Bijlage 32 Technische gegevens SWT

Transcription

1 Bijlage 32 Technische gegevens SWT Kenmerk: Versie: Auteur: WP TE Definitief Siemens AG

2 Technical Description, SWT-DD-130 Document ID: WP TE Restricted Siemens corporate proprietary information Technical Description SWT-DD-130 Rotor-Nacelle The rotor is a three-bladed cantilevered construction, mounted upwind of the tower. The power output is controlled by pitch regulation. The rotor speed is variable and is designed to maximize the aerodynamic efficiency while maintaining loads and noise level. The nacelle has been designed for safe access to all service points during scheduled service. In addition the nacelle has, when it appears with machinery guards fully assembled, been designed for safe presence of service technicians in the nacelle during Service Test Runs with the wind turbine in full operation. This allows a high quality service of the wind turbine and provides optimum troubleshooting conditions. Blades The blades are made of fiberglass-reinforced epoxy in Siemens proprietary IntegralBlade manufacturing process. In this process the blades are cast in one piece to eliminate weaker areas at glue joints. The blades are mounted on pitch bearings and can be feathered 80 degrees for shutdown purposes. Each blade has its own independent hydraulic pitching mechanism capable of pitching the blade under any operating condition. The blade pitch arrangement allows for optimization of the power output throughout the operating range, and the blades are feathered during standstill to minimize wind loads. Rotor Hub The rotor hub is cast in nodular cast iron and is fitted to the generator rotor with a flange connection. The hub is sufficiently large to provide room for service technicians during maintenance of blade roots and pitch bearings from inside the structure. Main Shaft A cast, hollow and fixed main shaft ensures a comfortable internal access from the canopy to the hub. Main Bearing The rotating parts of the wind turbine are supported by a single, double-tapered roller bearing. The bearing is grease lubricated. Generator The generator is a air-cooled synchronous generator with permanent magnet excitation. The generator rotor construction and stator windings are designed for high efficiency at partial loads. The generator is positioned between the tower and the hub producing a comfortably lean arrangement of the internals in the nacelle. Mechanical Brake The mechanical brake is fitted to the non-drive end of the generator rotor. Yaw System A cast bed frame connects the generator shaft to the tower. The yaw bearing is an externally geared ring with a friction bearing. A series of electric planetary gear motors drives the yawing. Canopy The weather screen and housing around the machinery in the nacelle is made of fiberglass-reinforced laminated panels with multiple fire-protecting properties. The design implies fully integrated lightning and EMC protection. Siemens Wind Power All Rights Reserved / 2 SWT-DD-130 R17_R18_R19 Technical Description rev 1.doc

3 Technical Description, SWT-DD-130 Document ID: WP TE Restricted Siemens corporate proprietary information Tower The wind turbine is as standard mounted on a tapered tubular steel tower. Other tower technologies will be available for higher hub heights. The tower has internal ascent and direct access to the yaw system and nacelle. It is equipped with platforms and internal electric lighting. Controller The wind turbine controller is a microprocessor-based industrial controller. The controller is complete with switchgear and protection devices. It is self-diagnosing and has a touch panel and display for easy readout of status and for adjustment of settings. Converter The NetConverter power conversion system allows generator operation at variable speed, frequency and voltage while supplying power at constant frequency and voltage to the MV transformer. The power conversion system is water cooled and has a modular arrangement for easy maintenance. SCADA The wind turbine provides connection to the Siemens WebWPS SCADA system. This system offers remote control and a variety of status views and useful reports from a standard internet web browser. The status views present information including electrical and mechanical data, operation and fault status, meteorological data and grid station data. Turbine Condition Monitoring In addition to the Siemens WebWPS SCADA system, the wind turbine is equipped with the unique Siemens condition monitoring setup. This system monitors the vibration level of the main components and compares the actual vibration spectra with a set of established reference spectra. Result review, detailed analysis and reprogramming can all be carried out using a standard web browser. Operation Systems The wind turbine operates automatically. It is self-starting when the wind speed reaches the cut-in wind speed. The output increases according to the power curve until the wind speed reaches nominal wind speed. The wind turbine continues to produce power until, the wind turbines reaches the cut-out wind speed. If the average wind speed exceeds the maximum operational limit, the wind turbine is shut down by pitching of the blades. When the average wind speed drops back below the restart average wind speed, the systems reset automatically. Siemens Wind Power and its affiliates reserve the right to change the above specifications without prior notice. Siemens Wind Power All Rights Reserved / 2 SWT-DD-130 R17_R18_R19 Technical Description rev 1.doc

