Discover the - CZECH ENERGY TEAM.cz · 2019. 11. 22. · 2 mm tempered Solar Glass with extremely ....

1© 10/19 GridParity AG - next generation photovoltaicGerman Quality Engineering

© GridParity AG 10/2019

Double Glass

Modules

PV Terraces

PV Carports

PV Power Plants

Bifacial Modules

SolTrack Tracker

German Quality Engineering

p. 2

p. 8

p. 17

p. 25

p. 40

p. 36

Green-houses

p. 34

Module Producti-on Lines

p. 47

Module Mounting Premium

p. 15

Discover the Aesthetic of PV

2 © 10/19 GridParity AG - next generation photovoltaic German Quality Engineering

Glas-Glas Module

M60 M72

60 Bifacial cells 72 Bifacial cells

Size I: 1662 x 990 x 5 mmSize II: 1980 x 990 x 5 mm

Herausragende Eigenschaften aller Almaden Module

Schlankes Moduldesign - Ultradünn - Ultraleicht Kein Rahmen, keine Rückseitenfolie. zwei Glasscheiben aus 2mm thermisch gehärtetem Glas.

Hervorragende Wind- / Schneelasteigenschaften Zertifiziert für hohe Windlasten von 2400 Pa und Schneelas-ten von 5400 Pa.

PID freiPID (Potential induzierte Degradation) Freiheit wird gewähr-leistet.

MikrorissfreiDurch den speziellen Laminierprozess der 2 Glasscheiben wird garantiert, dass während harter Transport-, Handlungs- und Montagebedingungen sowie während der gesamten Betriebsdauer der Module keine Mikrorisse entstehen.

Extreme FeuerbeständigkeitDas Glas-Glas-Design schützt das Modul vor Lichtbogen- und Hot Spot Schäden, sodass potenzielle Gefahren durch Feuer ausgeschlossen werden.

Überlegenes SchwachlichtverhaltenDas herausragende Schwachlichtverhalten von Almaden Modulen wird durch anti reflektierende Nano-Beschich-tungstechnologie garantiert.

Erweiterte Garantie12 Jahre Garantie auf Verarbeitung und Materialien.30 Jahre lineare Leistungsgarantie.

Positive Leistungstoleranz0 / +5 W positive Toleranz.

Selbstreinigung bzw. leichte Reinigung Die im Rahmen der Antireflexbehandlung mit dem Glas verbundene Nanobeschichtung sorgt dafür, dass Schmutz-partikel kaum haften bleiben. Wind und Regen sorgen dann für Selbstreinigung. Durch das rahmenlose Design bleibt kein Staub am Rand hängen.

Slim Module Design - Ultrathin - UltralightNo frame, no back sheet. 2mm thermally tempered glass exclusively used as front and back protection material.

No Micro CracksNo micro-cracks under harsh transportation, complicated handling and installation conditions as well as during lifetime of operation.

Outstanding performance in case of wind/snow load Certified to withstand high wind loads of 2400pa & snow loads of 5400pa.

Easy CleaningFrameless design, no dust sticks on the edge. The nano coating which is applied during the Anti Reflection Treatment process ensures a surface where dirt particles roll off.

Positive power output tolerance0 / +5 W positive tolerance.

PID freeGuaranteed free of PID (potential induced degradation).

Fire ResistanceThe glass-glass design helps to save the module from damage caused by arc and hot spots, eliminating potential dangers of fire.

Predominant low light performanceOutstanding light performance guaranteed by Almaden‘s anti-reflective nano-coating technology.

Extended Guarantee12 years product warranty on workmanship& materials30 years warranty on linear power output.

Outstanding properties of all Almaden Modules

Double Glass Modules

B60 B7260 Mono cells 72 Mono cells

Size IISize I

M4040 Mono cells

Size I

M5050 Mono cells

Size II

M60-green160 Bifacial cells

Size II

M60-green260 Bifacial cells

Size II

B32-green32 Bifacial cells

Size I

M40-240 Mono cells

Size I


2 mm tempered Solar Glass with extremely durable anti-reflective coating

< 2mm physically tempered solar glassPOE (polyolefin encapsulant)solar cellPOE (polyolefin encapsulant)

• Light weight: Two only 2 mm thin sheets of glass, 12 kg/m²• High reliability through tempered glass back instead of plastic backsheet• Extreme durability through Hi-tec tempering and lamination process comparable windshields of cars• Highest wind load > 2400 Pa and snow load > 5400 Pa• Best performance at very high temperatures Proven in long-term Damp Heat (DH) simulation (see figure below on the left)

< 2mm physically tempered solar glass

Glas-Technologie Glass Technology2 mm gehärtetes Solar-Glas mit extrem wider-standsfähiger Antireflex Beschichtung

< 2mm gehärtetes Solar-Glas

POE (polyolefin encapsulant)SolarzellePOE (polyolefin encapsulant)< 2mm gehärtetes Solar-Glas

• Leichtes Gewicht: Zwei nur 2 mm dünne Glasscheiben, 12 kg/m²• Hohe Zuverlässigkeit durch gehärtete Glas- Rückseite statt Rückseitenfolie• Extreme Langlebigkeit durch Hi-tec Härten und Laminierprozess vergleichbar mit Autowindschutz- scheiben• Höchste Windlasten > 2400 Pa und Schneelasten > 5400 Pa• Beste Leistung bei sehr hohen Temperaturen Bewiesen sind extrem lange Damp-Heat Tests (s. Abbildung unten)

Almaden® double glass modules

Failure of plastic backsheet of standard modules

* * * * *

*DH = Zyklustest (Feuchtigkeit / Hitze), zur Simulation der Alterung von Modulen

*DH = Damp Heat Cycle Test to simulate aging of modules

unser Biegetest entlarvt versteckte Fehler und Mikrorisseour bending test exposes hidden errors and microcracks

Modules M-Line Greenhouse LineBifacial Line


M60 - 280 / 310 Wp

1662 x 990 x 5 mmDIMENSIONS:12 % Transparency

monocrystalline cells

Electrical Specification (STC)Maximum Power at (Pmax) 280 W 310 W Optimum Operating Voltage (Vmp) 30.97 V 33.4 V Optimum Operating Current (Imp) 9.04 A 9.29 A Open Circuit Voltage (Voc) 38.65 V 40.2 V Short Circuit Current (Isc) 9.65 A 9.77 A Module Efficiency 17.0 % 18.8 % Maximum System Voltage 1000 V DC (IEC) Operating Module Temeprature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W

Temperature SpecificationNominal Operating Cell Temperature (NOCT) 45±2°CTemperature Coefficient of Pmax -0.40 %/°CTemperature Coefficient of Voc -0.34 %/°CTemperature Coefficient of Isc 0.060 %/°C

Mechanical SpecificationSolar Cell Monocrystalline silicon 6 inchesNo. of Cells 60 (6 × 10)DimensionsSize 1 1662 × 990 × 5 mm (without J-box)

Weight Size 1 20 kgFront/Back Glass 2 mm heat strengthened glassJunction Box IP68 ratedOutput Cables 4.0 mm2, symmetrical lengths (500 mm)Connectors MC4 compatible

Packing Configuration 40‘ HC Container

Pieces per pallet 33Pallets per container 26Pieces per container 858

60cells

Double Glass Module

size I size II


☀︎☀︎12%Transparency


M72 - 330 / 370 Wp

1980 x 990 x 5 mmDIMENSIONS:12 % Transparency

monocrystalline cells

Electrical Specification (STC)Maximum Power at (Pmax) 330 W 370 W Optimum Operating Voltage (Vmp) 37.64 V 38.8 V Optimum Operating Current (Imp) 8.76 A 9.54 A Open Circuit Voltage (Voc) 47.05 V 47.6 V Short Circuit Current (Isc) 9.35 A 10.06 A Module Efficiency 16.8 % 19.0 %Maximum System Voltage 1000 V DC (IEC) Operating Module Temperature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W






72cells

Double Glass Module

size I size II




1662 x 990 x 5 mmDIMENSIONS:

