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113

T 740

743

112

1245

T 742

T 1313

114

Venloseweg

INV

1-3

1-1

1-3

INV

1-1

Number of panels

15483

Total DC power

8.283 MWp

PV Field Orientation

South Azimuth : 20.27° Tilt : 10°

Panels setup

3 in Portrait

Distance between rows

2.20 m

Pitch distance

8.95 m

1-9

1-2

1-8

1-2

INV

1-2

INV

1-1

1-2

INV

322

1-2

INV

W INV

INV

1-3

1-7

1-2

Permanent Road INV

1-2

Tra nsfo

INV

1-2

INV

1-6

rme r

INV

1-5

Non - permanent Road

1533

INV

1-2

INV

Rijplaten

1-1

INV

1-4

1-3

Wire mesh fence

1-1

BRUx-x INV

DC / AC inverter Huawei SUN2000-185KTL-H1 1-1

INV

1-2

Transformer station - 1x6600kVA ( UAG01 ) INV

INV

1-1

Solar panel - Suntech STP535S-C72/Pmh+ - 535Wp

1-1

INV

1-1

Client's station

1-1

Handtekening

Revisie

Datum

Omschrijving

1.1 1.2 1.3 1.4 1.5

25-01-2021 10-05-2021 17-06-2021 29-06-2021 07-07-2021

Relocation of some solar modules. Status Design Details for position of inverters, transformer and gravel paths. New information - Outdated Layout New Design with definitive type of modules Final Layout Design

Getekend

V.M.

Gezien

R.B.

Versie

1.5

Datum

20-10-2020

Datum

20-10-2020

Schaal

1:12.5 ( A0 )

V.M. V.M. V.M. V.M. H.R.

Status tekening

T 1547

Locatie

Karakter Energie - Venlo Main

Entr

Kalifornië Venlo

Layout Drawing - LOT 5

anc

Opdrechtgever

South Orientation

Karakter Energie PV nummer

L 966

983

Design

PA200263

TekenIngnr.

Blad

Deze tekening is het eigendom van ProfiNRG

Karakter Energie Venlo – Tables cross section design

Minimum distance between tables ( East- West ) is 700mm

Minimum distance between tables ( South ) is 1600 mm

≥

Alberts & Kluft

NORTH

2111

+2000

2111

3 PV

10°

3 PV

870 Ground level

±50 mm

870

±50 mm

+870

* Final minimal depth of studs and possible need of pre-drilling has to be defined by SADEFcustomer and his qualified geologist. In case of terrain irregularity, extra pile length could be needed.

12708 A

D E

SECTION VIEW

2111

NORTH

+2000

2111 5 2111 10°

3 PV

870

±50 mm

+870

Ground level

* Final minimal depth of studs and possible need of pre-drilling has to be defined by SADEFcustomer and his qualified geologist. In case of terrain irregularity, extra pile length could be needed.

ProfiNRG Venlo Section views

6254

This structure is valid for the following tolerances of the modules Trinasolar TSM-DEG17M.20(II): - tolerances on the length and width are ± 2mm - tolerance on the thickness is ± 0.5mm

Tekla Structures

SECTION VIEW

This plan cannot be used for the final building site layout of piles, frames or tables. Only the specific SADEF "Structural drawing" may be used to prepare or realize the montage of the SADEF-frame. It is the entire responsability of the SADEF customer to verify the validity and the completeness of the attached data sheet relating to the applied solar panel. It is also the entire responsability of the SADEF customer to verify the compatibility, the panel spacing and the loading capacity of the used solar panels and its fixing to the corresponding SADEF steel frame. The tolerance on the overall PV panel dimension (measured in length direction of table) may not exceed +2mm,-2mm. Production of the SADEF steel frame will only be launched after approval by the SADEF customer on the content of these plans and attachted documents. The layout of the solar tables on the terrain should be done in such a way, that there is always a minimal distance of 10 cm between the steel structures of adjacent tables. In case of a terrain with more than 10% slope, the minimal distance (in cm) should be equal to the slope of the terrain (in %). E.g. 20% terrain slope --> 20cm minimal distance between tables. Standard irregularity in flatness in East-West direction is +/-5cm.

