames thus enabling easier module handling. Technical properties summary: • Excellent transparency ratio above 91,8% due to the specialized production process • 50% higher hail resistance - 4 mm glass thickness ensures 50% more hail impact resistance than the industry average • Robust glass enables thinner frames for simpler module handling • Excellent physical characteristics enable high load certification of 5400 Pa
BACKSHEET
Backsheet structure
• PV backsheet is a special laminate that protects module from ultraviolet radiation, moisture and weather while acting as an electrical insulator. It insulates electrical parts of modules which can operate up to 1000 VDC. These functions are essential for modules functionality, longevity and safety of installers and users. • Our backsheets are certified by TÜV or VDE for partial discharge. They are easily cleanable, chemically resistant and provide a very strong “tear bond” to EVA encapsulates. They have exceptional stability under damp heat and freeze-thaw conditions. Extended damp heat testing has shown superior retention of bond strength for all laminate layers.
1 2 3 4 5 1. Polyester - Hydrolysis and UV resistant
Technical properties summary: • UV stability - no visible change after a high performance UV-stress testing • Superb electrical properties • Superb thermal properties • Superb barrier properties • High degree of whiteness • High reflective properties
Benefits of using: • Easily cleanable • Chemically resistant • Very strong “tear bond” to EVA • Excellent stability under damp heat and freeze-thaw conditions • Superior bond strenght - extended damp heat testing shows superior retention of bond strenght for all laminate layers
2. Adhesive 3. Polyester Core 4. Adhesive 5. Promoting Film
EVA • Probably one of the most crucial components for ensuring high module quality. It is a thermoplastic material containing ethylene vinyl acetate which is used to encapsulate photovoltaic cells. Importance of EVA comes from its function - it “glues” cells and backsheet, ensures module airtightness and prevents any interaction between materials inside the module and external environment. • Additional characteristic include high optical transmittance, good adhesion to different module materials, adequate mechanical compliance between glass and cells and good dielectric properties. • By carefully choosing proven suppliers together with regular quality checks, we insure all our modules are produced with the highest quality EVA layer thus ensuring long life and guarantee of our products. Technical properties summary: • UV stability - no visible change after a high performance UV-stress testing • Superb laminating properties - high gel content ensures excellent crosslinking of the laminate • Superb optical transmittance that ensures power yield maximization
MODULE MAXIMIZER JUNCTION BOX • SOLVIS modules can be ordered with integrated individual module power maximizing and disconnection unit. The output of each module is individually maximized harvesting practically 100% of available energy from the array. Clouds or partial shading or module mismatch affects are therefore strongly reduced. This technology accelerates systems payback, enables module level data monitoring and simplifies balance of system design. This technology enables unprecedented level of security as each module can be centrally disconnected without any cable being energized in deactivated PV plant.
SOLVIS SOLRIF FRAME TECHNOLOGY • SOLVIS Solrif TM modules can be ordered with Solrif aluminum frames in plain metal or any RAL colour. They are intended for building integration replacing conventional roof covering of pitched roofs. Whether as part of the roof or covering the entire roof, use of Solrif frame is highly flexible both on new buildings and for retrofitting. Installed on a simple wood or metal batten structure, these solar roof tiles replace regular roof cover. A photovoltaic system may cover complete roof or only a portion of it. SOLVIS is registered trademark of SOLVIS d.o.o. Croatia. Solrif TM is registered trademark of Ernst Schweizer AG Switzerland.
JUNCTION BOX • Junction box concept is based on a flexible, open system structure, which allows serial and parallel interconnection via direct wire connection or separable connectors. Male and female cable couplers were designed for high voltage and high current carrying capacity in addition to the well established IP65 sealing requirement in the photovoltaic industry. Mating safety is provided by polarity keyed housings, fully shrouded contacts and a squeeze to release connection system. In addition, a wide temperature range and fulfillment of worldwide standards for photovoltaic connection systems complement the robust product specification.