M40 - 200 Wpmonocrystalline n-type cells

Electrical Specification (STC)Maximum Power at (Pmax) 200 WOptimum Operating Voltage (Vmp) 21,7 VOptimum Operating Current (Imp) 9,21 AOpen Circuit Voltage (Voc) 26,6 VShort Circuit Current (Isc) 9,64 AModule Efficiency 12,2 %Maximum System Voltage 1000 V DC (IEC)Operating Module Temeprature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W






40cells

Double Glass Module

size I size II



40 % Transparency



monocrystalline n-type cellsM50 - 250 Wp 50

cells

Electrical Specification (STC)Maximum Power at (Pmax) 240 W 250 WOptimum Operating Voltage (Vmp) 26.88 V 26,7 VOptimum Operating Current (Imp) 8.93 A 9,37 AOpen Circuit Voltage (Voc) 32.68 V 32,8 VShort Circuit Current (Isc) 9.44 A 9,88 AModule Efficiency 13.0 % 12.8 %Maximum System Voltage 1000 V DC (IEC) Operating Module Temperature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W


Mechanical SpecificationSolar Cell Monocrystalline silicon 6 inchesNo. of Cells 50 (5 x 10)DimensionsSize 2 1980 × 990 × 5 mm (without J-box)




Double Glass Module

size I size II



40 % Transparency


High Efficiency:

front side:22%

back side:19,5%*

Bifacial Modul Bifacial module

Beim Glas-Modul mit Bifacial-Zelltechnologie wird das Licht sowohl auf der Vorder- als auch auf der Rückseite des Moduls aufgenommen. Die erhöhte Lichtausbeute steigert den Wirkungsgrad des Mo-duls. Der Leistungsgewinn ist von der Strahlungssi-tuation (Untergrund und Athmosphäre) abhängig.

For the glass module with bifacial cell technology, the light is caught both on the front and on the back of the module. The increased light input increases the efficiency of the module. The efficiency gain depends on the radiation situati-on (background and atmosphere).

+ 10-20% additional yield:



low / medium reflecting surfaces (e.g., tile roof, grass); Mounting distance to substra-te min. 40cm

good reflective surfaces (e.g. flat roof with gray film, sand); Mounting distance to the ground 60cm -1.5m

very good reflective surfaces (e.g. glacier, snow); Mounting distance to the ground larger than 1.5m

sehr gut reflektierende Flächen (z.B. Glet-scher, Schnee); Montageabstand zum Untergrund größer 1,5m

niedrig reflektierende Flächen (z.B. Zie-geldach, Gras); Montageabstand zum Untergrund min. 40cm

gut reflektierende Flächen (z.B. Flach-dach m. grauer Folie, Sand); Montageab-stand zum Untergrund 60cm -1,5m

* 19,5% der auf der Rückseite einfallenden Strahlung. Beispiel für 1000 W/m2 horizontale Globalstrahlung:22% Wirkungsgrad auf der Vorderseite x 1000 W/m2 = 220 W/m2, 19,5% Wirkungsgrad auf der Rückseite mit hellem Sandhinter-grund (25% [s. Bild unten] von 195 W/m2 von der Rückseite ent-spricht fast 50 W/m2 Mehrertrag). Ein 370 Wp Modul mit 2m2 Fläche erzeugt also ca. 470 Wp.

* 19.5% of the radiation incident on the rear side. Example for 1000 W/m2 horizontal global irradiation:22% efficiency on the front side x 1000 W/m2 = 220 W/m2, 19.5% efficiency on the backside with light sand background (25% [see picture below] of 195 W/m2 from backside equals to al-most 50 W/m2 additional yield). A 370 Wp module with an area of 2m2 produces thus approx. 470 Wp.



Electrical Specification (STC)Maximum Power at (Pmax) 310 W 320 WOptimum Operating Voltage (Vmp) 33.4 V 33.9 VOptimum Operating Current (Imp) 9.29 A 9.44 AOpen Circuit Voltage (Voc) 40.2 V 40.6 VShort Circuit Current (Isc) 9.77 A 9.90 AModule Efficiency 18.8% 19.5%Maximum System Voltage 1000 V DC (IEC) Operating Module Temeprature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W

B60 - 320 Wp



Weight 20 kgFront/Back Glass 2 mm heat strengthened glassJunction Box IP68 ratedOutput Cables 4.0 mm2, symmetrical lengths (250 mm)Connectors MC4 compatible



+ 10 to 30 % additional yied

60cells

Bifacial Module


size I size II


bifacial cells ☀︎☀︎12%Transparency

12 % Transparency


Electrical Specification (STC)Maximum Power at (Pmax) 370 W 380 WOptimum Operating Voltage (Vmp) 38.8 V 38.9 VOptimum Operating Current (Imp) 9.54 A 9.78 AOpen Circuit Voltage (Voc) 47.6 V 47.8 VShort Circuit Current (Isc) 10.06 A 10.31 AModule Efficiency 19.0% 19.5 %Maximum System Voltage 1000 V DC (IEC)Operating Module Temperature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W



Weight 24 kgFront/Back Glass 2 mm heat strengthened glassJunction Box IP68 ratedOutput Cables 4.0 mm2, symmetrical lengths (250 mm)Connectors MC4 compatible

B72 - 380 Wp




72cells

Bifacial Module


size I size II


☀︎☀︎12%Transparencybifacial cells

12 % Transparency



Greenhouse Modules

☀︎☀︎53% size I size IITransparency

B32 - 165 Wpbifacial cells

Electrical Specification (STC)Maximum Power at (Pmax) 165 W Optimum Operating Voltage (Vmp) 16.5 V Optimum Operating Current (Imp) 10.00 A Open Circuit Voltage (Voc) 20.3 V Short Circuit Current (Isc) 10.60 A Module Efficiency 10%Maximum System Voltage 1000 V DC (IEC) Operating Module Temeprature -40 °C to +85 °C Maximum Series Fuse Rating 20 A Power Tolerance 0/+5 W


Mechanical SpecificationSolar Cell Monocrystalline Bifacial silicon 6 inches No. of Cells 32 (4 x 8) DimensionsSize 1 1662 × 990 × 5 mm (without J-box)

Weight Size 1 20 kgFront/Back Glass 2 mm heat strengthened glass Junction Box IP68 rated Output Cables 4.0 mm2, symmetrical lengths (250 mm)Connectors MC4 compatible



32cells



53 % Transparency



Greenhouse Modules

☀︎☀︎42% size I size IITransparency

M40-2 - 200 Wpmonocrystalline cells

Electrical Specification (STC)Maximum Power at (Pmax) 200 WOptimum Operating Voltage (Vmp) 21,7 VOptimum Operating Current (Imp) 9,21 AOpen Circuit Voltage (Voc) 26,6 VShort Circuit Current (Isc) 9,64 AModule Efficiency 12,2 %Maximum System Voltage 1000 V DC (IEC)Operating Module Temeprature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W


Mechanical SpecificationSolar Cell Monocrystalline silicon 6 inches No. of Cells 40 (4 x 10) DimensionsSize 1 1662 × 990 × 5 mm (without J-box)

Weight Size 1 20 kgFront/Back Glass 2 mm heat strengthened glass Junction Box IP68 rated Output Cables 4.0 mm2, symmetrical lengths (500 mm)Connectors MC4 compatible



40cells



42 % Transparency



Power and LightM60-green1 [1.6 mm]320 Wp ☀︎12%bifacial cells

60cells

size I size II

Electrical Specification (STC) Mechanical SpecificationMaximum Power at (Pmax) 320 W Solar Cell MonocrystallineOptimum Operating Voltage (Vmp) 33.9 V No. of Cells 60 (6 x 10)

Optimum Operating Current (Imp) 9.44 A Dimensions Size 1 1662 × 990 × 4.5 mm

Open Circuit Voltage (Voc) 40.6 V Weight Size 1 17 kgShort Circuit Current (Isc) 9.90 A Front/Back Glass 1.6 mm heat strengthened glass Module Efficiency 19.4 % Junction Box IP68 rated Maximum System Voltage 1000 V DC (IEC)

Output Cables4.0 mm2, symmetrical lengths (250 mm)

