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12.c Omvormer

Raadsvergadering 18 september 2025, gemeente HeerenveenBij agendapunt: Bindend advies over aanvraag omgevingsvergunning Heerenveen, Leeuwarderstraatweg (t.o. nr. 105)2.294 woorden

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De omvormers worden op dit zonnepark gemonteerd aan de onderconstructie van de zonnepanelen. De kleur van een omvormer is wit of (licht)grijs. De initiatiefnemer maakt gebruik van omvormers die geschikt zijn voor grondgebonden zonneparken. Op de volgende pagina’s ziet u voorbeelden van omvormers van verschillende fabrikanten. Deze typen omvormers zouden technisch gezien toegepast kunnen worden. Het uiterlijk en de maatvoering kan wat afwijken; dit is afhankelijk van het type omvormer, de producent en voortschrijdende techniek. Hierbij moet worden opgemerkt dat het gaat om ondergeschikte eigenschappen. Het gaat in beginsel voor niet-deskundigen om nauwelijks waarneembare afwijkingen. De (internationale) markt voor omvormers is volop in ontwikkeling. De keuze voor het type omvormer hangt o.a. af van de beschikbaarheid op de (internationale) markt, de prijs en de technische specificaties. De definitieve keuze kan daarom pas worden gemaakt als de bouw van het zonnepark in zicht is. De fabrikant en het type omvormer worden ruim voor de start van de bouwwerkzaamheden door initiatiefnemer aangeleverd bij het bevoegd gezag. Productbladen voorbeelden omvormers: Aangehecht op de volgende pagina’s. Referentiebeeld:

Figuur 1 Voorbeeld omvormer op een ander zonnepark

SUN2000-185KTL-H1 Smart String Inverter

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

Efficiency Curve

Circuit Diagram +

MPPT1

100%

99%

Output Filter

MPPT2

L1 L2 L3 PE

EMI Filter

98%

MPPT3

97%

96%

95%

DC Switch 1

SPD

MPPT4

94% 93%

1174 V

91%

1200 V

EMI Filter

1080 V

92%

MPPT5

880 V

MPPT6

+ -

DC Switch 2

SPD

MPPT7

+ -

90%

+ +

20%

40%

60%

80%

100%

MPPT8

Load

MPPT9

+ -

Current Sensor

SOLAR.HUAWEI.COM

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

175,000 W @40°C, 168,000 W @45°C, 160,000 W @50°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

126.3 A @40°C, 121.3 A @45°C, 115.5 A @50°C

Max. Output Current

134.9 A

Adjustable Power Factor Range

0.8 LG ... 0.8 LD ＜3%

Max. Total Harmonic Distortion

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, 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

IP66

Topology

Transformerless

Standard Compliance (more available upon request) Certificates

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

SOLAR.HUAWEI.COM

Reduced LCOE for large PV power plants Lower project LCOE

All-in-One components solution

Highest safety standards & grid support

Vertically integrated technical support

An ideal choice for large utility-scale, ground mounted PV plants, the UT inverter was designed to support PV investments, facilitate bankability and increase project lifetime. By maximizing energy yield and ensuring continuous high performance even under extreme environmental conditions, it delivers the best value for money. Combined with the GoodWe Solar Communication Unit SCU3000A, the UT inverter provides reliable remote monitoring and control via High-speed Power Line Communication (HPLC). Full-load operation at 40ºC

Two strings per MPPT

Flexible DC and AC cabling options

UT Series

String Inverter I 320/350kW I 12/15 MPPTs I Three Phase

EMEA

UT Series Technical Data

GW320K-UT

GW320KH-UT

GW350K-UT

GW350KH-UT

Input Max. Input Voltage (V) MPPT Operating Voltage Range (V) Start-up Voltage (V) Nominal Input Voltage (V) Max. Input Current per MPPT (A) Max. Short Circuit Current per MPPT (A) Number of MPP Trackers Number of Strings per MPPT

1500 480 ~ 1500 500 1160 30 50 15

40 60 12

30 50 15

40 60 12

352 352 352 352

GoodWe-Single page-20250520-EN-EMEA-V1.1. Information may be subject to change without notice during product improving.