ALUMINIUM JUNCTION BOX • Aluminum is the best choice for photovoltaic as it is resistant to environmental influences, extremely durable, prevents fire and is very easy to maintain. It ensures that functional heat of a diode, often measuring up to 200 degrees Celsius, is quickly and effectively dissipated. Therefore, we guarantee constant diode performance well beyond the life cycle of photovoltaic modules. Benefits of using: • Cooled diodes live longer: eight times longer life cycle • Extremely robust and waterproof: aluminium makes it possible • We keep things sealed: no long-term corrosive contacts • No humidity inside the lamination • PTFE membrane assures optimum pressure balance and keeps humidity outside • Safety first: no elctric arching, no hot spots, no fire hazard
POLYCRYSTALLINE MODULES
MONOCRYSTALLINE MODULES
[°C]
48,2 ± 2
48,2 ± 2
Temperature coefficient Pmpp
[%/K]
-0,41
-0,47
Temperature coefficient Isc
[%/K]
0,05
0,04
Temperature coefficient Uoc
[%/K]
-0,29
-0,33
Polycrystalline Si, 156 x 156 mm
Monocrystalline Si, 156 x 156 mm
Cell encapsulation
Ethylene vinyl acetate (EVA)
Ethylene vinyl acetate (EVA)
Front
Tempered solar glass, 4 mm
Tempered solar glass, 4 mm
Back
Composite polyester film
Composite polyester film
Anodized aluminium frame with twin-wall profile and drainage holes
Anodized aluminium frame with twin-wall profile and drainage holes
Tyco SOLARLOK with 3 bypass diodes, IP65
Tyco SOLARLOK with 3 bypass diodes, IP65
Solar cable 4 mm , lenght 1000 mm, Tyco SOLARLOK connectors
Solar cable 4 mm2, lenght 1000 mm, Tyco SOLARLOK connectors
THERMAL CHARACTERISTICS Nominal operating cell temperature (NOCT)
DESCRIPTION Solar cells
Frame Junction box
2
Cable and connectors OPERATING CONDITIONS Temperature range
[°C]
-40 to +85
-40 to +85
Maximum system voltage
[V]
1000
1000
Tested up to 5400 Pa (Snow load test)
Tested up to 5400 Pa (Snow load test)
Maximum diameter of 25 mm with impact speed of 23 m/s
Maximum diameter of 25 mm with impact speed of 23 m/s
10 years
10 years
Power output of 90% for 12 years and 80% for 25 years
Power output of 90% for 12 years and 80% for 25 years
EN IEC 61215: 2004
EN IEC 61215: 2004
The Microcogeneration Scheme Certificate
The Microcogeneration Scheme Certificate
EN IEC 61730-2: 2007
EN IEC 61730-2: 2007
Quality management certificate
ISO 9001: 2008
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
ISO 14001: 2009
OHSAS 18001: 2007
OHSAS 18001: 2007
Maximum surface load capacity Resistance against hail WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
Occupational health and safety management certificate
SV 60 Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 60-225
SV 60-230
SV 60-235
SV 60-240
SV 60-245
225
230
235
240
245
[W]
-0/+ 4,9
Short circuit current
Isc [A]
8,22
8,31
8,40
8,50
8,56
Open circuit voltage
Uoc [V]
36,6
36,9
37,2
37,4
37,5
Rated current
Impp [A]
7,69
7,78
7,85
7,93
7,99
Rated voltage
Umpp [V]
29,3
29,6
29,9
30,3
30,7
Current and voltage tolerance
[°C]
± 10
[mm]
1663 x 998 x 35
[kg]
21,5
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty
10 years
Performance warranty
Power output 90% for 12 years and 80% for 25 years
Product quality certificate
EN IEC 61215: 2004
Product quality certificate (in process)
The Microcogeneration Scheme Certificate
Product safety certificate
EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 48 Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 48-170
SV 48-175
SV 48-180
SV 48-185
SV 48-190
170
175
180
185
190
[W]
-0/+ 4,9
Short circuit current
Isc [A]
7,97
8,08
8,20
8,31
8,42
Open circuit voltage
Uoc [V]
28,5
28,8
29,2
29,5
29,8
Rated current
Impp [A]
7,45
7,56
7,66
7,77
7,87
Rated voltage
Umpp [V]
22,8
23,1
23,5
23,8
24,1
Current and voltage tolerance
[°C]
± 10
[mm]
1346 x 998 x 35
[kg]
18
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
10 years Power output 90% for 12 years and 80% for 25 years EN IEC 61215: 2004 The Microcogeneration Scheme Certificate EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 36 Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 36-125
SV 36-130