Operating Module Temeprature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W Connectors MC4 compatible

1662 x 990 x 4.5 mmDIMENSIONS:12 % Transparency

M60-green2 [1.6 mm]320 Wp ☀︎12%bifacial cells

60cells

size I size II

Electrical Specification (STC) Mechanical SpecificationMaximum Power at (Pmax) 320 W Solar Cell MonocrystallineOptimum Operating Voltage (Vmp) 33.9 V No. of Cells 60 (6 x 10)

Optimum Operating Current (Imp) 9.44 A Dimensions Size 2 1980 × 990 × 4.5 mm

Open Circuit Voltage (Voc) 40.6 V Weight Size 2 20 kgShort Circuit Current (Isc) 9.90 A Front/Back Glass 1.6 mm heat strengthened glass Module Efficiency 16.3 % Junction Box IP68 rated Maximum System Voltage 1000 V DC (IEC)

Output Cables4.0 mm2, symmetrical lengths (250 mm)

Operating Module Temeprature -40 °C to +85 °CMaximum Series Fuse Rating 20 APower Tolerance 0/+5 W Connectors MC4 compatible

1980 x 990 x 4.5 mmDIMENSIONS:12 % Transparency

Special Design for large Greenhouse projects!No stock item!

Special Design for large Greenhouse projects!No stock item!

Transparency

Transparency


Modulgröße 1 (P60, M60, B60, B40)

Modulgröße 2 (M72, B72, B50)

2x2 1 = S, EVA2 3x2 1 = M, EVA3 4x2 1 = EVA4 5x2 1 = EVA5 6x2 1 = EVA6

2x3 1 =CARO2 3x3 1 = L, CARO3 4x3 1 = XL, CARO4 5x3 1 = XXL, CARO5 6x3 1 = 3XL, CARO6

7x3 1 = 4XL, CARO7

2x1 2 = LEA2 3x1 2 = LEA3 4x1 2 = LEA4 5x1 2 = LEA5 6x1 2 = LEA6

2x2 2 = MILA2 3x2 2 = M-L, MILA3 4x2 2 = MILA4 5x2 2 = MILA5 6x2 2 = MILA6

4x3 2 = XL-600 5x3 2 = XXL-600 6x3 2 = 3XL-600 7x3 2 = 4XL-600

Module size 1 (P60, M60, B60, B40)

Module size 2 (M72, B72, B50)

Dachkonstruktionen roof constructionsw

ater flow*

Wasserablaufrichtung*

water flow

*W

asserablaufrichtung*

* we recommend a vertical configuration of the modules* wir empfehlen eine vertikale Anordnung der Module

unsere Dächer sind Kom-binationen der Module Gr. 1 oder Gr. 2our roofs are combina-tions of modulessize 1 or size 2

Gr. 1 / size 1Gr. 2 / size 2

1662

mm

990 mm

1980

mm

990 mm

3.35

m5.

05 m

5.05

m1.

98 m

3.98

m6.

00 m

2.00 m 3.00 m 4.00 m 5.00 m 6.00 m

7.00 m


Rain proof mounting system on the long side of the modules

Apply a generous amount of sealing compound to the distance rubber profile (short side of modules)

Sealing compound is to be discharged at the edges of the module

Cut off the hardened sealing compound with a cutter knife.

Flachgummi„DachDicht“ Dichtungsmasse

obere Aluminiumschiene mit integrierten Gummilippen

unteres Gummiprofil

Dichtprofil für ungehinderten Wasserablauf an der Modul-Schmalseite

Randprofil mit integrierten Gummilippen

J

K

U W

K-U

F-R

F-R-U

Module Mounting Premium

1 2

3 4

upper aluminium profile with integrated rubber lips

Edge profile with integrated rubber lips

lower rubber profile

unteres Gummiprofil lower rubber profile

Flat rubberSealing profile for unobstructed water drainage at the module‘s narrow side

„DachDicht“Sealing compound

Regensicheres Montagesystem an der Längsseite der Module

Tragen Sie eine große Menge Dichtungsmasse auf das Abstandsgummiprofil (kurze Seite der Module) auf.

Die Dichtungsmasse ist an den Rändern des Moduls auszustoßen.

Die ausgehärtete Dichtungsmasse mit einem Schnei-demesser abschneiden.


BausatzsystemeIntelligentes Design System- einfache Montage und hohe Stabilität- Langlebigkeit- widerstandsfähiges und korrossionsbeständiges Aluminium für extreme Belastungen - eloxierte Oberfläche - hohe Qualität Made in Germany - 12-jährige Garantie

Intelligent Design System- simple assembly and high stability- high longevity- durable and corrosion-resistant aluminum for extreme pressures- anodized surface- high quality Made in Germany - 12 years warranty

Chart of aluminum profilesFor the construction specifically designed aluminum profiles are used which have been produced by ex-trusion process. For their development a maximum bearing load is being added at the lowest possible weight. Our suppliers are exclusively certified pro-ducers from Germany.

Übersicht der AluminiumprofileFür die Konstruktion werden speziell entwickelte Alu-miniumprofile verwendet, die im Extrusionsverfahren hergestellt wurden. Für deren Entwicklung wurde eine maximale Tragkraft bei möglichst geringem Gewicht zu Grunde gelegt. Bei unseren Zulieferern handelt es sich ausschließlich um zertifizierte Quali-tätszulieferer aus dem deutschen Raum.

Assembly systems

Ab einer Spannweite von 5 Metern (ohne weitere Unterstützung) wird das Schwerlastprofil 120 x 80 verwendet. Ab 6 Metern* (ohne weitere Unter-stützung) werden die Schwerlastprofile 160 x 80 oder 200 x 80 standardmäßig verwendet.

From a span of 5 meters (without additional sup-port), the heavy load profile 120 x 80 is used. From 6 meters* (without further support), the 160 x 80 or 200 x 80 heavy-duty profiles are used as standard.

Sechsfache Traglast mit dem Profil 80x160 Das Schwerlastprofil 80 x 160 (mm) hat im Vergleich zu den bisher verwendeten Schwerlastprofilen (80x120 mm) eine doppelte, ggü. den 80x80 Profi-len eine mehr als 6-fache Tragkraft. Somit ermög-licht es Konstruktionen bis zu einer Spannweite von 7 Metern*. Die Dachflächen tragen mit diesem Profil selbst sehr hohe Schneelasten. Durch die Optimie-rung des Querschnitts erhöht sich das Profilgewicht nur um ca. 13%, das der gesamten PV-Dachkonst-ruktion nur um ca. 7% (ggü. dem 80x120 Profil). Die Tragkraft kann aus dem in der Tabelle unten dar-gestellten Trägheitsmoment abgeleitet werden.

Gewicht Trägheitsmoment Koeffizient der Tragkraftkg/m cm4

80x80 5,24 152,7 1120x80 7,76 469,7 3,1160x80 9,34 982,6 6,4200x80 11,7 1826,5 12,0

Six times more bearing load with the 80x160 profileThe heavy duty profile (80x160 mm) can hold twice the bearing load of the previously used 80x120 mm profiles and more then 6 times the bearing load of the 80x80 mm profiles. That way constructions up to 7 meters in width are possible*. The roof surfaces are capable of carrying very heavy snowloads. By optimi-zing the cross section of the profile, it only gains 13% in weight, and the whole roof construction is only 7% heavier than the construction with 80x120 mm profiles.The bearing load can be derived from the table illus-trated below.

weight inertia moment coefficient for bearing loadkg/m cm4

80x80 5.24 152.7 1120x80 7.76 469.7 3.1160x80 9.34 982.6 6.4200x80 11.7 1826.5 12.0

*abhängig von der vorherrschenden Schneelast *it depends on the snow load of the region

Profile A80x80 mm

Profile B40x80 mm

Profile C80x80 mm

Profile D80x120 mm

Profile F Profile H40x40 mm

Profile G Profile M80x160 mm

Profile F-R Profile N80x200 mm

Profile K-R Profile K


8 Highlights (USPs)of our PV-carports

1. Water-proof assembly

4. Integrated LED lighting (optional)

2. High stability: snow load >5400 Pa and wind load >2400 Pa.

3.Light transparency up to 40%

5. Easy to assemble - detailed assembly instructions included

7. Easy entry and exit

8. Hi-Tech „Made in Germany“ with a warranty of 12 years

6. Small foundation through optimized center of gravity

8 Highlights (USPs)unserer PV-Carports

1. Wasserdichte Montage

2. Hohe Stabilität: Schneelasten >5400 Pa und Windlasten>2400 Pa.

3.Lichtdurchlässigkeit bis zu 40%

4. Integrierte LED Beleuchtung (optional)

5. Leichter Aufbau -> ausführliche Mon- tageanleitung inklusive

6. Kleines Fundament durch optimierten Schwerpunkt 7. Leichte Ein- und Ausfahrt

8. Hi-Tech „Made in Germany“ mit 12 Jahren Garantie

Beliebig erweiterbarAlle von uns angebotenen Carports können durch optimierte Verbindungsteile beliebig erweitert wer-den. Auch ist es möglich, die Ausrichtung der Car-ports zu verändern. Für diesen Fall müssen die längeren Stützen einfach an die hintere Seite des Carports montiert und die U-Stützen umgedreht wer-den.