If irregularity (between the 2 ends of table) is more than 5cm, the SADEF customer clearly has to specify the maximum irregularity before approval of the global drawings. The chosen surface treatment of the steel frame is supposing no significant water accumulation on the terrain surface. It is considered that the ground will absorb all rain water. Eventual consequences on the steel structure due to water accumulation or underground waterstream will be the full responsibility of the SADEF customer. Grounding of the installation is the responsibility of the SADEF customer. Grounding of PV-modules is voestalpine SADEF responsibility. The –by the customer- approved voestalpine Sadef documents (drawings & design data) will be prior to all received information from e.g. the voestalpine Sadef customer. The content of the documents "Design data", and "Special conditions for components in solar frames (encl. A)" in enclosure is to be fully taken into account ! This print and the information contained here on is confidential disclosure. The subject matter of which is property of SADEF N.V.

The structure is designed for a terrain without soil settlements or soil sagging. If soil settlements would occur, it is the full responsibility of the Sadef customer to take the necessary measures to avoid damage of the steel structure or PV panels.

This structure is valid for maximal terrain slope in E-W / N-S direction: 3% / flat In case of higher terrain slope, the customer has to do necessary earth movement in order to respect the given slope limits Project Reference:

ProfiNRG Venlo Subject:

Project Start Date:

09/10/2***

ProfiNRG Object:

SOLAR STRUCTURES

plotted 09.02.2021

OFFER This drawing must be printed on paper size not less than A3. 1

Offer-New Panel

REV. NO.

REV.

REVISION DESCRIPTION

SteelGrade : S390Gd+Z

09.02.2021 REV. DATE

Unless different mentioned

Welding :

BoltGrade : 8.8, Unless different mentioned

, Unless different mentioned

Projection :

Scale:

1:40

G[04] Section views Client:

SO20136733 ProfiNRG Venlo v03

Preliminary drawing

Drawn by:

Phone: +32 (0)51 261 211

Telefax: +32 (0)51 261 301

voestalpine Sadef nv

Checked by: E-Mail: project@sadef.be

Internet: www.sadef.be

PROJECT NUMBER:

SO20136733 DRAWING NO. + REVISION NO.:

G[04]

- A

SUN2000-185KTL-H1 Smart String Inverter

Efficiency

9 MPP Trackers

99.0% Max. Efficiency

String-level Management

Smart I-V Curve Diagnosis Supported

MBUS Supported

Fuse Free Design

Surge Arresters for DC & AC

IP66 Protection

Efficiency Curve

Circuit Diagram +

MPPT1

+ -

L1 L2 L3 PE

+ +

Output Filter

MPPT2

EMI Filter

MPPT3

DC Switch 1

SPD

MPPT4

+ + +

MPPT5

EMI Filter

MPPT6

+ -

DC Switch 2

SPD

MPPT7

+ + +

MPPT8

Load

MPPT9

+ -

Current Sensor

DC Switch 3

SPD

DC/AC Inverter

Output Relay

SPD

SUN2000-185KTL-H1

Technical Specifications Efficiency Max. Efficiency

99.03%

European Efficiency

98.69%

Input Max. Input Voltage

1,500 V

Max. Current per MPPT

26 A

Max. Short Circuit Current per MPPT

40 A

Start Voltage

550 V

MPPT Operating Voltage Range

500 V ~ 1,500 V

Nominal Input Voltage

1,080 V

Number of Inputs

Number of MPP Trackers

Output Nominal AC Active Power

185,000 W @25°C, 175,000 W @40°C

Max. AC Apparent Power

185,000 VA

Max. AC Active Power (cosφ=1)