SV 36-135
SV 36-140
SV 36-145
125
130
135
140
145
[W]
-0/+ 4,9
Short circuit current
Isc [A]
7,85
8,01
8,16
8,31
8,46
Open circuit voltage
Uoc [V]
21,1
21,5
21,8
22,1
22,4
Rated current
Impp [A]
7,37
7,49
7,63
7,79
7,93
Rated voltage
Umpp [V]
17,0
17,4
17,7
18,0
18,3
Current and voltage tolerance
[°C]
± 10
[mm]
1030 x 998 x 35
[kg]
14
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
10 years Power output 90% for 12 years and 80% for 25 years EN IEC 61215: 2004 The Microcogeneration Scheme Certificate EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 60 E Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 60-240 E
SV 60-245 E
SV 60-250 E
SV 60-255 E
SV 60-260 E
240
245
250
255
260
[W]
-0/+ 4,9
Short circuit current
Isc [A]
8,48
8,56
8,65
8,74
8,82
Open circuit voltage
Uoc [V]
37,1
37,4
37,7
38,0
38,3
Rated current
Impp [A]
7,90
7,99
8,07
8,15
8,23
Rated voltage
Umpp [V]
30,4
30,7
31,0
31,3
31,6
Current and voltage tolerance
[°C]
± 10
[mm]
1663 x 998 x 35
[kg]
21,5
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty
10 years
Performance warranty
Power output 90% for 12 years and 80% for 25 years
Product quality certificate
EN IEC 61215: 2004
Product quality certificate (in process)
The Microcogeneration Scheme Certificate
Product safety certificate
EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 48 E Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 48-180 E
SV 48-185 E
SV 48-190 E
SV 48-195 E
SV 48-200 E
180
185
190
195
200
[W]
-0/+ 4,9
Short circuit current
Isc [A]
8,21
8,32
8,43
8,54
8,65
Open circuit voltage
Uoc [V]
28,8
29,2
29,5
29,8
30,1
Rated current
Impp [A]
7,65
7,75
7,86
7,96
8,06
Rated voltage
Umpp [V]
23,5
23,9
24,2
24,5
24,8
Current and voltage tolerance
[°C]
± 10
[mm]
1346 x 998 x 35
[kg]
18
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
10 years Power output 90% for 12 years and 80% for 25 years EN IEC 61215: 2004 The Microcogeneration Scheme Certificate EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SV 36 E Performance under standard test conditions (1000 W/m2, 25°C, AM 1.5 according to EN 60904-3)
ELECTRICAL DATA Peak power Peak power tolerance
Pmpp [W]
SV 36-130 E
SV 36-135 E
SV 36-140 E
SV 36-145 E
SV 36-150 E
130
135
140
145
150
[W]
-0/+ 4,9
Short circuit current
Isc [A]
8,05
8,21
8,36
8,50
8,65
Open circuit voltage
Uoc [V]
21,3
21,6
22,0
22,3
22,6
Rated current
Impp [A]
7,50
7,65
7,79
7,92
8,06
Rated voltage
Umpp [V]
17,3
17,6
18,0
18,3
18,6
Current and voltage tolerance
[°C]
± 10
[mm]
1030 x 998 x 35
[kg]
14
MECHANICAL DATA Dimensions (H x W x D) Weight WARRANTIES AND CERTIFICATIONS Product warranty Performance warranty Product quality certificate Product quality certificate (in process) Product safety certificate
10 years Power output 90% for 12 years and 80% for 25 years EN IEC 61215: 2004 The Microcogeneration Scheme Certificate EN IEC 61730-2: 2007
Qualty management certificate
ISO 9001: 2008
Environmental management certificate
ISO 14001: 2009
Occupational health and safety management certificate
OHSAS 18001: 2007
SPECIAL PRODUCTS • SOLVIS succeeded by continuous investment into research and development. We gathered experienced team of professionals capable of handling challenging tasks in development of new sophisticated solutions. By developing new processes within module production and designing custom made solutions, we are able to meet clients’ needs. Implementation of new technologies also requires high level of expertise in production. This allows us to implement the latest technology advances in production of our products. • BIPV (built-in) modules can be ordered with frames fitted for roof integration in plain metal or any RAL colour. They are intended for building integration replacing the conventional roof covering of pitched roofs. Whether as a part of a roof or covering an entire roof, use of such a frame is highly flexible both on new building and for retrofitting. • Installed on a simple wood or metal batten structure, these solar roof tiles replace regular roof cover. • Photovoltaic system may cover complete roof or only a portion of it.