Optional expandableAll our carports can be extended through optimized connection parts. It is also possible to change the orientation of the carport. In this case, the longer pil-lars have to be mounted on the rear side of the car-port and the U-pillars have to be turned around.

CarportsCarports


Carport M-L (6 x Module #2)

Größe SizeA BCD

4,01 m (13ft 2in) 3,10 m (10ft 2in)2,28 m (7ft 6in)1,93 m (6ft 4in)

Gewicht WeightKonstruktion Construction 6 x M72 ModuleGesamt Total

ca. 186 kgca. 144 kgca. 330 kg

Module (Standard) Leistung Output / ModulLeistung Output total

6 x M72370 Wpca. 2.2 kW

Technical detailsTechnische Details

2300 kWhp.a*

B

A

CD* Munich / Germany

18,000 km

> 15kWh

on a sunny

day

Profil C (80x80 mm)

variable Dachneigungvariable roof slope

roof 3x2 II (see page 14)Dach 3x2 II (s. Seite 14)

Auch mit einer Tiefe von 3,30 Metern lieferbarAlso available with a depth of 3,30 meters

Carport M-L Carport 2 x M-L


Carport L (9 x Module #1)

2900 kWhp.a*

D

A

B

C

Größe SizeA BCD





9 x M60310 Wpca. 2.8 kW


* Munich / Germany

24,000 km

> 20kWh

on a sunny

day

Profil C (80x80 mm)

Dachrinne Rain gutter


roof 3x3 I (see page 14)Dach 3x3 I (s. Seite 14)

Carport L with chargebox Carport L with side walls

Auch mit einer Tiefe von 6 Metern lieferbar (L 600)Also available with a depth of 6 meters (L 600)


Carport XXL (15 x Module #1)

4700 kWhp.a*

B

A

CD

Größe SizeA BCD





15 x M60310 Wpca. 4.7 kW


* Munich / Germany

39,000 km

Profil D (80x120 mm)

Schwer-lastprofil

heavy duty profile

> 32kWh

on a sunny

day

Dachrinne

Rain gutter

mit Endkappe und integrier-tem Abflussrohr

with endcap and integra-ted drainpipe



Carport XXL with loading station

Auch mit einer Tiefe von 6 Metern lieferbar (XXL 600)Also available with a depth of 6 meters (XXL 600)


Größe SizeA BCD





18 x M60310 Wpca. 5.6 kW


Carport 3XL (18 x Module #1)

5600 kWhp.a*

B

A


48,000 km

Profil N (80x200 mm)

Schwer-lastprofil

heavy duty profile

Dachrinne Rain gutter

> 38kWh

on a sunny

day



Auch mit einer Tiefe von 6 Metern lieferbar (3XL 600)Also available with a depth of 6 meters (3XL 600)


Größe SizeA BCD





18 x M72370 Wpca. 6,7 kW


6700 kWhp.a*

B

A


53,500 km

Größe SizeA BCD



ca. 590 kgca. 420 kgca. 1010 kg


21 x M60310 Wpca. 6,5 kW


B

A

CD

* Munich / Germany

52,500 km

6500 kWhp.a*

> 45kWh

on a sunny

day

> 40kWh

on a sunny

day

Größe SizeA BCD



ca. 650 kgca. 504 kgca. 1154 kg


21 x M72370 Wpca. 7,8 kW


B

A


62,000 km

7400 kWhp.a*

> 50kWh

on a sunny

day

Carport 3XL/600 (18 x Module #2)

Carport 4XL (21 x Module #1)

Carport 4XL/600 (21 x Module #2)

Heavy duty profileSchwerlastzprofil Profile N

80x200 mm


80x200 mm


80x200 mm


Stützkombinationen Support combinations

Wand Wall

Unsere Standard Moduldächer können mit unter-schiedlichen Konstruktionen kombiniert werden. Für Carports empfehlen wir unsere V-Konstruktion (s. Abbildung oben links). Für Terrassen ist eine ein-fache Unterstützung geeignet, da diese an eine be-reits bestehende Wand angeschlossen werden kann (s. Abbildung oben rechts). Zudem bieten wir freistehende Unterkonstruktio-nen an, welche zur Stabilität entweder mit Querstre-ben (s. Abbildung unten links) oder mit stabilisieren-den Wänden (z.B. aus Dibondmaterial (s. Abbildung unten rechts) versehen werden müssen.

Our standard modular compartments can be com-bined with different designs.For carports, we recommend our V-construction (see illustration above left). A simple support is sui-table for terraces as this can be connected to an al-ready existing wall (see illustration in the upper right corner).We also offer freestanding substructures, which must be provided either with cross struts (see illust-ration on the bottom left) or with stabilizing walls (for example, from dibond material (see figure below right).

Zudem gibt es die Möglichkeit, die Stützen ent-sprechend in der Länge anzupassen, sodass auch bspw. ein Wohnmobil oder Transporter unter den Carport gestellt werden kann (s. Abb. unten links). Auch ist es möglich, den Carport umgekehrt auszu-richten (s. Abb. rechts unten).

In addition, there is the possibility to adjust the sup-ports accordingly in the length, so that also for ex-ample a camper or van can park under the carport (see figure at the left bottom).It is also possible to adjust the carport reverse (see image at the right bottom).

EinfahrtEntry

EinfahrtEntry

EinfahrtEntry

Höhe der Stützen bis 4,5 mHeight of support profiles up to 4.5 m

Seitenversetzte EinfahrtReverse Entry

CARPORTCARPORT

TERRASSETERRACE

up to 450 cm


Parkplatzanlagen Parking areas

Discover the advantages of our PV ports:• Protection from sun, rain and snow• Aesthetics through transparent double glass PV modules• Waterproof fastening for high snow and wind loads• Integrated charging stations

Entdecken Sie die Vorteile unserer PV-Ports:• Schutz vor Sonne, Regen und Schnee• Ästhetik durch transparente Doppelglas-PV-Module• Wasserdichte Befestigung für hohe Schnee- und Windlasten• Integrierte Ladestationen

for e-Cars, e-Bikes, e-Vans, e-Buses, e-Trucks and more

transparent Modules for

aesthetic installationswith our PV Ports

optional multiple charging unit


7 Highlights (USPs)of our PV-terraces

1. Water-proof assembly

4. Integrated LED lighting (optional)


3.Light transparency up to 40%

5. Easy to assemble - detailed assembly instructions included

7. Hi-Tech „Made in Germany“ with a warranty of 12 years

6. Small foundation

7 Highlights (USPs)unserer PV-Terrassen

1. Wasserdichte Montage

2. Hohe Stabilität: Schneelasten >5400 Pa und Windlasten>2400 Pa.

3.Lichtdurchlässigkeit bis zu 40%

4. Integrierte LED Beleuchtung (optional)

5. Leichter Aufbau mit ausführlicher Montageanleitung

6. Kleines Fundament

7. Hi-Tech „Made in Germany“ mit 12 Jahren Garantie

TerracesTerrassen

Alle Terrassen können sowohl freistehend als auch an einer bestehenden Wand montiert werden. Zur Wand-Montage haben wir einen flexiblen Wandanschluss entwickelt (s. links)

Wandanschluss

Wall connectionAll terraces can be mounted either freestanding or on an existing wall.For wall mounting, we have developed a flexible wall connection (see left)

walltop


Terrasse LEA

Der Bausatz LEA ist für schmale Terrassen, aber auch für kleine Bedachungen gedacht. Transparenz 12% mit M72 und 40% mit M50 Modulen

*Schwerlastprofil Querschnitt 80 x 120 mm *heavy duty profile cross section 80x120 mm

Lea 4 B

AC

The kit LEA is designed for small patios or little roofs. Transparency of 12% with M72 and 40% with M50 Modules.