4 Technical Specifications, SWT-DD-130 Document ID: WP TE Restricted Siemens corporate proprietary information Technical Specifications SWT-DD-130 Rotor Type... 3-bladed, horizontal axis Position... Upwind Diameter m Swept area... 13,300 m² Nominal speed rpm Operational speed range rpm Power regulation... Pitch regulation with variable speed Rotor tilt degrees Blade Type... Self-supporting Blade length m Root chord m Aerodynamic profile... Siemens proprietary airfoils, DU-xx-W-xxx Material... GRE Surface gloss... Semi-gloss, < 30 / ISO2813 Surface color... Light grey, RAL 7035 or White, RAL 9010 Aerodynamic Brake Type... Full span pitching Activation... Active, hydraulic Load-Supporting Parts Hub... Nodular cast iron Main shaft... Nodular cast iron Nacelle bed frame... Nodular cast iron Mechanical Brake Type... Hydraulic disc brake Position... Generator rear end Canopy Type... Totally enclosed Surface gloss... Semi-gloss, / ISO2813 Color... Light grey, RAL 7035 or White, RAL 9010 Generator Type... Synchronous, PMG Nominal power MW Grid Terminals (LV) Nominal power MW Voltage V Frequency Hz or 60 Hz Yaw System Type... Active Yaw bearing... Externally geared Yaw drive electric gear motors Yaw brake... Passive friction brake Controller Type... Siemens Integrated Control System (SICS) SCADA system... WPS Tower Type... Tubular steel Hub height m, site-specific Corrosion protection... Painted Surface gloss... Semi-gloss, / ISO-2813 Color... Light grey, RAL 7035 or White, RAL 9010 Operational Data Cut-in wind speed m/s Nominal power at m/s Cut-out wind speed m/s Maximum 3 s gust m/s Weights (approximately) Blade Metric tons Rotor Metric tons Nacelle (split -) Metric tons Nacelle Metric tons Nacelle transport Metric tons Hub Metric tons Siemens Wind Power and its affiliates reserve the right to change the above specifications without prior notice. Siemens Wind Power All Rights Reserved / 1 SWT-DD-130 R19 Technical Specifications rev 0.doc

5 Tower Dimensions, 130 m HH, IEC S, SWT DD-130 Document ID: WP TE Restricted Siemens corporate proprietary information Tower Dimensions 130 m Hub Height, IEC S SWT DD-130 Tower height [m]: Number of Sections [-]: 5 Section [-] Length [m] Top diameter [m] Bottom diameter [m] Top Mid Mid Mid Bottom All dimensions are in [m]. The information presented in this document is related to a specific tower, but shall be used for preliminary use only. No statement made or information given in this statement shall be deemed to constitute a warranty or guaranty of wind turbines or related services and any part thereof. Siemens Wind Power and its affiliates reserve the right to change the above specifications without prior notice. Siemens Wind Power All Rights Reserved /1 SWT DD-130 R19 Tower Dimensions 130 m HH, IEC S rev 0

6 Estimated Foundation Design - D S-T WP TE D3 TO STR J Restricted Siemens corporate proprietary information Estimated Foundation Design - D S-T Volumes: Concrete volume Reinforcement steel m³ kg C35/45 - C50/60 B 500 S The estimation is based on the following assumptions: Gravity based flat foundation with buoyancy Specific weight of soil Specific weight of backfill Friction angle Ratio of reinforcement steel / concrete kn/m³ kn/m³ kg/m³ Parameter that result in different foundation designs are soil conditions, country, designer practise or national codes and standards Foundation geometry h m h m h m h m hf m di m Di m ~5500 Siemens Wind Power and its affiliates reserve the right to change the above specifications without prior notice. Siemens Wind Power A/S All Rights Reserved 2016 GMR 1/1

