realizzazione di un impianto fotovoltaico di

- LISTA COMPONENTI

REALIZZAZIONE DI UN IMPIANTO FOTOVOLTAICO DI POTENZA

NOMINALE PARI A 40,656MW DENOMINATO "ENNA 1"

UBICATO NEL COMUNE DI AIDONE(EN)

CODICE DI RINTRACCIABILITÀ: 201901620I

PROGETTO DEFINITIVO

IL PROGETTISTA:

DOTT ING. FABIO RAPICAVOLI

ENTI INTERESSATI:

- ASSESSORATO TERRITORIO ED AMBIENTE

DIPARTIMENTO AMBIENTE

SERVIZIO 1 - VALUTAZIONI AMBIENTALI

-ASSESSORATO REGIONALE DELL'ENERGIA E DEI

SERVIZI DI PU: DIPARTIMENTO DELL'ENERGIA

COMMITTENTE:

ASI A S.R.L.

VIA DELL'ARTE 66

00144 ROMA(RM)

CF/P.IVA: 10880361000

PROGETTAZIONE:

RENOVA UTILITY

VIA MANGANELLI 20/G

95030 NICOLOSI (CT)

CF E P.IVA: 05272460873

PDPD

REV. DATADESCRIZIONE ESEGUITO

VERIFICATO APPROVATO

REVISIONI

DOTT.ING

FABIO RAPICAVOLI

DOTT.ING

FABIO RAPICAVOLI

DOTT.ING

FABIO RAPICAVOLI

Livello

prog.

Richiesta

(RINTR.)

Tipo

Documento

N° foglio Totale fogli

NOME FILE DATA

25/05/2020

PD

PR201901620

N°

elaborato

25/05/2020

SCALA

12

IDENTIFICAZIONE ELABORATO

Energy Management

Document / Proposal nr O-U283-IT-

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Siemens SpA Headquarters address: Ph +39 02.243.1

Via Vipiteno 4 PEC: mail [email protected]

Division: Energy Management [EM] I – 20128 Milano email: [email protected] Unit: Systems & Solutions PB : 17154-I-20170 Milano - Italy www.siemens.it Low and medium Voltage [MS]Joint Stock: Euro 80.000.000; Registration on Milano Companies Register , Fiscal Code and VAT nr: IT – 00751160151; R.E.A. Milano: 525193

Introduction

SKID Mounted MV Inverter Station is a PV electrical BoP centerpiece.

SKID Mounted MV Inverter Station combines Inverter, Power Transformer and MV Switchgear in a singlepre-fabricated, pre-assembled, on-board connected and tested unit in a lean but rugged assemblytransportable as a single piece.

1- MV GIS swgr2- Converter TR3- Central PV

Inverter4- Skid Structure

Skid type Inverter Stations are functional, time- and cost-saving solutions for future proof powerdistribution

· Modular and cost efficient· Plug & play solution with maximum power density for large Utility-IPP / scale photovoltaic plants

1- RMU of SF6 Gas Insulated Switchgear 8DJH series up to 38kVü Outdoor version IP54 for the outer enclosureü IP65 MV circuitü Hermetically sealed gas vesselü Maintenance Free and Climate Independent

2- Oil immersed, ONAN Converter Power Transformerü Rugged and Reliable

321

4

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ü Configured to withstand high temperatures and harsh environment3- Central PV Inverter SINACON PV

ü AC power up to 5000kVAü DC input up to 1500Vü 4 power stacks with 2 independent MPP-trackersü 3-level IGBT with NPC technologyü Built-in DC distributionü Each power stack with an own CBü 28 (and up to 32) DC inputs variableü Optional DC input measurement (<0,2% accuracy)ü Designed for harsh environments

i. Reliable and very low maintenance for any climateii. IP65 degree of protection without humidity limitsiii. Liquid cooling capable to down -40°C and up to +60°Civ. Inverters are dehumidified inside even in case of maximum humidity outsidev. Late power derating over +40°C T ambvi. 2 independents cooling systems technology

- Air-to-airØ No dust entry into inverter units (closed air-circuit)

- Liquid-to-airü Control & Monitoring

i. Control cabinet with real time FO connectionii. Real-time communicationiii. Up to 10ms intervaliv. Remote connectionv. Remote firmware updatevi. Monitoring system with touch screen

4- Common SKID baseü For pre-assembling of the previous mentioned packages including all on-board

interconnectionsü Sturdy design to allow enbloc loading, transport and positioning and to resist to all site life

mechanical and environmental stressesü Easy fixing to interface any sort of civil work interfaceü Provision for easy and safe handling

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Scope of Supply (note: red wording / positions are those modified in rev1 after exchanges)

A-BASE SCOPE of SUPPLY consist of the following items:Item Description Quantity Value

1 Inverter Cabinets Unit: x unitsInverter with base selected configuration SIEMENS SINACON PV 4800kVA / DC1500V / 2 x AC 660V / 50Hx / 3ph / IP65 Outdoor housingSelected Configuration for base SoW to receive the MFLB:SINACON PV 6SP1461-0EW05-8IW0MPP range: DCV max MPP / DCV min MPP: 1500 / 983-1081VDC2 x MPP Trackers for InverterIncluding:● DC fuses 355A NH3L with fuse holder for positive and negative side (24 x 2 fuses /Inverter)● DC current monitoring● AC outlet cover● Network- / Optical Fiber switch connection: multimode managed● AC pre-charge (for Q at night) with powerlink and irradiation sensor● Internal insulation monitoring● Without add measures for seismic resistant design (A ≤0,2g)● Min operating temperature down to -10°C● Amagnetic cables entry closing plates with glanding provision● MV equipment control and monitoring integrated into Inverter master controller● 1kW-1kWh UPS with Li-ion Batteries (for IED devices & communication, not forHVAC

aux power)● Routine tests and checks on all units● max for 4 days of FAT for the whole of supply quantity● Warranty extension from 2 years standard to 5 years for SINACON-PV