Terrace LEA

LEA5, M50 Module

** Munich / Germany

Terrasse LEA LEA 2 LEA 3 LEA 4 LEA 5* LEA 6*A 203 cm, C 241 cm B 209 cm 310 cm 410 cm 510 cm 611 cmPV Module M50, 250 Wp(optional M72 Module, 370 Wp)

2 3 4 5 6

Gesamtleistung total output 500 Wp 750 Wp 1000 Wp 1250 Wp 1500 WpJahresertrag ca. annual yield** 550 kWh 825 kWh 1100 kWh 1375 kWh 1650 kWhGewicht in kg ca. weight 120 160 215 300 361




Terrasse EVA

Der Bausatz EVA hat zwei Modulreihen der Größe 1 und somit eine Tiefe von 3,34m.

The construction EVA has two rows of modules of the size 1 and a depth of 3,34m.

*Schwerlastprofil Querschnitt 80 x 120 mm *heavy duty profile cross section 80x120 mm

Eva 4 B

AC

Terrace EVA

** Munich / Germany

Terrasse EVA EVA 2 EVA 3 EVA 4 EVA 5* EVA 6*A 334 cm, C 241 cm B 209 cm 310 cm 410 cm 510 cm 611 cmPV Module M40, 200 Wp(optional M60 Module, 310 Wp)

4 6 8 10 12

Gesamtleistung total output 800 Wp 1200 Wp 1600 Wp 2000 Wp 2400 WpJahresertrag ca. annual yield ** 880 kWh 1320 kWh 1760 kWh 2200 kWh 2640 kWhGewicht in kg ca. weight 170 235 310 430 550

EVA3, M40 Module




Terrasse MILA

Der Bausatz MILA überzeugt durch die längeren Module der Größe 2 in zwei verschiedenen Trans-parenzgraden (M72: 12% Transparenz, M50: 40% Transparenz).

The kit MILA convinces by its longer modules of size 2 with two different types of transparency (M72: 12% light transmission, M50: 40% light transmission)

Terrace MILA

Mila 4 B

AC

*Schwerlastprofil Querschnitt 80 x 120 mm *heavy duty profile cross section 80x120 mm** Munich / Germany

Terrasse MILA MILA 2 MILA 3 MILA 4 MILA 5* MILA 6*A 397 cm, C 241 cm B 209 cm 310 cm 410 cm 510 cm 611 cmPV Module M50, 250 Wp(optional M72 Module, 370 Wp)

4 6 8 10 12


MILA4, M50 Module




Terrasse CARO

Der Bausatz CARO mit Modulen der Größe 1 (M40 oder M60) ist besonders für große Terrassen und Überdachungen geeignet.

The construction CARO with the modules of size 1 (M40 or M60) is suitable for large terraces and roo-fings.

Terrace CARO

Caro 4B

A

C

*Schwerlastprofil Querschnitt 80 x 120 mm *heavy duty profile cross section 80x120 mm** Munich / Germany

Terrasse CARO CARO 2 CARO 3 CARO 4 CARO 5* CARO 6*A 499 cm, C 241 cm B 209 cm 310 cm 410 cm 510 cm 611 cmPV Module M40, 200 Wp(optional M60 Module, 310 Wp)

6 9 12 15 18


2 x CARO4, M50-2 Module




Terrassen TerracesAlle Terrassen können auch beliebig erweitert wer-den. Dabei werden einzelne Terrrassen miteinader verbunden. Bei jeder Ergänzung kommt eine weitere Stütze hinzu.

All terraces can be extended as desired. Here, individual terraces are connected with each other. Each supplement adds another support.

Alle Terrassen sind ebenfalls mit hinteren Stützen lie-ferbar. Diese werden wie die vorderen Stützen mon-tiert und bieten zusammen mit Querverstrebungen oder Wänden freistehenden Terrassen Halt.

All terraces are also available with rear supports. They are mounted like the front supports and provide together with optional cross struts or walls free-stan-ding terraces strong support if additional cross bra-cing or walls are installed

Beispiel einer Terrasse mit hinteren Unterstüt-zungs-Profilen und Seitenwänden. (EVA4, M40 Module)

Example of a terrace with rear support profiles and side walls. (EVA4, M40 Modules)

LEA7 EVA7

MILA7 CARO7

LEA3 LEA4+


80x200 mm

EVA3 EVA4+

MILA3 MILA4+ CARO3 CARO4+


Frei geplante Terrassen/Dächer

Free planned Terraces and Roofs

Der Einsatz unserer PV Dachsysteme ist natürlich nicht an unsere Konstruktionen gebunden.Eine Reihe von Bauherren haben unsere Module sowie die regenwasserdichte Befestigung auf vorhandene oder neu geplante Dachkonstruktionen montiert – mit einem großen Gewinn an Ästhetik und Nutzen für die Umwelt durch die Stromgewinnung. In vielen Fällen führt der Stromertrag zu einer 100 %igen Selbstversorgung.

Das Bild oben links zeigt eine Gartenvilla im Alpenvorland mit 27 M60 Modulen (insg. 7,2 KWp)auf einer Holzkonstruktion.Die Anlage liefert ca. 8.000 KWh Strom im Jahr.

Die Bilder unten rechts zeigen ein weltweit einmaliges gebäudeintegriertes PV-Dach mit 240 Modulen auf 400m2. Die installierte Leistung beträgt 58 kWp. Es wurde vollkommen auf eine zusätzliche Dachhaut verzichtet.

188

0

216

7

245

3

800

6627

A 9086

249

2

191

4

3239

508

5 4

004 9

21

A

B

C

D

1 2

A

321 4

B

A

5 6

GEZEICHNET

GEPRÜFT

GENEHMIGT

PRODUKTION

QUALITÄT

WENN NICHT ANDERS DEFINIERT:BEMASSUNGEN SIND IN MILLIMETEROBERFLÄCHENBESCHAFFENHEIT:TOLERANZEN: LINEAR: WINKEL:

OBERFLÄCHENGÜTE: ENTGRATENUND SCHARFEKANTENBRECHEN

NAME SIGNATUR DATUM

WERKSTOFF:

ZEICHNUNG NICHT SKALIEREN ÄNDERUNG

BENENNUNG:

ZEICHNUNGSNR.

MASSSTAB:1:100 BLATT 1 VON 1

A4

C

GEWICHT: 642 kg

Terrasse9 x 4 Module Gr. 1

Hanauerstr. 180992 München

© Almaden Europe GmbH

Auch mit unseren Aluminium-Konstruktionen sind Erweiterungen und frei geplante Lösungen möglich, da die Profile von uns beliebig zugeschnitten und kombiniert werden können.

Additions or free planned solutions are also possib-le with our aluminium-profiles, as they can be cut and combined in many different ways.

The application of our PV - Roof-Systems is not bound to our aluminium-constructions.Some of our customers used our modules and the watertight applicationsystem on already existing or newly constructed roofs. That resulted in a big gain of asthetics and environmental benefit because of the electricity generation. In many cases the output is enough for 100 percent self-subsistence.

The picture above on the left shows a Garden-Villa near the Alpes with 27 M60 modules (7,2 KWp) on a wooden construction.The installation produces approx. 8,000 KWh electri-city per year.

The pictures below on the right show a worldwide unique building integrated PV with 240 modules on 400m2. The installed power amount 58 kWp.A roof skin has been completely dispensed.