Output Nominal Output Power (kW) Nominal Output Apparent Power (kVA) Max. AC Active Power (kW) Max. AC Apparent Power (kVA) Nominal Output Voltage (V) Output Voltage Range (V) Nominal AC Grid Frequency (Hz) AC Grid Frequency Range (Hz) Max. Output Current (A) Power Factor Max. Total Harmonic Distortion

320 320 352 352

800, 3L / PE 640 ~ 920 50 / 60 45 ~ 55 / 55 ~ 65 254 ~1 (Adjustable from 0.8 leading to 0.8 lagging) <3%

Efficiency Max. Efficiency European Efficiency

99.01% 98.80%

Protection PV String Current Monitoring Internal Humidity Monitoring PV Insulation Resistance Detection Residual Current Monitoring PV Reverse Polarity Protection Anti-islanding Protection AC Overcurrent Protection AC Short Circuit Protection AC Overvoltage Protection DC Switch DC Surge Protection AC Surge Protection AFCI Anti-PID PID Recovery Reactive Power Compensation at Night Power Supply at Night I-V Curve Scan

Integrated Integrated Integrated Integrated Integrated Integrated Integrated Integrated Integrated Integrated Type II Type II Optional Integrated Integrated Integrated Integrated Optional

General Data Operating Temperature Range (°C) Relative Humidity Max. Operating Altitude (m) Cooling Method User Interface Communication Communication Protocols Weight (kg) Dimension (W × H × D mm) Topology Self-consumption at Night (W) Ingress Protection Rating DC Connector*1 AC Connector

-35 ~ +60 0 ~ 100% 5000 (>4000 derating) Smart Fan Cooling LED, LCD (Optional), WLAN + APP RS485 or HPLC Modbus RTU 124.0 1120 × 810 × 368 Non-isolated <3 IP66 MC4 (4 ~ 10mm2) OT / DT terminal (Max. 400mm²)

*1: DC-strings connectors supplied by GoodWe 4-6mm²; 10mm² must be purchased separately. *: Please visit GoodWe website for the latest certificates.

emea.goodwe.com

This datasheet provides information about products offered in the EMEA region.

SHP 100-21 / SHP 150-21 / SHP 172-21 / SHP 180-21

Sunny Highpower PEAK3 Customized for tomorrow today

Efficient

• High power density with 180 kW thanks to its compact structure • Max. yield due to possible DC/AC ratio of up to 200% • No derating up to 50°C

Reliable

• Superior PV system availability with 180 kW units • Innovative digital features aligned with the energy management platform ennexOS

Flexible

• For DC input voltages up to 1500 V • Flexible DC solutions with customer-specific PV array junction boxes

Easy to install

• Ergonomic handling and simple connection for quick installation • Centralized commissioning and control of the PV power plant via SMA Data Manager

The Sunny Highpower PEAK3 is the central component of the SMA solution for PV power plants with a decentralized architecture and system voltages of 1500 V DC. This compact string inverter enables cost-optimized solutions for industrial PV applications thanks to its high power density. It also provides a simple way of transport and allows for quick installation and commissioning. This string inverter with 180 kW of power is equipped with the automatic SMA Smart Connected service for proactive servicing that facilitates operation and maintenance and reduces service costs throughout the entire project lifetime.

Technical Data

Sunny Highpower 100-21

Input (DC) Max. PV array power Max. input voltage MPP voltage range / rated input voltage Min. DC voltage / start voltage Max. usable input current / max. short-circuit current Number of independent MPP trackers Number of inputs Output (AC) Rated power at nominal voltage Max. apparent power Nominal AC voltage / AC voltage range

200 kWp 300 kWp 1100 V 1500 V 590 V to 1000 V / 590 V 880 V to 1450 V / 880 V 570 V / 625 V 855 V / 940 V 180 A / 325 A 1 1 or 2 (optional) for external PV array junction boxes