185,000 W

Nominal Output Voltage

800 V, 3W + PE

Rated AC Grid Frequency

50 Hz / 60 Hz

Nominal Output Current

134.9 A @25°C, 126.3 A @40°C

Max. Output Current

134.9 A

Adjustable Power Factor Range

0.8 LG ... 0.8 LD

Max. Total Harmonic Distortion

＜3%

Protection Input-side Disconnection Device

Yes

Anti-islanding Protection

Yes

AC Overcurrent Protection

Yes

DC Reverse-polarity Protection

Yes

PV-array String Fault Monitoring

Yes

DC Surge Arrester

Type II

AC Surge Arrester

Type II

DC Insulation Resistance Detection

Yes

Residual Current Monitoring Unit

Yes

Communication Display

LED Indicators, Bluetooth/WLAN + APP

USB

Yes

MBUS

Yes

RS485

Yes

General Dimensions (W x H x D)

1,035 x 700 x 365 mm (40.7 x 27.6 x 14.4 inch)

Weight (with mounting plate)

84 kg (185.2 lb.)

Operating Temperature Range

-25°C ~ 60°C (-13°F ~ 140°F)

Cooling Method

Smart Air Cooling

Max. Operating Altitude without Derating

4,000 m (13,123 ft.)

Relative Humidity

0 ~ 100%

DC Connector

Staubli MC4 EVO2

AC Connector

Waterproof Connector + OT/DT Terminal

Protection Degree Topology

IP66 Transformerless

Standard Compliance (more available upon request) Certificate

EN 62109-1/-2, IEC 62109-1/-2, IEC 62920, EN 50530, IEC 62116, IEC 60068, IEC 61683， IEC 61727, IEC 62910, P.O. 12.3, RD 1699, RD 661, RD 413, RD 1565, RD 1663, UNE 206007-1, UNE 206006

STS-6000K-H1

Simple

Efficient

Prefabricated and pre-tested, no internal cabling needed onsite Compact 20’ HC container design for easy transportation

Eco-design transformer suitable for all Lower self-consumption for higher yields

Smart

Reliable

Real-time monitoring of transformer, LV and MV switchgear 0.2% high precision of LV electricity parameters collection Remote control of ACB and MV Circuit Breaker

Robust design against harsh environments Innovative cooling design, high availability and easy maintenance Comprehensive tests from components, device to solution

Schematic Diagram

Transformer

LV Switchgear

MV Switchgear

SOLAR.HUAWEI.COM

STS-6000K-H1, Ecodesign

Technical Specifications Input Available Inverters

SUN2000-185KTL-H1 6,300 kVA @40℃ / 5,760 kVA @50℃1

AC Power Max. Inverters Quantity

Rated Input Voltage

800 V

Max. Input Current at Nominal Voltage

2,428 A x 2

LV Main Switches

ACB (2500 A / 800 V / 3P, 2*1 pcs), MCCB (250 A / 800 V / 3P, 2*18 pcs)

Output Rated Output Voltage

10 kV

20 kV

22 kV

30 kV

33 kV

35 kV

34.5 kV

Frequency

50 Hz

60 Hz

Transformer Type

Oil-immersed, Conservator Type

Tappings

± 2 x 2.5%

Transformer Oil Type

Mineral Oil

Transformer Vector Group

Dy11-y11

Minimum Peak Efficiency Index

In accordance with EN 50588-1

Transformer Load Losses

49.7 kW

41 kW

Transformer No-load Losses

4.8 kW

5.8 kW

Impedance(HV-LV1, LV2)

7.5% (0 ~ +10%) @6,300 kVA

MV Switchgear Type MV Switchgear Configuration

SF6 Gas Insulated, 3 Feeders

CVC or CCV

DVC or DCV Dry type transformer, 5 kVA, Dyn11

Auxiliary Transformer

400 / 230 Vac

Output Voltage of Auxiliary Transformer

220 / 127 Vac

Protection Transformer Monitoring & Protection

Oil level, oil temperature, pressure and buchholz

Protection Degree of MV & LV Room

IP 54

Internal Arcing Fault MV Switchgear

IAC A 20 kA 1s

MV Relay Protection

50/51, 50N/51N

MV Surge Arrester

Equipped

LV Overvoltage Protection

Type I+II

General Dimensions (W x H x D)