2 30/36kV (70/170kV) 3ph 50Hz 630A 20kA 3s IAC-A FLR 20kA 1s outdoor RMUSIEMENS GIS series 8DJH36 in block configuration RRL x units

Complete with:● Short circuit & Earth Fault (IKI-20PULS) indicator on R Functional Units with SF6LBS● MF numerical protection SIPROTEC series 7SJ80 on T Funcional Unit with vacuum

CB● Voltage Detection System device at each Functional Unit (VOIS R+)● Motor operation for the R Functional Units● Amagnetic cables entry closing plates with glanding provision● Kit of operating handles● T plug-in MV cables terminations (for 1 single core cable term/ph per FU and up to 300sqmm cross section cable)● Routine tests and checks on all units● 2 days FAT on whole qty

3 Oil insulated outdoor Converter Power Transformer 39 units30.0/0.66-0.66kVDd0/d0 vector groupONAN rated power @ +40°C 4800kVA (2400-2400kVA); 4410kVA (2205-2205kVA)

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@ +50°CWindings conductor AL/ALP.E.I. 99,465%Including:● HV C plug-in bushings● LV palm type porcelain or silicon bushings● IP54 LV terminal box● 2 x PT 100● T plug-in MV cables terminations (for 1 single core cable term/ph and 70 to120sqmm cross section cable)● One per DGPT2 relay● Corrosion protection min C4h● Electrostatic screening● Routine tests and checks on all units● 2 days FAT for each batch of delivery● Type and Special Tests on one sample: Noise tests, Lightning Impulsew/stand, Temperature Rise

1 set

l.s. l.s.

4 Steel Skid Base and Equipment Integration Assembly x unitsHot dip galvanized members for corrosion protection class ≥C4hMounting plates for fixing to concrete platform (4 or 6 pieces)Lifting eyebolts provisionsStatic and Dynamic calculations (including stresses for seismic acceleration up to0,2g)RMU-TR connection MV cable truncking, including 18/30kV XLPE Cu 70-120sqmmsingle core cablesInverter – TR connection LV cable ducting IP54 min, including 1kV 240sqmm Cusingle core cables (8/ph) with terminal lugsEquipment earthing provisionsTools box with padlockComplete mechanical assembly of RMU, TR and Inverter cabinet on the skidincluding power and control, communication on-board electrical interconnections(note: due to their height, the 2 cooling towers on the inverter cabinet – at least theupper part – may be delivered un-mounted)Including:● Routine tests and checks on all units● Cold tests on all the assembled units● 4 days FAT on whole qty● Loading of the assembled Skid into 40’ Open Top Container and transport suitablestiffening inside + suitable cover sheeting and shock recorders● FOB delivery to suitable South Italian Port

5 General and Common items l.s. l.s.5.1 dwgs after final revision and approval x sets5.2 Manuals x sets5.3 DDP site of PV Plant including unloading x units

5.4 All nameplates and warning plates will be in Portuguese l.s.

5.5 wCertificate of Inverter’s fulfillment to REN Grid Code (will be issued within 6

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Explanation Notes :

i. The offered inverter size of 4.80 MVA and the number of x units, has been selected due to opti-mization between AC voltage of 690 VAC and MPPT voltage range in order to maximize theharvest of energy during low radiation conditions (e.g. in the morning or evening or cloudpassages). Attached you will find the PV syst OND files of the subject Inverters so as the range ofSiemens – WSTECH ones, with which you may do the fine tuning verifications and simulations toreach the best applicable combination. The suitability has been preliminary verified also withPVplanet software.

ii. An additional UPS system within the medium voltage inverter station is quoted for just keepingalive IEDs and control-communication in case of lack of normal auxiliary supply, but is notrecommended due to the following reasons:

1. The auxiliary transformer is foreseen mainly for the supply of energy towards the coolingsystem (i.e. the water pump and the fans of the cooling tower), if this transformer wouldhave a defect the inverter has to switch off anyway.

2. The control cabinet does not deliver valuable information after switching of the inverter anddoes not need to be electrified therefore. If the inverter has a grid failure it willautomatically disconnect and comes in safe shut down modus.

3. Due to high ambient temperature inside of the inverter, a standard UPS battery systemwould have short maintenance intervals on the contrary low maintenance may be achievedby use of LiFePo technology batteries but with sensible cost impact.

4. Siemens is however ready to discuss with you this aspect if needed.iii. Siemens confirms that the Inverters proposed can completely fulfill the Grid

Code. A certificate for that will be available in 1 month from order award.iv. Present proposal excludes any Power Plant Controller system outside the interface

communication at the Inverter controller. For sure PPController is a valuable interest item forSiemens and an eventual additional dedicated proposal may be worked out after more specificinformation on the architecture and communication anf functional requirements from your side.