Aesthetic Energy Self-Sufficiencywith double glass modules and stable wooden constructionsÄsthetische Energieautarkie mit Doppelglas Modulen und stabiler Holzkonstruktion

Wood structure: All components consist of high-quality solid structural timber (KVH). Dry materi-al with low cracking and shrinkage. The construction is carried out according to our statics for the customers snow load zone.

Holzausführung: Alle Bauteile bestehen aus hochwertigem Konstruktionsvollholz (KVH). Dieses ist riss- und schwundarm. Die Konstruktion erfolgt gemäß unserer Statik für die rele-vante Schneelastzone.

Colour design: For a small surcharge you get the construction in 3 different standard colours (white, grey or dark brown). Other RAL colours on request.

Farbgestaltung: Gegen einen geringen Aufpreis erhalten Sie die Konstruktion in 3 verschiedenen Standardfarben (weiß, grau oder dunkelbraun). Weitere RAL-Farben auf Anfrage.

Technical drawing of the wooden terrace EVA3-W.Technische Zeichnung der Holzterrasse EVA3-W.


Kit: The individual wooden parts are supplied numbered as a kit with detailed assembly instructions. Due to the exact cutting of the wooden profiles, the construction can be erected in the shortest possible time. The indi-vidual wooden beams are connected with the supplied screws. The construction is available in terrace and carport versions.

Bausatz: Die einzelnen Holzteile werden nummeriert als Bausatz mit einer ausführlichen Montageanleitung geliefert. Durch den genauen Zuschnitt der Holzprofile kann die Konstruktion in kürzester Zeit aufgebaut werden. Die einzelnen Holzträger werden mit den mitgelieferten Schrauben verbunden. Die Konstruktion gibt es in der Terrassen- und Car-port-Variante.

Induvidual Solutions / Individuelle Lösungen

Carport Terrace / Terrasse

Technical data / Technische Angaben

Terraces CarportsName LEA3-W LEA4-W EVA3-W EVA4-W MILA3-W MILA4-W M-L-W L-W XXLdepth [m]width [m]front height [m]rear height [m]

2.033.102.40

(depending on construction

angle)

2.034.102.40


angle)

3.343.102.40


angle)

3.34 4.102.40


angle)

3.97 3.102.40


angle)

3.34 4.102.40


angle)

4.01 3.10 2.28 1.93

5.05 3.10 2.37 1.93

5.05 5.11 2.37 1.93

Recommended Modules/ Empfohlene Module

3 x M72 (370 Wp)

4 x M72 (370 Wp)

6 x M60 (310 Wp)

8 x M60 (310 Wp)

6 x M72 (370 Wp)

8 x M72 (370 Wp)

6 x M72 (370 Wp)

9 x M60 (310 Wp)

15 x M60 (310 Wp)

Output / Leistung 1.1 kW 1.5 kW 1.8 kW 2.5 kW 2.2 kW 3.0 kW 2.2 kW 2.8 kW 4.7 kW

Data are approximate values Angaben sind Circa-Werte

Terrace / Terrasse

Terrace EVA3-W

Carport M-W


Gewächshäuser Greenhouses

Special module for greenhouses.The free area at the bottom prevents shading by rain and the corresponding soiling.Special sizes for use in existing constructions and special designs are possible.Extra-thin glass allows the thickness to be reduced to approx. 4.5 mm without reducing stability.

Sondermodul für Gewächshäuser.Die freie Fläche unten verhindert Verschattungen durch Regen und die entsprechenden Verschmutzungen.Sondergrößen zur Verwendung in vorhandene Konstruktionen und spezielle Auslegungen sind möglich.Durch extradünnes Glas kann die Dicke auf ca. 4,5 mm reduziert werden, ohne die Stabilität zu verringern.

B60-greenSize II

1. Special modules for greenhouses Sondermodule für Gewächshäuser

2. Small greenhouses for urban farming Kleine Gewächshäuser für Urban Farming

GreenhouseM (s. page 44)

4.1 x 6.1 x 2.4 x 3.7

35016 x M60(310 Wp)

5 kW


Gewächshäuser Greenhouses

4. PowerWall® with Bifacial Modules for different power generation PowerWall® mit bifazialen Modulen für unterschiedliche Energieerzeugung

3. AgriPV solutions with tracker for double yield: food and electricity AgriPV Lösungen mit Tracker für doppelten Ertrag: Nahrung und Elektrizität

PowerWall® for fence systems PowerWall® für Zaun-Systeme

balcony rail noise barrier fence / partition wall


Geological investigation of site Transfer of the construction plan onto the terrain, deter-mining the exact positions of panel rows, cable ducts, transformers etc.

An optimized electrical planning leads to up to 5% additional yield.

EPC for PV Power PlantsTurn-Key Solutions for Energy Transition


We have built in cooperation with our partners more than 30 large PV power plants from 0.5 to 20 MWpAll of them meet high German / European Standards and deliver exceptionally high yields.s

Although we only use the very best materials with a life-span of at least 25 years, our turn-key prices are lower than those of most of our competitors. This is because our work processes are extremely efficient.

EPC for PV Power Plants


Ramming of the support profiles. Mounting of the project-specific substructure on the pole foundations.

Digging of cable trenches and the relevant foundation work for the transformer stations.


Electrical installation: • Stringing of the modules• Routing of the cables in the ground• Installation of inverters and transformers

Erection of the complete fence system

• Quality fence systems with gates• Climb-over protection (barbed wire)• Theft protection• Detection and alarm systems


Dual Pole Racking (horizontal)

Single Pole Racking (horizontal)

1. perfect stability due to robust construction

5. Delicate construction system


3. Light transparency up to 40%

6. Easy to assemble

7. Hi-Tech „Designed in Germany“

4. Modular expandable

1. perfect stability due to robust construction

5. Delicate construction system


3. Light transparency up to 40%

6. Easy to assemble

7. Hi-Tech „Designed in Germany“

4. Modular expandable

Each plant is individually statically calculated in accordance with detailed geological reportsAll are especially suitable for bifacial modules!

Heavy Duty version for very high wind loads

EPC: Racking

suitable for

Modules

suitable for

Modules

Heavy Duty version for very high wind loads


EPC: Sol☼Track® Bifacial Tracker

GridParity Sol☼Track® Bifacial Tracker – the best option for higher CAPEX

Traditionally trackers have been associated with the perception of complex designs and high repair and maintenance expenses. True: Trackers increase the investment costs. But our system by a slim 4% only! The O&M cost increase of 1 % is almost negligible. However, they also increase the yield of a PV power plant by 10 – 30 %. In the Sol☼Track® System the modules are fixed to the specially designed rail „A“ (see the photo of moun-ting system on page 10). The low weight of the rail reduces the load for the tracking motor by 30 %. The high reliability of 99.9 % can minimize the maintenance cost since in most cases the routine main-tenance is enough and there is no emergency need for field support.

Boost for Bifacial modulesOur system has been designed with a special focus on bifacial modules with no shading on the back of the modules. Our simulations have shown that with a bifacial module and our Sol☼Track® a gain in yield of up to 35 % can be achieved.

High Returns on Investment Our GridParity bifacial tracking system will help the investor to have a better ROI (return on investment) and IRR (internal rate of return) by increasing the power generation up to 35% depending on the project locati-on.

Balanced Arrangement of Mass saves material and energy Balanced arrangement of panels on pivot points which distributes the weight of solar panels evenly on tracker and minimizes the torgue required by the drive system. Lower power consumption and a higher reliability of the whole tracker system is achieved.

A

A

A

AA

A

Digital simulation for demonstration only.


Motor and GearThe target of our R&D department was the movement of 76 modules (38 rows of two horizontally mounted size 2 modules) with a power of approx. 30 kWp (Almaden bifacial B72 modules).We have chosen an Electrical DC motor distinguished by especially good effi-ciency and high torque /power characteristic. The attached cylindrical straight gear teeth head is made in the same form as the motor and has an enormous torque of 486 Nm. The power consumption is amazingly low with less than 0.4 kWh/day. The total consumption amounts to only 170 kWh/year, an almost negligible amount of less than 0.4 %.