6,058 x 2,896 x 2,438 mm (20’ HC Container)

Weight

< 22 t

Operating Temperature Range

-25℃ ~ 60℃2 (-13°F ~ 140°F)

Relative Humidity

0% ~ 95%

Max. Operating Altitude

2,000 m

Enclosure Color

Applicable Standards

RAL 9003

IEC 62271-202, EN 50588-1, IEC 60076, IEC 62271-200, IEC 61439-1

Features Auxiliary Transformer(50 kVA, Dyn11)

Optional3

1.5 kVA UPS

Optional3

Updated to CVC or CCV MV Switchgear

Optional3

IMD

Optional3

STS Interlocking

Optional3

1 - More detailed AC power of STS, please refer to the de-rating curve. 2 - When ambient temperature ≥55℃, awning shall be equipped for STS on site by customer. 3 – Extra expense needed for optional features which standard product doesn’t contain.

SOLAR.HUAWEI.COM

2,500 m

Ultra-V Series

530-550W STPXXXS - C72/Pmh+

144 HALF-CELL BIFACIAL MODULE

Features

21.3%

Weak light

2400 Pa 5400 Pa

High module conversion efficiency Module efficiency up to 21.3% achieved through advanced cell technology and manufacturing process

PID Resistant

High PID resistant Advanced cell technology and qualified materials lead to high resistance to PID

Excellent weak light performance More power output in weak light condition, such as haze, cloudy, and morning

Lower operating temperature Lower operating temperature and temperature coefficient increases the power output

Extended load tests Module certified to withstand front side maximum static test load (5400 Pascal) and rear side maximum static test loads (2400 Pascal) *

Withstanding harsh environment Reliable quality leads to a better sustainability even in harsh environment like desert, farm and coastline

***

Certifications and standards: IEC 61215, IEC 61730, conformity to CE

Trust Suntech to Deliver Reliable Performance Over Time

Half-Cell +Bifacial

• World-class manufacturer of crystalline silicon photovoltaic modules • Unrivaled manufacturing capacity and world-class technology • Rigorous quality control meeting the highest international standards: ISO 9001, ISO 14001 and ISO17025 • Regular independently checked production process from international accredited institute/company • Tested for harsh environments (salt mist, ammonia corrosion and sand blowing testing: IEC 61701, IEC 62716, DIN EN 60068-2-68)**** • Long-term reliability tests • 2 × 100% EL inspection ensuring defect-free modules

MBB technology decreases the distance between bus bars and finger grid line which is benefit to power increase. Half-cell aims to eliminate the cell gap to increase module efficiency.

Industry-leading Warranty based on nominal power

IP68 Rated Junction Box

Warranted Power Output

100% 98%

90%

84.95% 80%

• 98% in the first year, thereafter, for years two (2) through thirty (30), 0.45% maximum decrease from Industr y leadi ng line MODULE’s nominal power output ar war 10 10 ranty per year, ending with the 84.95% in the 30th year after the defined 25 WARRANTY STARTING DATE.***** 10 30 • 12-year product warranty • 30-year linear performance warranty

The Suntech IP68 rated junction box ensures an outstanding waterproof level, supports installations in all orientations and reduces stress on the cables. High reliable performance, low resistance connectors ensure maximum output for the highest energy production.

* Please refer to Suntech Standard Module Installation Manual for details. ** Suntech reserves the right to the final interpretation of the warranty by Munich Re. ***WEEE only for EU market. **** Please refer to Suntech Product Near-coast Installation Manual for details. ***** Please refer to Suntech Product Warranty for details.

www.suntech-power.com

IEC-STP-HIPerforma-NO1.01-Rev 2020

Electrical Characteristics STC

STPXXXS-C72/Pmh+

Maximum Power at STC (Pmax)

550W

545W

540W

535W

530W

Optimum Operating Voltage (Vmp)

42.05V

41.87V

41.75V

41.57V

41.39V

Optimum Operating Current (Imp)