Vendor and sub-vendors (essential):

i. Project handling and overall engineering: Siemens SpA – Milano – Italyii. Complete Inverter Cabinet manufacture, supply and related detailed hardware and software

engineering: Siemens AG-WSTECH – Flensburg - Germanyiii. MV GIS RMU switchgear manufacturing and plant: Siemens AG – Frankfurt am Main – Germanyiv. Converter Power Transformer design and manufacture and supply:

a. Siemens Transformer – Weiz – Austria, orb. ALTRAFO – Matera – Italy, orc. MF Trasformatori srl – Brescia – Italy, ord. equivalent qualified and referenced manufacturer

v. Skid design, manufacture and integration of complete assembly:a. CIAURRI srl – Taranto – Italy, or

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b. PRIMICERI spa – Bari -Italyvi. Combiner Boxes, manufacture and supply:

a. WEIDMÜLLER – Germany, or equivalent

SICAM FCM earth fault and short circuit monitoring device with extendedcommunication and metering function complete with 3 Iph sensors and 1 I0sensor (1 kit each RMU) (for system automation if required)

x sets

B-OPTIONAL SUPPLIES (not included in Base SoW)Item Description Quantity Value1.2 OPTIONS for Inverter Cabinets Units

1.2.1 Seismic resistant add-on up to A=0,5g x sets1.2.2 Any additional FAT day ahead 4 included, for Inverter Cabinet DR1.2.3 Long-term spares kit: x set1.2.3a Powerstack right 1500V/1140kVA (c/ IGBTs) x unit1.2.3b Powerstack left 1500V/1140kVA (c/ IGBTs) x unit1.2.3c Inverter’s Control Card 1500 V x unit1.2.3d Switch disconnector 1500 VDC x pcs1.2.3e PV-fuse 1500VDC, 355A size NH3L x unit1.2.3f Pump 50 Hz x unit1.2.3g Air dryer x kit1.2.3h Circuit breaker 1250A x pcs1.2.3i SITOP PSU8200 48V-24V/20A x unit1.2.3l Li-ion battery module for UPS x unit

2.1 OPTIONS for 30kV RMU2.1.1 Equipment warranty extension from 2 to 5 years total x sets2.1.2 Seismic resistant add-on up to A=0,5g x sets2.1.3 Any additional FAT day ahead 2 DR

2.1.4

2.1.5Resistive-Capacitive V sensor single phase plug-in, to equip one of the R FUs(3 each RMU) capable of metering and protective functions (if measurementcapability or V functions required)

x sets

2.1.6 PD detection device for cables connection compartment (3 each RMU) (in casethis diagnostic is required) x sets

2.1.7 Long-term spares kit: x set2.1.7a 1 closing + 1 opening shunt coils for CB x kit2.1.7b VDS VOIS R+ x pcs2.1.7c 1 x EF/SC indicator device x unit2.1.7d 1 x 7SJ80 MF Transformer protection x unit

3.1 OPTIONS for Converter Power Transformer3.1.1 Equipment warranty extension from 2 to 5 years total x sets3.1.2 Seismic resistant add-on up to A=0,5g x sets3.1.3 Any additional FAT day ahead 2 x3.1.4 Long-term spares kit: x set3.1.4a Thermal relay x unit3.1.4b HV bushing x pcs3.1.4c LV bushing x pcs3.1.4d PT100 x pcs

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3.1.4e Touch-up original varnish 5 kg

4.1 OPTIONS for Steel Skid Base and Equipment Integration Assembly4.1.1 Base steel works and assembly warranty extension from 2 to 5 years total x sets4.1.2 Seismic resistant increase design up to A=0,5g x sets4.1.3 Fixing rods to be embedded in concrete slab base (advanced delivery) x sets4.1.4 Any additional FAT day ahead 4 x4.1.5 FAT on sample assembled unit including cooling towers x unit4.1.6 Long-term spares kit: x set4.1.6a Kit of LV pre-fabricated power connections x kit4.1.6b Kit of MV pre-fabricated power connections x kit4.1.6c Kit of assembling bolting x kit4.1.6d Kit of earthing accessories x kit

5.5 OPTIONS for General and Common items

5.5.1 Complement to item 5.3 (unloading at site) to Skid positioning onto theconcrete platform x units

5.5.2 Ele-mech skilled technician tariff for assistance to installation (all inclusive) x

5.5.3 Test & commissioning engineer for assistance to pre-comm.g and energization(all inclusive) x

5.5.4 2 years on site Service Warranty (see notes below) Premium l.s.

5.5.5 RTU Siemens SICAM A8000 for system automation (if required) x units

5.5.6PV system modeling simulation study (by PVPlanet or suitable software) to bedelivered within 5 weeks from receiving frozen necessary in-puts data and plotplans and structures definition for PV modules

x l.s.

61500VDC Combiner (String) Boxes IP65 suitable for up to 24 strings connection(30 PV modules each) and up to 400A switch disconnector (no stringmeasurement)

x units

Delivery capability:

Siemens declares the capability to deliver from the South Italy Skid integrator workshop to the forwardingAgent (so excluding the transit time to site in Portugal):

Ø 8 PS Skid units per week starting from 20 weeks from complete and effective and accepted POØ and provided that a comprehensive fully clearing KoM will be held in the 1st week after PO

Other Contractual Terms & Conditions:

These will be discussed and defined with the Commercial Offer

Exclusions of scope of supply:

Kindly note that items which are not explicitly included in the Scope of Supply /Works (aforementionedSoW) are excluded, especially (but not limited to) the following items and services:

· Network analysis / study / calculation

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· Any SCADA system, RTU, grid protection, overall PV plant monitoring or PV plant controllingif not included in offer position

· Tariff Power metering· Any power factor correction equipment (e.g. FACTS, SVARs, reactors or capacitors, ...)· Security systems· Access control systems· Foundations and civil works· External cables and connection of external cables to Power Skids· String and combiner boxes if not included in the Offer-Positions· Spare Parts (optional items)· Erecting / Commissioning (assistance tariffs given in option)· Certifications which are exceeding our ready available Standard-Documents (REN inverter

certificate proposed in option)· tests in excess to standard IEC based factory-routine-tests of each inverter and / or the

existing Certificates· Intermit storage

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Technical Attachments:

1. Inverter and cabineta. SINACON PV Datasheet with selected MLFB

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b. SINACON PV Technical Datasheet for selected Configuration

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c. SINACON PV and MV Skid Block Diagram

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d. SINACON PV and MV Skid GA

Power Skid Assembly rendering at site

Inverter cabinets front view open with clear view of:power stacks / reactors / water pumps / cooling towers / AC protection and connection /touch screen

Inverter cabinets rear open with clear view of:DC connections / DC fuse holders / DC switch disconnector

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Inverter cabinets side view open with clear view of control devices

Inverter cabinets: the cooling system

Power Skid preliminary assembly handling (approx 16.000-17.000kg)

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e. SINACON PV and MV Skid control and communication interfaces

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Auxiliary Supplies interfaces

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2. 30kV Gas Insulated Switchgear (GIS) RMU 8DJH36a. Views

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3. 30kV Converter Power Transformera. Views

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b. Technical description and Data

GeneralThis specification applies for the SINACON PV 4800 inverter.

General requirementsThe MV transformer used in a PV power plant is placed as outdoor transformer. No additional protectionhousing around the transformer is required to enable outdoor operation. The transformer is theconnection between the PV inverter and the medium voltage grid. The transformer has one primarywinding with typically 30kV and two secondary winding with typically 660V. The secondary windings arefloating (IT-system). The PV field can be continuously grounded to earth on the plus or minus side. Inconsequence, the voltage level of the secondary windings can be continuously 660V above or belowground (instead of 364V). The maximal power of the transformer will be up to +40°C and guarantee at upto +50°C shall be according to associated inverter output. The powers of the secondary windings are notalways equal. Under normal operations the loads are nearly identically, but under worst case the powercan be zero on one system and 100 % on the other system continuously. Also one winding system canbe grounded to + PV and the other system to –PV to ground.

Technical dataStandards IEC60076, IEC61378Rated Power 4,8/2,4/2,4MVA @40°C

4,41/2,205/2,205MVA @50°Calso at 110% of rated voltage

Rated primary voltage 30 kVPhase 3-phasesVector group Dd0/d0Primary voltage taps -5%, -2.5%, 0%, 2.5%, 5%Rated primary current 87,8 ARated secondary voltages 2 x 660 VRated secondary currents 2 x 2100 AMax power unbalance 100 %Max. THD on sec. current <3 %Max DC-offset on sec. current < 0.5%Short circuit voltage uk HV-LV1 7% The fault level on the AC side of

inverter cannot exceed 50kAShort circuit voltage uk HV-LV2 7% The fault level on the AC side of

inverter cannot exceed 50kAShort circuit voltage uk LV1-LV2 To be defined at design stageShort circuit voltage uk maximumdifference between HV/LV1 &HV/LV2

~0.5% Symmetrical DC-componentconsidered for max. 3 seconds(fault condition) once per day.

Insulation level HV 36/70/170 kVMax peak voltage betweenthe sec. windings and ground 2000 Vp continuous at 5 kHzMax peak voltage between 2000 Vp continuous at 5 kHz

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the sec. windings

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Max dV/dt betweensec. windings and ground 500 V/μsInsulation level LV 4 kV between ground and windingsInsulation level LV 4 kV Between LV windingsRated frequency 50 HzNo load losses ≤ 4250 W +/- 15% P.E.I. < 99.465%Rated short circuit losses ≤ 32 kW +/- 15%Max ambient temperature + 50°CMax Average Temp. rise at ratedcurrent

55 K

Max over-temperature 50 KMax insulation system temperature 105°C Class A IEC 60085Cooling ONANType of oil Mineral oilInstallation OutdoorAltitude <1000mShielded winding required between primary and secondary windingsSensor of the temperature 2 x PT100 in the OilThermal relay 1x DGPT 2Pressure Device 1x Pressure Relief Device with

C/O contactTransformer color RAL 7035Corrosion protection C4hBushingsHV Bushings 33kV cable plug connect

bushingsLV Bushings 1kV palm type porcelain or

silicon bushingsAllows up to 4x connections perbushing

LV Terminal Box LV Terminal Box to cover LVconnections and to interfacewith Inverter

Preliminary dimensions (to be confirmed at design stage)Width Max. 2900mmHeight Max. 2500 mmDepth Max. 1550 mmWeight total / oil ~10.000 / 2.500 Kg

4. Power Skid Structural Base-frame

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a. View data inputs for preliminary dimensioning plus considering Ag 0,2g

b. View result of preliminary dimensioning: see attached Skid base dwg (H400mm)

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5. Combiner Box

TECHNICAL DATA

APPLICATION DATAOperating ambient temperature range -20 °C to +50 °CIntended installation location protected outdoors (≤ 1 km from sea)Degree of protection (acc. to IEC 60529) IP65Conformity with norms IEC 61439-2 ed 2.0 / EN 61439-2:2011

ELECTRICAL CHARACTERISTICSRated DC voltage (Un) 1500 VDCRated DC current per input (Inc) 9.4 A at 50 °C ambientRated DC current per input(10h short-circuit at main output)

1.25 x Inc

Switch disconnector breaking & making capacity(acc. to IEC 60947-3)

400 A (DC21B 1500 V)

Switch-disconnector / Circuit breaker /Contactor handle location

direct handle (inside enclosure)

DC earthing system floating positive and negativeSurge protection on DC ports 1,500V DC, type II, Imax = 25kA,

Up <5.2 kV, no aux. Contact

ENCLOSUREEnclosure dimensions (H x W x D) 847 x 636 x 300 mm (typical not binding)Form factor cabinet with hinged door(s)Material glass-fiber reinforced polyester (GFRP)Fixing system direct wall mount + plastic wall mount lugs