AC grid frequency / range

Rated grid frequency Max. output current Power factor at rated power / displacement power factor adjustable Harmonic (THD) Feed-in phases / AC connection Efficiency Max. efficiency / European efficiency Protective devices Ground fault monitoring / grid monitoring / DC reverse polarity protection AC short-circuit current capability / galvanically isolated All-pole-sensitive residual-current monitoring unit Monitored surge arrester (type II) AC / DC Protection class (according to IEC 62109-1) / overvoltage category (as per IEC 62109-1) General Data Dimensions (W / H / D) Weight Operating temperature range Noise emission (typical) Self-consumption (at night) Topology Cooling method Degree of protection (according to IEC 60529) Max. permissible value for relative humidity (non-condensing) Features / function / accessories DC connection / AC connection LED indicators (Status / Fault / Communication) Ethernet interface Data interface: SMA Modbus / SunSpec Modbus / Speedwire Mounting type OptiTrac / Integrated Plant Control / Q on Demand 24/7 Off-grid capable / SMA Fuel Save Controller compatible Warranty: 5 / 10 / 15 / 20 / 25 years Certificates and approvals (pending)

Type designation ● Standard features

100 kW 150 kW 100 kVA 150 kVA 400 V / 177 V to 477 V 600 V / 480 V to 690 V 50 Hz / 44 Hz to 55 Hz 60 Hz / 54 Hz to 66 Hz 50 Hz 151 A 1 / 0 overexcited to 0 underexcited < 0.5% 3 / 3-PE 98.8% / 98.5%

— Not available

Data at nominal conditions

Status: 03/2023

99.1% / 98.8% ●/●/● ●/— ● ●/● I / AC: III; DC: II

770mm / 830 mm / 462 mm (30.3 in / 32.7 in / 18.2 in) 99 kg (218 lb) ‒25°C to +60°C (‒13°F to +140°F) 69 dB(A) <5W transformerless OptiCool, active cooling, speed-controlled fan IP65 100 % Terminal lug (up to 300 mm²) / Screw terminal (up to 150 mm²) ● ● (2 ports) ●/●/● Rack mounting ●/●/● ●/● ●/○/○/○/○

IEC/EN 62109-1/-2, VDE-AR-N 4110/4120, IEC 62116, IEC 61727, EN 50549, C10/11, CEI 0-16, G99/1 (>16A), PO 12.3, ABNT NBR 16149

SHP 100-21 ○ Optional features

Sunny Highpower 150-21

SHP 150-21

Technical Data

Sunny Highpower 172-21

344 kWp 360 kWp 1500 V 1500 V 968 V bis 1450 V / 968 V 1012 V bis 1450 V / 1012 V 939 V / 1032 V 982 V / 1079 V 180 A / 325 A 1 1 or 2 (optional) for external PV array junction boxes

AC grid frequency / range

Type designation ● Standard features

172 kW 180 kW 172 kVA 180 kVA 660 V / 528 V to 759 V 690 V / 552 V to 793 V 50 Hz / 44 Hz to 55 Hz 60 Hz / 54 Hz to 66 Hz 50 Hz 151 A 1 / 0 overexcited to 0 underexcited < 0.5% 3 / 3-PE 99.2% / 98.9%

— Not available

Data at nominal conditions

Status: 03/2023

99.2% / 98.9% ●/●/● ●/— ● ●/● I / AC: III; DC: II

IEC/EN 62109-1/-2, VDE-AR-N 4110/4120, IEC 62116, IEC 61727, EN 50549, C10/11, CEI 0-16, G99/1 (>16A), PO 12.3, ABNT NBR 16149

SHP 172-21 ○ Optional features

Sunny Highpower 180-21

SHP 180-21

SMA-Solar.com

SHP-21-DS-en-20 Printed on FSC paper. Changes to products and services, including those resulting from country-specific requirements, as well as deviations from technical data are subject to change at any time without notice. SMA assumes no liability for typographical or other errors. Please visit www.SMA-Solar.com for the latest information. Solar Inverter made in Germany by SMA Solar Technology AG.

SMA Solar Technology AG

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