13.08A

13.02A

12.94A

12.87A

12.81A

Open Circuit Voltage (Voc)

49.88V

49.69V

49.54V

49.39V

49.24V

Short Circuit Current (Isc)

14.01A

13.96A

13.89A

13.83A

13.76A

Module Efficiency

21.3%

21.1%

20.9%

20.7%

20.5%

Operating Module Temperature

-40 °C to +85 °C

Maximum System Voltage

1500 V DC (IEC)

Maximum Series Fuse Rating

25 A

Power Tolerance

0/+5 W

STC: lrradiance 1000 W/m2, module temperature 25 °C, AM=1.5; Tolerance of Pmax is within +/- 3% .

NMOT

STPXXXS-C72/Pmh+ 415.0W

411.5W

408.0W

404.3W

400.6W

Optimum Operating Voltage (Vmp)

38.9V

38.7V

38.6V

38.4V

38.2V

Optimum Operating Current (Imp)

10.67A

10.63A

10.58A

10.53A

10.47A

Open Circuit Voltage (Voc)

46.9V

16.7V

46.5V

46.4V

46.3V

Short Circuit Current (Isc)

11.22A

11.18A

11.13A

11.08A

11.02A

Model Number a b Rated Max Power(Pmax) c Output Tolerance d Current at Pmax(Imp) e Voltage at Pmax(Vmp) All technical data at standard test condition AM=1.5 E=1000W/m Tc=25℃

Short-Circuit Current(Isc) Open-Circuit Voltage(Voc) Max Series Fuse Rating Max System Voltage Module Application

Wuxi Suntech Power Co.,Ltd. Add: No.16 Xinhua Road, New District Wuxi, China 214028 Customer Service Hot Line: +86 400 8888 009 Fax:+86 510 8534 3321

f g h iClass A

Made in China

TL-CABLE01

Maximum Power at NMOT (Pmax)

NMOT: Irradiance 800 W/m2, ambient temperature 20 °C, AM=1.5, wind speed 1 m/s.

Electrical Characteristics with Different Rearside Power Gain(Reference to 540 W Front) 5%

15%

25%

Maximum Power at STC (Pmax)

567W

621W

675W

Optimum Operating Voltage (Vmp)

41.8V

41.9V

Optimum Operating Current (Imp)

13.59A

14.88A

16.18A

Open Circuit Voltage (Voc)

49.5V

49.6V

Short Circuit Current (Isc)

14.48A

15.86A

17.24A

Module Efficiency

21.9%

24.0%

26.1%

Current-Voltage & Power-Voltage Curve (550S) 16

600 550

Temperature Characteristics

500

42 ± 2 °C

Temperature Coefficient of Pmax

-0.36%/°C

Temperature Coefficient of Voc

-0.304%/°C

Temperature Coefficient of Isc

0.050%/°C

450 400

Current (A)

Nominal Module Operating Temperature (NMOT)

Mechanical Characteristics

350

300 250

200

150 100

Solar Cell

Monocrystalline silicon 182 mm

No. of Cells

144 (6 × 24)

Dimensions

2279 × 1134 × 35 mm (89.7 × 44.6 × 1.4 inches)

Weight

32.8 kgs (72.3 lbs.)

Front and Back Glass

2.0+2.0 mm (0.079+ 0.079inches) semi-tempered glass

Frame

Anodized aluminium alloy

Junction Box

IP68 rated (3 bypass diodes)

Output Cables

4.0 mm2, Portrait: (-)350 mm and (+)160 mm in length Landscape: (-)1400 mm and (+)1400 mm in length or customized length

Connectors

MC4 EVO2, Cable 01S

Refer. Bifaciality Factor

(70 ± 5)%

Power (W)