INPUTSNumber of DC inputs (+ & ‒ being one input) 24Positive DC input wires' to be connected to / cross-section(stranded)

PUSH-IN connection / 0.5 - 16 mm²

Negative DC input wires' to be connected to / cross-section(stranded)

PUSH-IN connection / 0.5 - 16 mm²

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Positive / Negative DC input wires' outer diameter 5 - 10 mm

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Fuses fuse-links and fuse clipsFuse form factor 10 x 85 mmLocation of fuses positive and negative inputsFuse-link rated current (In) 16 AFuse-link time-current characteristic gPV (EN 60269-6)Earth wire to be connected to / cross-section (stranded) screw connection / 2.5 - 35 mm²Earth wire outer diameter 6 - 12 mm

OUTPUTSNumber of DC outputs (+ & ‒ being one output) 1DC output wires' to be connected to / cross-section (stranded) switch-disconnector, M12 bolt and nut

connection (≤ 300 mm²)DC output wires' outer diameter 18 - 25 mm

2000

1640107 4

10

12

800

25°

990

1200

2111

1665

A

5 1

3

2

40

DETALLE A ESCALA 1 : 3

9

15

13

8

SISTEMAPATENTADOES1078230U

20 1621

15 17 16

14

21

18 11 11

22 CORREA MEDIANA CF80x2 12 8360 mm S23521 TUERCA DIN934 M12 8.820 ARANDELA DIN9021 M12 8.819 TAPA INICIO M8 6063 T518 MUELLE17 ARANDELA DIN125 M12 8.816 ARANDELA DIN127 M12 8.815 TORNILLO DIN933 M12x30 8.814 TORNILLO DIN912 M8x45 A213 TAPA INTERMEDIA M8 6063 T511 GRAPA APOYO PANEL 11 PP10 ARRIOSTRE LATERAL Ø40x1.5 10 2477 mm S2359 GRAPA SUJECIÓN CORREA 9 DD-108 GRAPA SUJECIÓN PANEL 8 DD-107 EMPALME DILATACIÓN 7 300 mm S2355 PATA FRONTAL C60x40x15x4 5 2171 mm S2354 CORREA LARGA CF80x2 4 9610 mm S2353 DIAGONAL Ø40x1.5 3 1568 mm S2352 VIGA SUPERIOR CF80x2 2 3171 mm S2351 PATA TRASERA C60x40x15x4 1 2947 mm S235

POS DENOMINACIÓN PIEZA DIMENSIÓN MATERIAL

6

D

C

B

A

E

F

G

H

E

A

B

C

D

F

54321 7 8 9 10 11 12

1 2 3 4 5 6 7 8

G

S & Z, SRL - ARICESTII

CANTIDAD

16/08/13PR-13-021

DETALLE LÍNEA DE PANELES - MESAS 3x23

(SEGÚN TABLA)

1 de 1

A2

s/eDIM. EN mm

ESCALA

HOJA

HOJAREFERENCIAFECHAAPROBADOVERIFICADODIBUJADO

DENOMINACIÓN

0.1TOLERANCIAGENERAL

MATERIAL

POLÍGONO INDUSTRIAL "OLIVERAL" RIBARROJAC/ G Nº22 NAVE 5 RIBARROJA (VALENCIA)

de stro.

universal

R.Giménez

**

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

Power Output

HyPro STP440S - A78/VfhPreliminary Draft STP435S - A78/Vfh STP430S - A78/Vfh

3800Pa5400Pa

PIDResistant

• 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: 2008, ISO 14001: 2004 and ISO17025: 2005• 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 x 100% EL inspection ensuring defect-free modules

• 97.5% in the first year, thereafter, for years two (2) through twenty-five (25), 0.7% maximum decrease from MODULE’s nominal power output per year, ending with the 80.7% in the 25th year after the defined WARRANTY STARTING DATE.****

• 12-year product warranty• 25-year linear performance

The unique cell design leads to reduced electrodes resistance and smaller current, thus enables higher fill factor. Meanwhile, it can reduce losses of mismatch and cell wear, and increase total reflection.

Special Cell Design

Lower hot spotsReduce the hot spots and minimize panel degradation

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

440 WattMONO HALF CELL SOLAR MODULE Features

Weak light

High power outputCompared to normal module, the power output can increase 5W-10W

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

Trust Suntech to Deliver Reliable Performance Over Time

Industry-leading Warranty based on nominal power

* Please refer to Suntech Standard Module Installation Manual for details. **WEEE only for EU market. *** Please refer to Suntech Product Near-coast Installation Manual for details. **** Please refer to Suntech Product Warranty for details.Made in China

Industry leading linear warranty

War

rant

ed P

ower

Out

put 100%

10

97.5%

80%25

90%

80.7%

1 10 25

©Copyright 2019 Suntech www.suntech-power.com IEC-STP-Vfh-NO4.01-draft-Rev 2019

IP68 Rated Junction Box

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.