Almaden SolarTrack BearingsSolar trackers require a light-weight, self-lubricating, weather-proof bearing to allow smooth functioning over an extended period of time, 25 years and more.Besides the motor, the key component of a tracker that allows the systems to move, are the tracker bea-rings. The materials required for these applications should have low-friction and be able to maintain its toug-hness and other properties under all weather condition.In our SolTrack system we use, the best rated material in the industry. Benefits in ApplicationThe specific low wear, low friction behavior of our thermoplastic alloy facilitates smooth function of the be-aring and does not need greasing or maintenance that is required with metal bearings. It also offers better tolerances than metal bearings which results in better alignment of trackers in the field.our thermoplastic typically has a tensile strength 10% higher than alternative copolymers, so devices can be made smaller without compromising performance.

Robust and DurableGalvanized steel in combination with durable light-weight aluminum ensures excellent re-sistance in harsh environments. Our trackers withstand extreme wind storms up to

motor

bearing

Intelligent Power Plant Technology Multi-mode control function include backtracking, rain, snow, wind and manual operations. In particular, backtracking eliminates self-shadowing of panels during early mornings and late evenings and allows com-pact design of tracker in limited space.

Scalability and Flexibility Modular design enables easy scalability. Trackers can work with any kind of foundation and require fewer foundations compared to fixed PV. Trackers are adjustable to follow east-west slope which minimizes land leveling costs. Low height of tracker makes it easier and faster to install without need of heavy machinery. Tracker allow compact packaging with easy on-site assembling without welding.

Mechanical Features:• High strength and stiffness• Low wear and low friction• Elongation and toughness properties• Dimensional stability• Very low moisture absorption

Summary of benefits:• No greasing or maintenance required• Better tolerance and better alignment of trackers• High strength for bearing application• Low friction and quiet smooth function

For more information please ask for the separate tracker brochurei

EPC: Sol☼Track® Bifacial Tracker

144 kmph. The Tracker can automatically drive itself in stow position in a few minutes to avoid damage.IP 65 rated components capable to resist weathe-ring in various aggressive environments.


PartnerAfore

Changzhou Almaden

Jolywood

Suntech

Kostal

Kaco

UluSolar

Wacker

Siemens

Huawei

PV Sol

PVSyst

Helios 3D

Kipp & Zonen

Dow Corning

Leoni

References (Project carried out with / from our partners):

7750 kWp in Hachenburg, Germany

1500 kWp Leipzig, Germany


1500 kWp in Türkheim, Germany


3150 kWp in Coburg, Germany

1000 kWp in Mokrance, Slovakia

3500 kWp in Nienburg / Hannover, Germany

750 kWp in Pakendorf, Germany



EPC for PV Power PlantsList of Projects

7400 kWp in Westhampnett, UK (Construction, Modules)

10000 kWp in Euerwang, Germany (Ramming, Construction, Modules, Inverter DC)

900 kWp in Pakendorf, Germany (Ramming, Construction, Modules, Inverter DC)

6000 kWp in Krempendorf, Germany (Mounting Modules, Inverter DC, Transformer)

5000 kWp in Clapton farm, UK (Construction, Modules)

5000 kWp in Goddards Green, UK (Construction, Modules)

5000 kWp in Barton Close, UK (Construction, Ramming, Modules)

5000 kWp in Old Farm, UK (Construction, Ramming, Modules)

2017

2000 kWp in Magdeburg, Germany (Construction, Modules, Inverter DC)

3000 kWp in Gube, Germany (Construction, Modules, Inverter DC)

1700 kWp in Goltewitz, Germany (Construction, Ramming, Modules)

3500 kWp in Siershahn, Germany (Construction, Modules, Inverter DC)

2016

1100 kWp in GH Grain, UK (Piling Works, Construction, Modules, Inverter DC)

1000 kWp in Ham Lane, Germany (Construction, Modules, Inverter DC)

6000 kWp in Ameland, Netherlands (Construction, Modules, Inverter DC)

5000 kWp in Tangmere, UK (Construction, Modules)

7000 kWp in Roanhead, Raventhorpe, UK (Ramming, Subconstruction, Modules)

20000 kWp in Aston House, UK (Ramming, Subconstruction, Modules)

18900 kWp in Hadlow, UK (Subconstruction, Modules)

2015

980 kWp Bellstedt, Germany (Construction, Modules, Inverter DC)

750 kWp Höhenland, Germany (Construction, Modules, Inverter DC)

420 kWp Kotzen, Germany (Construction, Modules, Inverter DC)

560 kWp Rockstedt, Germany (Construction, Modules, Inverter DC)

442 kWp Steinbeck, Germany (Construction, Modules, Inverter DC)

2018

750 kWp Coburg, Germany (Construction, Modules, Inverter DC)

900 kWp Tilburg 1, Netherlands (Construction, Modules, Inverter DC)

540 kWp Lengede, Germany (Construction, Modules, Inverter DC)

250 kWp Ens, Netherlands (Construction, Modules, Inverter DC)

1220 kWp Mauderode-Herreden, Germany (Construction, Modules, Inverter DC)

2019


EPC: Operation and Maintenance

• Dirt and dust• Smog and ash• Moss and fungus• Saps, pollens and debris from trees• Bird and animal droppings

• Ensure peak performance• Reduce service time of system• Maintain your manufacturer‘s warranty• Save your money

• Ocean salt (coastal areas)• Pesticides & fertilizer sprays (agricultural areas)• Commercial and industrial residues• Pollution from vehicles/heavy transport

Easy removals of

Maintain your investment

Do you know?Do you know that dirty solar panel can lose 25% up to of output efficiency?! The costs of regular cleaning are usually far below the yield loss of contaminated modules.

Solar panel manufacturers agreeManufacturers are now in agreement that cleaning and inspecting solar panels on a regular basis will improve electrical output. Regular cleaning and maintenance will also ensure that you won‘t void your warranty. Give your system the cleaning it deserves. Let the PV-Cleaner® serve your system and get it working at its opti-mum efficiency.

Our unique PV-Cleaner®

Though solar panel cleaning in many countries is relatively new, in other countries solar panel cleaning has been around for a long time. Early adopters of the technology soon realized that if their solar panels were not cleaned regularly, they would not run at their optimum performance. Our PV-Cleaner® will make your solar panels generate power at their maximum capacity. • 100% environmentally friendly • with no chemicals/ detergents • and minimum water usage


EPC: Operation and Maintenance

PV-Cleaner® with water cleaning function:For the water-assisted cleaning with the help of the PV-Cleaner® a special water-cleaning brush was developed to clean the modules gently with very low water consumption. Using a tube, the device can be easily supplied with water. The plastic cover directs the water into the brush and onto the module.The PV-Cleaner® has a low water consumption and high atomization, which saves water as well as costs and the cleaning performance can be optimized.

PV-Cleaner® without water-cleaning function:The PV-Cleaner® can also be used without water for cleaning the modules. The particularly gentle brushes are passed over the modules with little pressure, which facilitates the work of the cleaning staff and considerably improves the efficiency.

PV-Cleaner® with snow cleaning function:In snowy regions, the efficiency and power generation of the modules is often affected by the shading of the cells. In addition, high snow loads pose a potenti-al safety risk for the PV modules.The PV-Cleaner® increases the power generation in winter and reduces the snow load on the substructure. Since the PV-Cleaner® can also be used without water, it is also suitable for cleaning snow-covered modules. The modules are cleaned gently and there is no icing of the module surface afterwards.

Most module cleaning machines offered in the market are large systems with high water consumption. Ne-vertheless, the cleaning effect is often insufficient or not satisfactory.These deficits were our motivation for the development of the PV-Cleaner®. This can be used in many ways for different cleaning purposes.The most important feature of the PV-Cleaner® is the good mobility. The device can be easily carried by one person. Due to the removable plastic cap, the PV-Cleaner® can also be operated without water. This feature is particularly useful in case of heavy sand pollution or at minus temperatures. The condition of the modules was tested in various electroluminescence test procedures after using the PV-Cleaner®. The results show that the brush leaves no scratches or other marks on the module. This is possible because of the particular-ly soft bristles of the cleaning brush.