BIPV GAS STATION • SOLVIS developed a brand new and unconventional approach for finding new methods for solving future challenges and for gaining experience in operating systems that are not current industrial standards thus promoting efficiency improvement of these technologies. Based on our experience, we applied these elements in the first integrated BIPV gas station. • Besides its shading effect, a 195 square meters of solar canopy made of polycrystalline glass/glass modules transforms solar energy into electricity. Generated electricity is then used by the gas station. Additional 50 square meters of effective surface consists of 60 rhombus shaped solar leaves which define a unique solar tree. • Installed solar system is one of the most cost effective technologies available today. It generates approximately 30,800 kWh annually, significantly decreasing operation costs of the gas station.
YACHT MODULES • Additional improvements were implemented in shipping industry by producing in-deck integrated special shape modules. These modules were integrated on a yacht sun deck area and are used to produce electricity. Special dimensions and size with specially cut glass are fine details that distinguish these products from any other on the market.
SOLVIS REFERENCE
SOLVIS
Relatio
Highway Zagreb - Rijeka
Power: 21 kWp Project type: On-grid system Location: Croatia
Power: 520 kWp Project type: On-grid system Location: Germany
Power: 270 kWp Project type: On-grid system Location: Croatia
Šenčur
Kindergarden Slovenska Bistrica
Kijevo Community
Power: 40 kWp Project type: On-grid system Location: Slovenia
Power: 30 kWp Project type: On-grid system Location: Slovenia
Power: 27 kWp Project type: Off-grid system Location: Croatia
University Rijeka
Musongati park, Afrika
Beidenfleth
Power: 22 kWp Project type: On-grid system Location: Croatia
Power: 15 kWp Project type: Off-grid system Location: Burundi
Power: 13 kWp Project type: On-grid system Location: Germany
SOLVIS PARTNERS
relatio RT International
SIBLIK ELEKTRIK GmbH & CoKG
Kleiberg 4a, 26215 Wiefelstede, Germany Tel: +49 4402 972577-0 Fax: +49 4402 972577-20 [email protected] www.relatio.de
Murbangasse 6, 1108 Wien, Austria Tel: +43 1 68 006-185 Fax: +43 1 68 006-685 [email protected] www.siblik.com
Solar PV Wholesale
Midsummer Solar PV Wholesale
Libra Energy BV
Britannia House, 19-21 Godesdone Road Cambridge, CB5 8HR, United Kingdom Tel: +44 (0) 1223 851535 [email protected] www.midsummerwholesale.co.uk
Heemstederweg 14, 1902 RP CASTRICUM, The Netherlands Tel: +31 251 656 277 Fax: +31 251 679 443 [email protected] www.libra-energy.eu
SOLVIS d.o.o. Gospodarska zona Brezje bb PP 113, HR-42000 Varaždin CROATIA
Living with the Sun
SOLVIS d.o.o. Gospodarska zona Brezje bb PP 113, HR-42000 Varaždin CROATIA Tel: +385 42 262 250 • Fax: +385 42 241 100 [email protected] • www.solvis.hr