Extended load testsModule certified to withstand front side maximum static test load (5400 Pascal) and rear side maximum static test loads (3800 Pascal) *

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

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0 10 20 30 40 50 60

Cu

rren

t (A

)

Po

wer

(W)

Votage (V)

1000 W/m2 800 W/m2 600 W/m2 400 W/m2 200 W/m2

Electrical Characteristics

STC STP440S-A78/Vfh

STP435S-A78/Vfh

STP430S-A78/Vfh

Maximum Power at STC (Pmax) 440 W 435 W 430 W

Optimum Operating Voltage (Vmp) 45.5 V 45.3 V 45.1 V

Optimum Operating Current (Imp) 9.68 A 9.61 A 9.54 A

Open Circuit Voltage (Voc) 53.2 V 53.0 V 52.8 V

Short Circuit Current (Isc) 10.30 A 10.23 A 10.16 A

Module Efficiency 20.2% 19.9% 19.7%

Operating Module Temperature -40 °C to +85 °C

Maximum System Voltage 1500 V DC (IEC)

Maximum Series Fuse Rating 20 A

Power Tolerance 0/+5 WSTC: lrradiance 1000 W/m2, module temperature 25 °C, AM=1.5;Tolerances of Pmax, Voc and Isc are all within +/- 5%

NMOT STP440S-A78/Vfh

STP435S-A78/Vfh

STP430S-A78/Vfh

Maximum Power at NMOT (Pmax) 331.3 W 327.5 W 323.8 W

Optimum Operating Voltage (Vmp) 41.8 V 41.6 V 41.4 V

Optimum Operating Current (Imp) 7.93 A 7.87 A 7.82 A

Open Circuit Voltage (Voc) 49.8 V 49.6 V 49.4 V

Short Circuit Current (Isc) 8.32 A 8.26 A 8.21 ANMOT: Irradiance 800 W/m2, ambient temperature 20 °C, AM=1.5, wind speed 1 m/s;

Mechanical Characteristics

Solar Cell Monocrystalline silicon 6.25 inches

No. of Cells 156 (6 × 26)

Dimensions 2178 × 1002 × 35mm (85.7 × 39.4 × 1.4 inches)

Weight 25.4 kgs (56.0 lbs.)

Front Glass 3.2 mm (0.13 inches) tempered glass

Frame Anodized aluminium alloy

Junction Box IP68 rated (3 bypass diodes)

Output Cables 4.0 mm2 (0.006 inches2), unsymmetrical lengths (-) 350mm ( 13.8 inches) , (+) 160 mm (6.3 inches)

Connectors MC4 EVO2, Cable 01S

Dealer information

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.

Current-Voltage & Power-Voltage Curve (440S)

Temperature Characteristics

Nominal Module Operating Temperature (NMOT) 42±2°C

Temperature Coefficient of Pmax -0.37%/°C

Temperature Coefficient of Voc -0.304%/°C

Temperature Coefficient of Isc 0.05%/°C

Packing Configuration

Container 20’ GP 40’ HC

Pieces per pallet 30 30

Pallets per container 5 20

Pieces per container 150 600

E-mail: [email protected] www.suntech-power.com

All technical data at standard test conditionAM=1.5 E=1000W/m Tc=25℃For field connections, use minimum No. 12 AWG copperwires insulated for a minimum of 90℃Fire class rating: Fire Class C ,

Model NumberRated Maximum PowerOutput ToleranceCurrent at PmaxVoltage at PmaxShort-Circuit CurrentOpen-Circuit VoltageNominal Operating Cell Temp.

WeightDimensionMaximum System VoltageMaximum Series Fuse RatingCell Technology

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ij1000Vlm

Application Class A

UL 1703

(P

(I(V(I(V(T

)

)))))

IEC-STP-Vfh-NO4.01-draft-Rev 2019

HyPro STP440S - A78/VfhPreliminary Draft STP435S - A78/Vfh STP430S - A78/Vfh

Model Product: 702-706-711-714-717-725-731 - 20160412

RG7H1OR da 1,8/3 kV a 26/45 kV(TRIPOLARI)

Cavi MT tripolari isolati in gomma HEPR di qualità G7, sotto guaina di PVC.MV cables rubber insulated pole HEPR G7 quality, PVC sheathed.

Norme di riferimento Standards

CEI 20-13, IEC 60502 CEI 20-16 CEI EN 60332-1-2 (IEC 60840 per 26/45 kV)

Conduttore rigido di rame rosso ricotto. Classe 2.Semiconduttore interno elastomerico estrusoIsolamento in HEPR di qualità G7Semiconduttore esterno elastomerico estruso pelabile a freddo per ilgrado 1,8/3kV solo su richiestaSchermo a due nastri di rame rosso intercalati Riempitivo in materiale non fibroso e non igroscopicoGuaina PVC qualità RZ/ST2

Rigid class 2 red copper conductor.Inner semi-conducting layerHEPR Insulation in G7 qualityOuter semi-conducting layer special high module hepr for 1.8 / 3 kVonly on requestTwo alternaded copper tapes screenNot fibrous and not hygroscopic fillerPVC sheath in RZ/ST2 quality

Tensione nominale U0 da 1,8kV a 26 kV Nominal voltage U0Tensione nominale U da 3 kV a 45 kV Nominal voltage U

Tensione massima Um da 3,6 kV a 52 kV Maximun voltage UmTemperatura massima di esercizio +90°C Maximun operating temperature

Temperatura massima di corto circuito +250°C Maximun short circuit temperatureTemperatura minima di esercizio (senza shock meccanico) -15°C Min. operating temperature (without mechanical shocks)

Temperatura minima di installazione e maneggio 0°C Minimum installation and use temperature

Condizioni di impiego piu comuniAdatti per il trasporto di energia tra le cabine di trasformazione e le grandiutenze. Per posa in aria libera, in tubo o canale. Ammessa la posa interrataanche non protetta.

Common featuresSuitable for the transport of energy between the substations and large users.For free-hanging, tube or channel. Also allowed for laying undergroundunprotected.