SN Item Size [mm] Weight [kg] Remarks

1 Motor Brush 570 x 400 x 110 4.1 Including motor connector2 Water Feeder 590 x 250 x 110 0.93 Lithium Battery 240 x 110 x 90 4.14 Brush Unit 1200 0.7 Max. 6000 mm5 Charger 215 x 110 x 65 0.56 Telescopic Rod Length 3600 1.6 12 kg/ set, including package7 Telescopic Rod Length 5400 2.4 13 kg/ set, including package8 Telescopic Rod Length 7200 3.5 14 kg/ set, including package

Technical specifications of the PV-Cleaner®


Production of premium modules (glass-glass, standard, with frame and bifacial) of the latest ge-nerationWe offer our clients complete turn-key lines, with support, start-up, maintenance and advice service by qua-lified personnel with years of experience.Our machines are of the newest generation and innovative for the use of thin photovoltaic cells with large dimensions. The gathering of our machines creates a complete line for the production of high-quality photo-voltaic modules in accordance with the European standards and in accordance with the certificates reques-ted by the market.The offered line is suitable not only for standard photovoltaic modules (glass-backsheet) but also for BIPV modules (glass- glass) thanks to its high flexibility; suitable for the production of Crystalline PV modules of 60 and 72 cells/modules, both with coated and textured glasses. Other module layouts are also possible.The stringer we provide can string and solder many types of solar cells: monocrystaline, polycristaline, bifa-cial solar cells, PERC and high efficiency solar cells.The cell type (4 or 5 or 6 bus bar) in the stringer machine is changed in 30 minutes. The maximum string length in the stringer is 2 meters and maximum cell to cell distance is 35 mm but this can be customized on request. The laminator releases the membrane with controlled pressure and speed which optimize the lamination of glass-glass modules.The machines we provide are equiped with Ethernet connection that permits a remote supervision and quick assistance. In this way the machines are already predisposed to be interfaced in an automatic line and for a management system of the line.

Project Management: Turn-key Module Production

Most advanced Production Equipment Made in Europe

Characteristics• breakage less than 0.2 %• patented hybrid soldering technology• the most compact footprint in the market • works with PERC, HJT, bifacial, mono and poly cells• 4 axis robot for a precise pick and place• low maintenance operations required • 4 and 5 bus bar standard soldering• works with 156 x 156 mm and 156.75 x 156.75 mm cells

EST2100 - dual belt stringer machine / layup station

Layup station ECOLAYUP R

Module Production Line


320 MW Module Production Line*

Complete Solution for Premium PV Module Manufacturing

Stringer Machine Lay-up Cutting

* manufactured in Europe

160 MW

160 MW



Bussing Electroluminescence Lamination

Extension for Double Glass Modules



Single Phase 1.5 kW HNS1500TL-1

Single Phase 3 kW HNS3000TL-1



Max DC Power 1650 W 3300 W 4400 W 5500 W

Max DC Voltage 450 V 500 V 550 V 550 V

Max DC Current 10 A 17 A 16*2 A 18*2 A

Number of MPPT Tracker 1 1 2 2

Number of DC Connections 1 set 1 set 2 sets 2 sets

Nominal AC Power 1500 W 3000 W 4000 W 5000 W

Power Factor -0.95 ~ +0.95 -0.95 ~ +0.95 -0.95 ~ +0.95 -0.95 ~ +0.95

MPPT Efficiency > 99.90 % > 99.90 % > 99.90 % > 99.90 %

Ambient Temperatur Range -25°C ~ +60°C -25°C ~ +60°C -25°C ~ +60°C -25°C ~ +60°C

InverterWechselrichterEnclosure DesignLight and compact with premium whole body cooling. Surface treated by anodic oxidation, which enhaces high strength, effective antioxidation and corrosion resistance from acid and alkali.

Aluminium-Gehäuse DesignLeicht und kompakt mit hochwertiger Ganzkörperkühlung. Durch anodische Oxidation behandelte Oberfläche, die eine hohe Festigkeit, effektive Antioxi-dations- und Korrosionsbeständigkeit gegenüber Säure und Alkali aufweist. Wired Ethernet / WI-FI (Optional)

Enable customers to get to know inverter opera-tion status easily.

Kabelgebundenes Ethernet / WI-FI (optional)Ermöglicht es Kunden, den Betriebszustand des Wechselrichters auf einfache Weise ken-nenzulernen.

Touch ButtonHigh reliability and more responsive.

Berührungssensor-TastenHohe Zuverlässigkeit und Reakti-onsfähigkeit.

Quick and easy installtion.Schnelle und einfache Installtion.

MPPT efficiency > 99.9 %.MPPT Effizienz > 99,9 %.

Multiple automatic intelligent protections.Viele automatische intelligente Schutzfunktionen.

No fans design. Noise is lower than 40 dB under full-load operation.Kein Lüfterdesign. Der Geräuschpegel ist unter 40 dB im Volllastbetrieb.

Compact and light body design. Reduce costs of logistics and installtion.Kompaktes und leichtes Gehäusedesign. Reduzieren Sie die Kosten für Logistik und Installation.

Product parametersProdukt Parameter

Certificates Zertifikate


Hybrid-Wechselrichter Hybrid Inverter

Lade-Einheiten Charging units

Hybrid Inverter 4-5 kW: direct charging for Batteries

the perfect solution for commercial and industrial storage appli-cations. With its modular expandability, the Afore Hybrid guaran-tees maximum flexibility. Commercial and industrial customers benefit from exceptional versatility at low cost. The increase in PV self-consumption for grid-connected systems or fuel savings for PV diesel hybrid applications is thus cost-effectively possible.

Hybrid-Wechselrichter 4-5 kW: direktes Laden von BatterienDie perfekte Lösung für gewerbliche und industrielle Speicher-anwendungen. Durch seine modulare Erweiterbarkeit garantiert der Afore Hybrid maximale Flexibilität. Kunden im gewerblichen und industriellen Segment profitieren von außergewöhnlicher Vielseitigkeit bei geringen Kosten. Die Erhöhung des PV-Eigenver-brauchs für netzgekoppelte Systeme oder Kraftstoffeinsparung für PV-Diesel-Hybridanwendungen ist dadurch kostengünstig mög-lich.

Ladeboxen und -säulen von der Sedlbau-er AG bieten eine optimale Lösung für ur-bane, flächendeckende Umsetzung der Elektromobilität. Sie ermöglichen das kurze, unmittelbare Laden und können an bereits vorhandenen Konstruktionen, wie Straßenla-ternen oder eine unser PV-Bausätze einfach integriert und nachgerüstet werden. Somit werden keine kostenintensiven Bau- und Er-darbeiten erforderlich. Zudem fördern die Ladelösungen von Sed-lbauer die Umsetzung von Smart City-Kon-zepten, u.a. zur Verringerung von Staus und Optimierung des Parkplatzmanagements. Alle Lade-Einheiten gewährleisten eine hohe Anwenderfreundlichkeit durch intuitives Be-dienen.

Charging boxes and columns from Sedl-bauer AG offer an optimal solution for urban electromobility. They enable short, direct loading and can easily be integrated and re-trofitted on existing constructions, such as street lanterns or one of our PV kits. Thus, cost-intensive construction and earthworks are not required.In addition, the loading solutions from Sedl-bauer promote the implementation of Smart City concepts, among other things. To re-duce congestion and optimize parking ma-nagement.All charging units ensure a high user-friend-liness through intuitive operation.


Terrace MILA4, Austria, 2.6 kW PV roof in the area of Munich, 56 kWp

PV roof over a warehouse Community recreation area, Al Mizhar Dubai, 40 kWp

The aesthetic of PV electricity

Tuscany Terrace in Portugal, up to 2.3 kWp Carport L with side walls, up to 3 kWp

GridParity AG next generation photovoltaic

Ohmstr. 7, 85757 Karlsfeld GERMANYTel: +49 (0)8131 33 07 56 0Mail: [email protected]

www.gridparity.ag

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