7 Pedersen; Mads Peder Disclaimer: "shall be used to the building permit purposes only" F F E E D D Hub height Total height Rotor diameter C C B B SWT-DD-130 Total height Hub height Rotor diameter Meter A NOTE: The height of grouting is estimated and will depend on the requirements from the foundation designer Weight app.: Part: N/A Proprietary Class: Restricted Elevation SWT-DD-130 R19 Draw. format: ISO Draw. scale A2 1:500 EC - Sheet no.: 1 / 1 A 8 7 Grouting (50mm.) Concrete top (150mm.) 6 Natural ground level 5 4 This document must not be copied or made available to any Siemens Wind Power A/S third party without our written permission. The contents must be used only as agreed with us. Breach of the above will cause legal action. Borupvej 16 DK-7330 Brande Siemens Wind Power A/S Tel ECN no.: - Draw. no.: Revision: 002 D

8 Nacelle Dimensions, Siemens ON DD Document ID: E W EN Restricted Siemens corporate proprietary information Nacelle Dimensions Siemens Onshore Direct Drive Turbine Platform The design and dimensions of the nacelle are preliminary and may be subject to changes during the development of the product. Dimensions in millimeters. Siemens Wind Power and its affiliates reserve the right to change the above specifications without prior notice. Siemens Wind Power All Rights Reserved / 1 Siemens ON DD MkII R17_R18_R19 Nacelle Dimensions rev 1.docx

9 Nacelle Arrangement, Siemens ON DD Document ID: E W EN Restricted Siemens corporate proprietary information Nacelle Arrangement Siemens Onshore Direct Drive Turbine Platform The design and layout of the nacelle are preliminary and may be subject to changes during the development of the product Item Description Item Description 1 Canopy 7 Yaw gear 2 Generator 8 Hydraulic power unit 3 Blades 9 Swing arm 4 Spinner/hub 10 Cooling inlet with filter 5 Blade bearing cover 11 Wind instruments 6 Control panel Siemens Wind Power and its affiliates reserve the right to change the above specifications without prior notice. Siemens Wind Power All Rights Reserved / 1 Siemens ON DD MkII R17_R18_R19 Nacelle Arrangement rev 2.doc

10 D N V GL TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE Issued: Valid until: Issued for the wind turbine types: Onshore Direct Drive Platform, Generation 1 SWT DD, SWT DD, SWT DD, SWT DD 28, SWT DD, SWT DD, SWT DD 2A, SWT DD, SWT DD and SWT DD 2A PB Specified in Annex 1, 2, 3 and 5 Issued to: Siemens Wind Power A/S Borupvej 16 DK-7330 Brande According to: IEC :2010 Wind turbines - Part 22: Conformity Testing and Certification Based on the documents: DB-DNVGL-SE DE-DNVGL-SE TT-DNVGL-SE ME-DNVGL-SE Design Basis Conformity Statement, dated Design Evaluation Conformity Statement, dated Type Test Conformity Statement, dated Manufacturing Evaluation Conformity Statement, dated Component Certificates issued by other certification bodies, see annex 4 FER-TC-DNVGL-SE Final Evaluation Report, dated Changes of the system design, the production and erection or the manufacturer's quality system are to be approved by DNV GL. Hellerup, For DNV GL Renewables Certification Chrlster Eriksson Seivice Line Leader Type Certification (( DAk~~sche Akkredltlerunp.stelle D ZE ll By DAkkS according DIN EN!EC/I SO accredited Certification Body for products. The accreditation is valid for the fields of certification listed in t he certificate. Hellerup, Trine Bjerre ~ n ---- Project Mana;:~d e r~ The accredited certification body is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