Rearside Power Gain

0 0

Votage (V) 1000 W/m2

800 W/m2

600 W/m2

400 W/m2

200 W/m2

Dealer information

Packing Configuration Container Pieces per pallet

40’ HC 31

Pallets per container

Pieces per container

620

Packaging box dimensions Packaging box weight

2310×1130×1245 mm 1080 kg

Information on how to install and operate this product is available in the installation instruction. All values indicated in this data sheet are subject to change without prior announcement. The specifications may vary slightly. All specifications are in accordance with standard EN 50380. Color differences of the modules relative to the figures as well as discolorations of/in the modules which do not impair their proper functioning are possible and do not constitute a deviation from the specification.

www.suntech-power.com

IEC-STP-HIPerforma-NO1.01-Rev 2020

SECTION A-A'

Non-permanent construction roads Those roads can be built directly on the topsoil layer. Removing the humus layer is not required. We propose to compact the loosened topsoil by a roller compactor on all construction roads built later on before further activities. We recommend building up this plane with a well compacted sand-gravel mixture or crushed concrete 0/32. To separate the materials from the topsoil, use a simple non-woven geotextile combined with a geogrid. This material should have a thickness of approx. 0.20 m and be compacted in one layer.

350

PERMANENT CONSTRUCTION ROAD

Permanent construction roads

Ground level ( - 0 )

GRAVEL SAND / MENGGRANULAAT

For construction roads, able to bear the loads from heavy goods vehicles, the vegetation cover and 0.2 m of the underlying topsoil need to be taken away completely and a plane with a homogeneous slope of > 3° needs to be established. On this plane, a simple geotextile combined with a geogrid has to be installed. We recommend building up this plane with a well compacted sand-gravel mixture or crushed concrete 0/32. This material should have a thickness of approx. 0.4 m and has to be compacted in two layers. This filling should have a degree of compaction of 98% standard Proctor density.

Geotextile combined with Geogrid 80

EARTH/SOIL

General instructions

MV Cables 3x1x95 mm² ( trefoil )

- LV cables will be installed at 60cm depth with warning red tape above them. - LV cables will be installed with a distance of 12,5cm between them. - MV cables will be installed at 80cm depth with a PVC protective sheet above them. - All the cables will be installed in a layer ( 5cm ) of clean sand and will be cover with a layer ( 10cm ) of clean sand as well. - The soil that will be used as a backfill needs to be clean of dirt and stones. In the trenches below the permanent roads, the topsoil layer ( 20 cm ) cannot be used as a backfill. - The gravel sand / menggranulaat road needs to be compacted according to the requirements. - Distances are indicated in cm.

PVC Protection sheet for MV cables ( 30cm wide )

SECTION B-B' 350

PERMANENT CONSTRUCTION ROAD Ground level ( - 0 )

GRAVEL SAND / MENGGRANULAAT

EARTH/SOIL

Geotextile combined with Geogrid 60

BACKFILL SOIL CLEAN OF DIRT AND STONES 12.5

12.5

EARTH/SOIL

GRAVEL SAND / MENGGRANULAAT

Warning Tape (red) above the LV cables LV cables,Al - 3x120 mm²

CLEAN SAND

250

MV Cables 3x1x95 mm² ( trefoil )

PVC Protection sheet for MV cables ( 30cm wide )

SECTION C-C' Handtekening

Revisie

Datum

Omschrijving

Getekend

V.M.

Gezien

R.B.

Versie

1.0

Datum

07-07-2021

Datum

07-07-2021

Schaal

n/a

350

NON- PERMANENT CONSTRUCTION ROAD GRAVEL SAND / MENGGRANULAAT

Ground level ( - 0 )

Geotextile combined with Geogrid

BACKFILL SOIL CLEAN OF DIRT AND STONES 12.5

12.5

Warning Tape (red) above the LV cables 12.5

12.5

LV cables,Al - 3x120 mm² 250

Design Locatie

Karakter Energie - Venlo

Kalifornië Venlo

LOT 5

Status tekening

Opdrechtgever

Maintenance roads & Cross sections

Karakter Energie PV nummer

PA200263

TekenIngnr.

Blad

Deze tekening is het eigendom van ProfiNRG

2.89

Huawei STS Transformer station

6.05

2.44

Front view

6.05

Top view

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