Condizioni di posaRaggio minimo di curvatura per diametro D (in mm):12 DSforzo massimo di tiro:60 N/mmq

EmploymentMinimum bending radius per D cable diameter (in mm):12 DMaximum pulling stress:60 N/mmq

Colori animeTripolare: Identificazione fasi: fili o nastrini colorati

Core coloursThree cores: Identification of phases: colored ribbons or wires

Colori guainaRosso

Sheath colourRed

Marcatura ad inchiostroGENERAL CAVI RG7H1OR (TENSIONE ISOLAMENTO) 3x(SEZIONE)ANNO COSTRUZIONE LOTTO DI LAVORO

Ink markingGENERAL CAVI RG7H1OR (VOLTAGE INSULATION) 3x (SECTION) YEARBUILT LOT OF WORK

NoteA richiesta possono anche essere non propaganti l'incendio CEI 20-22 II

NoteA request may also be fire retardant CEI 20-22 II

MEDIA TENSIONE / MEDIUM VOLTAGE

Model Product: 702-706-711-714-717-725-731 - 20160412


Uo/U : 1,8/3 kV - U max : 3,6 kV(EX GRADO 8)

Numero conduttori Sezione nominaleDiametro indicativo

conduttoreDiametro indicativo isolante Diametro indicativo esterno Peso indicativo del cavo Raggio minimo curvatura

Conductor Number Nominal Section Approx conductor diameter Approx insulation diameterApprox external production

diameterApprox cable weight Minimum radius bending

(N°) (mmq) (mm) (mm) (mm) (kg/km) (mm)

Tripolare / Three cores

3x 10 4.0 8.0 27.25 904 330

3x 16 4.8 8.8 29.5 1155 360

3x 25 6.0 10.0 32.5 1575 390

3x 35 7.0 11.0 34.5 1952 430

3x 50 8.1 12.1 37.2 2338 470

3x 70 9.9 13.9 41.4 3150 530

3x 95 11.5 15.5 45.0 4024 570

3x 120 12.9 16.9 48.7 4918 620

3x 150 14.2 18.2 52.2 5791 660

3x 185 15.9 19.9 56.5 7086 720

3x 240 18.3 22.3 62.0 8975 800

3x 300 20.7 24.7 67.35 11069 870

3x 400 23.5 27.5 74.2 13756 950

Formazione Resistenza elettrica a 20°C Capacità a 50 HzResistenza apparente a

90°C e 50 HzReattanza di fase

Portata di corrente

In aria Interrato

Formation Elettric Resistace 20°C Capacities 50 HzApparent resistance at 90°C

and 50 HzPhase Reactance

Current carrying capacities

In air In ground

(N° x mmq) (Ohm/km) (microF/km) (Ohm/km) (Ohm/km) (A) (A)


3x10 1.83 0.19 2.34 0.11 85 93

3x16 1.15 0.23 1.47 0.10 109 120

3x25 0.727 0.27 0.927 0.097 145 155

3x35 0.524 0.30 0.669 0.093 175 185

3x50 0.387 0.34 0.494 0.088 208 216

3x70 0.268 0.40 0.342 0.084 260 265

3x95 0.193 0.45 0.247 0.081 318 315

3x120 0.153 0.50 0.197 0.079 367 360

3x150 0.124 0.55 0.159 0.077 415 400

3x185 0.0991 0.60 0.129 0.076 476 453

3x240 0.0754 0.68 0.0990 0.074 555 520

3x300 0.0601 0.75 0.0807 0.072 635 585

3x400 0.0470 0.83 0.0651 0.071 716 651


Model Product: 702-706-711-714-717-725-731 - 20160412







(N°) (mmq) (mmq) (mm) (mm) (kg/km) (mm)


3x 10 4.0 11.6 31.8 1287 400

3x 16 4.8 12.4 34.4 1530 420

3x 25 6.0 13.6 37.4 1980 470

3x 35 7.0 14.6 39.7 2406 500

3x 50 8.1 15.7 42.8 2896 530

3x 70 9.9 17.5 46.3 3663 570

3x 95 11.5 19.1 50.0 4653 640

3x 120 12.9 20.5 54.2 5544 680

3x 150 14.2 21.8 57.3 6435 720

3x 185 15.9 23.6 61.5 7821 780

3x 240 18.3 26.0 66.8 9900 860

3x 300 20.7 28.4 72.9 12375 930

3x 400 23.5 32.4 78.2 15420 997



Portata di corrente

In aria Interrato




In air In ground



3x10 1.83 0.15 2.34 0.12 85 93

3x16 1.15 0.17 1.47 0.12 109 120

3x25 0.727 0.20 0.927 0.11 145 153

3x35 0.524 0.23 0.669 0.10 175 183

3x50 0.387 0.26 0.494 0.097 211 216

3x70 0.268 0.30 0.342 0.092 262 263

3x95 0.193 0.33 0.247 0.089 318 315

3x120 0.153 0.37 0.197 0.086 370 359

3x150 0.124 0.40 0.159 0.084 415 400

3x185 0.0991 0.44 0.129 0.082 477 451

3x240 0.0754 0.49 0.0990 0.079 555 518

3x300 0.0601 0.54 0.0807 0.077 635 583

3x400 0.0470 0.60 0.0651 0.075 717 651


Model Product: 702-706-711-714-717-725-731 - 20160412


Uo/U : 6/10 kV - U max : 12 kV(EX GRADO 17)







3x 10 4.0 14.2 36.9 1791 490

3x 16 4.8 14.2 39.0 2070 530

3x 25 6.0 15.4 42.0 2497 550

3x 35 7.0 16.4 44.0 2945 590

3x 50 8.1 17.5 47.0 3463 620

3x 70 9.9 19.3 51.0 4378 680

3x 95 11.5 20.9 55.0 5403 750

3x 120 12.9 22.3 57.1 6358 780

3x 150 14.2 23.6 62.0 7413 820

3x 185 15.9 25.4 66.0 8806 880

3x 240 18.3 27.8 72.1 10935 960

3x 300 20.7 30.2 77.8 13293 1040

3x 400 23.5 34.5 84.5 15900 1050



Portata di corrente

In aria Interrato

Formation Electric resistance at 20°C Capacities 50 HzApparent resistance at 90°C