11 TYPE CERTIFICATE - ANNEX 1 Certificate No.: TC-DNVGL-SE Page 2 of 40 Wind turbine type certification Basic standard IEC WT class General Power regulation Rotor orientation Rotor tilt Cone angle Rated power Rated wind speed v, Rotor diameter Hub height(s) Hub height operating wind speed range V;n - Vout Design life time Software version Wind conditions Electrical network conditions Normal supply voltage and range Normal supply frequency and range Voltage imbalance Maximum duration of electrical power network outages Number of electrical network outages IEC ed.3 +Al la, lb, 2A, 2B, 3A or S (See Annex 3) Pitch-controlled Upwind 60 With B49-03: 5.40 (plus offset of blade sections, 2m at the tip) With B53-02: 5.40 (plus offset of blade sections, 2m at the t ip) With B55-01: 5.6 (plus offset of blade sections, 2m at the tip) See Annex 2 See Annex 2 See Annex 2 See Annex 2 See Annex 2 20 years WTC3_Ctrl_VS_Stp, Version 31 See Annex 3 Low voltage side: 690 V ± 10% High voltage side (depending on transformer type): 10.5kV ±10% 11.0kV ±10% 15.0kV ±10% 20.0kV ±10% 21.0kV ±10% 22.0kV ±10% 30.0kV ±10% 33.0kV ±10% 50Hz or 60Hz +4%/-6% 2% according to IEC No limits when requirements in manuals are followed 20 per year The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkal 18, Hambur9. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

12 TYPE CERTIFICATE ANNEX 1 Certificate No.: TC-DNVGL-SE Page 3 of 40 Other environmental conditions Normal and extreme temperature ranges Relative humidity of the air Air density Solar radiation Description of lightning protection system Corrosion class RNA acc. to ISO 12944, see also tower specification: -20 C C Outside: 100% Inside Rotor-Nacelle Assembly: max. 95% See Annex W/m 2 Designed according to IEC and IEC , protection level I External surfaces: CS M High Internal surfaces: C3 Major components Blade: Material: Blade length: Number of blades: Drawing: Material: Blade length: Number of blades: Drawing: Material: Blade length: Number of blades: Drawing : Glass fibre 49 m 3 Siemens Wind Power A/S Glass fibre 53 m 3 Siemens Wind Power A/S Dll Glass fibre 55 m 3 Siemens Wind Power A/S D The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business In the renewable energy industry.

13 TYPE CERTIFICATE ANNEX 1 Certificate No.: TC-DNVGL-SE Page 4 of 40 Blade bearing: Pitch system: Hub: Fixed shaft: Main bearing: Drawing: Drawing: Drawing: Motor I actuator Material: Drawings: Material: Drawings: Drawing: Drawing: Drawing: Drawing: Double row ball bearing Rothe Erde Double row ball bearing zwz Wafangdian FL-HSB2421DK, V2 (Onshore) FL-HSB2421DKFT, V4 (Offshore) Double row ball bearing Schaeffler EDD F WPOS Hydraulic Hydratech Industries or Fritz Schur Cast EN-GJS U-LT Siemens Wind Power A/S D Cast EN-GJS U-LT Siemens Wind Power A/S D D D Tapered roller bearing TIMKEN NP WA3 Tapered roller bearing SKF BT Tapered roller bearing Rothe Erde Tapered roller bearing Schaefler EDD F TRS-WPOS 000 The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business In the renewable energy Industry.

14 TYPE CERTIFICATE - ANNEX 1 Certificate No.: TC-DNVGL-SE Page 5 of 40 Generator: Mechanical brake: Drawing: Nominal Power: Rated Frequency: Rated Voltage: Rated speed: Insulation class: Protection class (acc. to IEC529) Drawing: Location: Brake torque: Synchronous generator with permanent magnets DD22V4 Siemens Wind Power A/S FCNGOlGA Defined in Configuration Matrix 14.4 [Hz] Up to 750V Defined in Configuration Matrix (range 6-15rmp) F IP54 Three calipers on one brake disc Sime, caliper FCH T E Fixed shaft Total 2200 knm Machine foundation: Material: Drawings: Cast, Callisto EN-GJS-400-lSU-LT Siemens Wind Power A/S D Dl D Yaw System: Yaw bearing type: Part no. : Yaw bearing type: Part no.: Yaw gear type including drive: Part no.: Yaw gear type including drive: Part no.: Yaw brake type: Yaw speed : Sliding bearing, steel yaw clamps Siemens Wind Power A/S A9Bl ,A9B Sliding bearing, cast yaw clamps Siemens Wind Power A/S A9B ,A9B Externally geared : 8 or 10 pcs. yaw drives PG1904 PR R=948/1 ( ) Bonfiglioli Trasmital , Rev. A I A9B Externally geared: 8 or 10 pcs. yaw drives PG1904 PR R=948/1 ( ) Comer industries N06855_00, Rev. 00 I A9Bl Passive friction brake Friction and brake on yaw motors approx RPM The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

15 TYPE CERTIFICATE - ANNEX 1 Certificate No.: TC-DNVGL-SE Page 6 of 40 Transformer: Drawing: Rated Voltage: Cooling: Drawing: Rated Voltage: Cooling: Drawing: Rated Voltage: Cooling: Drawing: Rated Voltage: Cooling: TDN-363A01S6K MVA Siemens transformer, 10.5±(2x2.5%)kV/0.69kV, uk = 6% Hermetically sealed, Ester-immersed transformer for indoor and outdoor installation Siemens /0.69kV KNAN TDN -363A02S6K MVA Siemens transformer, 22±(2x2.5%)kV/0.69kV, uk = 6% Hermetically sealed, Ester-immersed transformer for indoor and outdoor installation Siemens /0.69kV KNAN TDN -363A03S6H MVA Siemens transformer 33±(2x2.5%)kV/0.69kV, uk = 6% Hermetically sealed, Ester-immersed transformer for indoor and outdoor installation Siemens / / /0.69kV KNAN TDN-363A01S6H MVA Siemens transformer 11±(2x2.5%)kV/0.69kV, uk = 6% Hermetically sealed, Ester-immersed transformer for indoor and outdoor installation Siemens /0.69kV KNAN The accredited certification body is Ger manischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewabies Certification is the trading name of DNV GL's certification business in the renewable energy industry.

16 TYPE CERTIFICATE ANNEX 1 Certificate No.: TC-DNVGL-SE Page 7 of 40 Drawing: Rated Voltage: Cooling: Drawing: Rated Voltage: Cooling: Part no.: Rated Voltage: Cooling: Part no.: Rated Voltage: Cooling: Part no.: Rated Voltage: Cooling: Part no.: Rated Voltage: Cooling: TDN-363A02S6H MVA Siemens transformer 15±(2x2.5%)kV/0.69kV, uk = 6% Hermetically sealed, Ester-immersed transformer for indoor and outdoor installation Siemens /0.69kV KNAN TDN-363A03S6H MVA Siemens transformer 30±(2x2.5%)kV/0.69kV, uk = 6% Hermetically sealed, Ester-immersed transformer for indoor and outdoor installation Siemens /0.69kV KNAN TDN-363A02S6H-99 Siemens A9Bl /0.69 kv KNAN TDN-363A02S6H-99 Siemens A9B /0.69 kv KNAN TDN-363A02S6H-99 Siemens A9B /0.69 kv KNAN TDN-363A03S6H-99 Siemens A9B /0.69 kv KNAN The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

17 TYPE CERTIFICATE - ANNEX 1 Certificate No.: TC-DNVGL-SE Page 8 of 40 Converter: Protection System: Control system: Tower: Part no.: Rated Voltage: Cooling: Part no.: Rated Voltage: Rated Current: Degree of protection: Primary system: Secondary system Hub Height: Drawing I Data sheet I Part no. : Internal corrosion class: External corrosion class: Hub Height: Drawing I Data sheet I Part no. : Internal corrosion class External corrosion class Hub Height: Drawing I Data sheet I Part no.: Internal corrosion class External corrosion class TDN-363A03S6H-99 Siemens A9B /0.69 kv KNAN A kW KK-electronic A9B kv 3200A IP21 3 individual pitching blades 2 individual pitching blades SICS Siemens Wind Power A/S T66.0-C478 Conical steel m SI-1510-AA_02 C3 medium (M) or C3 high (H) C3 high (H) or C4/C5-I high (H) T Conical steel m Or D C3 High C4/C5-I High T Conical steel m C3 C3 The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