In air In ground



3x10 1.83 0.16 2.34 0.14 73 78

3x16 1.15 0.18 1.47 0.13 107 112

3x25 0.727 0.21 0.927 0.12 145 149

3x35 0.524 0.23 0.669 0.11 175 178

3x50 0.387 0.26 0.494 0.11 208 210

3x70 0.268 0.29 0.342 0.10 260 257

3x95 0.193 0.32 0.247 0.097 316 307

3x120 0.153 0.36 0.197 0.094 365 350

3x150 0.124 0.38 0.159 0.091 407 390

3x185 0.0991 0.42 0.129 0.088 469 440

3x240 0.0754 0.47 0.0990 0.085 550 510

3x300 0.0601 0.52 0.0807 0.084 630 580

3x400 0.0470 0.57 0.0651 0.082 720 655


Model Product: 702-706-711-714-717-725-731 - 20160412









3x 16 4.8 17.4 45.5 2567 600

3x 25 6.0 17.4 48.0 3025 630

3x 35 7.0 18.4 51.2 3512 670

3x 50 8.1 19.5 53.5 4109 710

3x 70 9.9 21.3 58.0 5035 760

3x 95 11.5 22.9 61.5 6119 820

3x 120 12.9 24.3 65.0 7094 870

3x 150 14.2 25.6 68.2 8199 900

3x 185 15.9 27.4 72.5 9652 960

3x 240 18.3 29.8 78.2 11860 1040

3x 300 20.7 32.2 78.6 14189 1110



Portata di corrente

In aria Interrato




In air In ground



3x16 1,15 0.15 1,47 0,14 98 101

3x25 0.727 0.18 0.927 0.13 145 145

3x35 0.524 0.19 0.669 0.12 177 173

3x50 0.387 0.21 0.494 0.12 210 204

3x70 0.268 0.24 0.342 0.11 262 250

3x95 0.193 0.26 0.247 0.10 315 298

3x120 0.153 0.29 0.197 0.10 361 339

3x150 0.124 0.31 0.159 0.097 407 378

3x185 0.0991 0.34 0.129 0.094 470 429

3x240 0.0754 0.37 0.0990 0.090 550 500

3x300 0.0601 0.42 0.0807 0.088 630 565


Model Product: 702-706-711-714-717-725-731 - 20160412









3x 25 6.0 20.4 54.8 3532 720

3x 35 7.0 20.4 57.6 4050 740

3x 50 8.1 21.5 60.1 4637 770

3x 70 9.9 23.3 64.5 5652 830

3x 95 11.5 24.9 69.5 6786 880

3x 120 12.9 26.3 74.8 7791 920

3x 150 14.2 27.6 75.0 8925 970

3x 185 15.9 29.4 80.3 10428 1030

3x 240 18.3 31.8 84.0 12627 1100

3x 300 20.7 34.2 91.5 15094 1180



Portata di corrente

In aria Interrato




In air In ground



3x25 0.727 0.15 0.927 0.14 145 148

3x35 0.524 0.17 0.669 0.13 177 175

3x50 0.387 0.18 0.494 0.12 210 207

3x70 0.268 0.21 0.342 0.11 262 253

3x95 0.193 0.23 0.247 0.10 315 301

3x120 0.153 0.25 0.197 0.10 361 342

3x150 0.124 0.27 0.159 0.10 407 381

3x185 0.0991 0.29 0.129 0.098 470 431

3x240 0.0754 0.32 0.0990 0.094 550 500

3x300 0.0601 0.35 0.0807 0.092 630 562


Model Product: 702-706-711-714-717-725-731 - 20160412









3x 35 7.0 28.0 70.6 5910 920

3x 50 8.1 27.1 72.0 6420 940

3x 70 9.9 28.9 75.9 7500 1000

3x 95 11.5 30.5 80.1 8740 1050

3x 120 12.9 31.9 83.2 9840 1090

3x 150 14.2 33.2 86.9 11070 1140

3x 185 15.9 35.0 91.0 12730 1200

3x 240 18.3 37.4 96.3 15060 1270



Portata di corrente

In aria Interrato




In air In ground



3x35 0.524 0.14 0.669 0.14 177 174

3x50 0.387 0.15 0.494 0.13 210 205

3x70 0.268 0.16 0.342 0.13 260 250

3x95 0.193 0.18 0.247 0.12 315 300

3x120 0.153 0.19 0.197 0.12 360 340

3x150 0.124 0.20 0.159 0.11 405 380

3x185 0.0991 0.22 0.129 0.11 465 430

3x240 0.0754 0.24 0.0990 0.10 545 496


Model Product: 702-706-711-714-717-725-731 - 20160412


ALTA TENSIONE Uo/U : 26/45 kV - U max : 52 kV (EX GRADO 67)







3x 70 9.9 33.3 86.0 9130 1160

3x 95 11.5 34.9 91.0 10450 1210

3x 120 12.9 36.5 94.3 11650 1260

3x 150 14.2 36.85 92.7 12000 1230

3x 185 15.9 38.85 97.0 13570 1290



Portata di corrente

In aria Interrato




In air In ground



3x70 0.268 0.15 0.342 0.14 255 241

3x95 0.193 0.16 0.247 0.13 308 288

3x120 0.153 0.17 0.196 0.13 353 327

3x150 0.124 0.19 0.160 0.12 398 366

3x185 0.0991 0.21 0.129 0.12 457 416