18 TYPE CERTIFICATE - ANNEX 1 Certificate No.: TC-DNVGL-SE Page 9 of 40 Hub Height: Drawing / Data sheet I Part no. : Internal corrosion class External corrosion class Hub Height: Drawing / Data sheet / Part no.: Internal corrosion class External corrosion class Hub Height: Drawing I Data sheet I Part no. : Internal corrosion class External corrosion class Hub Height: Drawing I Data sheet I Part no. : Internal corrosion class External corrosion class Hub Height: Drawing I Data sheet I Part no. : Internal corrosion class External corrosion class T Conical steel m D D D D D C3 medium or C3 high C3 high or C4/C5-I High T Conical steel m D C3 C4/C5-I or C3 T Conical steel m D C3 medium (M) or C3 high (H) C3, high (H) or C4/C5-I, high (H) Tll Conical steel m D C3 medium (M) or C3 high (H) C3 high (H) or C4/C5-I high (H) T Conical steel m D C3 medium (M) or C3 high (H) C3 high (H) or C4/C5-I, high (H) The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

19 TYPE CERTIFICATE - ANNEX 1 Certificate No.: TC-DNVGL-SE Page 10 of 40 Hub Height: Drawing I Data sheet I Part no.: Internal corrosion class External corrosion class Hub Height: Drawing / Data sheet I Part no.: Internal corrosion class External corrosion class Hub Height: Drawing / Data sheet / Part no.: Internal corrosion class: External corrosion class: T or T Conical steel m D C3 medium (M) or C3 high (H) C3 high (H) or C4/C5-I, high (H) T Conical steel Sm D C3 High CS-I High T127.5-C458 Conical steel m Sl-1414-AA_02_E C3 medium (M) or C3 high (H) C3 high (H) or C4/C5-I high (H) Hub Height: Drawing / Data sheet / Part no.: Internal corrosion class External corrosion class Hub Height: Drawing I Data sheet I Part no. : Internal corrosion class: External corrosion class: Hub Height: Drawing / Data sheet I Part no.: Internal corrosion class: External corrosion class: T Conical steel m Dl C3 high CS-M High T Tubular steel tower m D C3 medium (M) or C3 high (H) C3 High (H) or C4/C5-I High (H) T Tubular steel tower m D C3 high (H) C4 high (H) The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

20 TYPE CERTIFICATE ANNEX 1 Certificate No.: TC-DNVGL-SE Page 11of 40 Hub Height: Drawing / Data sheet / Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing / Data sheet I Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing / Data sheet I Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing / Data sheet/ Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing I Data sheet I Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing I Data sheet I Part no.: Internal corrosion class: External corrosion class: T Tubular steel tower m D C3 high (H) C4 high (H) T Tubular steel tower m D14043S C3 high (H) C4 high (H) T Tubular steel tower m D C3 CS-I T Tubular steel tower m D C3 CS-I T Tubular steel tower m D C3 High C4 High T Tubular steel tower m D C3 High C4 High The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

21 TYPE CERTIFICATE ANNEX 1 Certificate No.: TC-DNVGL-SE Page 12 of 40 Hub Height: Drawing / Data sheet I Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing I Data sheet/ Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing I Data sheet I Part no.: Internal corrosion class: External corrosion class: Hub Height : Drawing I Data sheet I Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing / Data sheet I Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing / Data sheet / Part no.: Internal corrosion class : External corrosion class: T ( CC-IEC, Rev.O) Tubular steel tower m SI-1420-AA_02 Rev. D, Dated See CC, Rev.O See 44 22a CC, Rev.a T (44 22a CC-IEC, Rev.O) Tubular steel tower m See 44 22a CC-IEC, Rev.a See 44 22a CC-IEC, Rev.a T (CC 44 22a CC-IEC, Rev.a) Tubular steel tower m SI-1419-AA_a2 Rev. C, dated 2a15-03-a4 See cc CC-IEC, Rev.a See CC 44 22a CC-IEC, Rev.a T (CC a92-CC-IEC, Rev.a) Tubular steel tower m D121a See cc 44 22a CC-IEC, Rev.a See CC 44 22a CC-IEC, Rev.O T (CC 44 22a CC-IEC, Rev.a) Tubular steel tower m D123730a-2a88a4 See CC CC-IEC, Rev.O See CC 44 22a CC-IEC, Rev.O T88.a-C459 (CC CC-I EC, Rev.a) Tubular steel tower m SI-1503-AA_02, Rev. 8., dated 2015-a5-27 See CC 44 22a CC-IEC, Rev.O See CC CC-IEC, Rev.O The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

22 TYPE CERTIFICATE ANNEX 1 Certificate No.: TC-DNVGL-SE Hub Height: Drawing I Data sheet I Part no. : Internal corrosion class: External corrosion class: Hub Height: Drawing / Data sheet/ Part no. : Internal corrosion class: External corrosion class: Hub Height: Drawing I Data sheet / Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing I Data sheet I Part no.: Internal corrosion class: External corrosion class: Hub Height: Drawing / Data sheet I Part no. : Internal corrosion class: External corrosion class: Page 13 of 40 T64.0-C524 (CC CC-IEC, Rev.1) Tubular steel tower m SI-1515-AA_02, Rev. A., dated See CC CC-IEC, Rev.1 See CC CC-IEC, Rev.l T (CC CC-IEC, Rev. 0) Tubular steel tower m D See CC CC-IEC, Rev. 0 See CC CC-IEC, Rev. 0 T (CC CC-IEC, Rev. 0) Tubular steel tower m D See CC CC-IEC, Rev. 0 See CC CC-IEC, Rev. 0 T99.5-C535 and C1035, IEC S (CC CC-IEC, Rev. 1) Tubular steel tower m SI-1601-AA-02, rev. A, See CC CC-IEC, Rev. 1 See CC CC-IEC, Rev. 1 T99.5-C535 and C1035, IEC 3A (CC CC-IEC, Rev. 1) Tubular steel tower m SI-1601-AA-03, Rev. A, See CC CC-IEC, Rev. 1 See CC CC-IEC, Rev. 1 Service lift: Sherpa RD Power Climber SWP Av anti TH250 B Sky man The accredited certification body Is Germ;;mlscher Lloyd Indvstrial Servlr;:es GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification Is the trading name of DNV GL's certification business in the renewable energy Industry.

23 TYPE CERTIFICATE ANNEX 1 Certificate No.: TC-DNVGL-SE Page 14 of 40 Crane: STAR 050/95 Liftket Jib Service Crane Version 3. Johs. Pedersen Maskinfabrik A/S Manuals: Installation Manual: Operation Manual : Service Manual ZAI ZAI ZAI ZAI ZAI ZAI ZAI ZAI ZAI ZAI ZAI ZAI ZOM ZSM Part 01 Part 02 Part 03 Part 04 Part 05 Part 06 Part 07 Part 08 Part 09 Part 10 Part 11 Part 12 The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

24 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 15 of 40 Configurations covered by this Type Certificate (Configuration Matrix): SWT DD ID IEC WT class Power* Rated wind Operating De rating RPM speed v. wind speed temp. 1.2 la 3.0 MW 12 mls 3-25 mls 36 C la 3.0 MW 12 mls 3-25 mls 36 C MW 12 m/s 3-25 mls 36 C A 3.0 MW 12 mls 3-25 mls 36 C la 3.0 MW 12 mls 3-25 mls 36 C la 3.0 MW 12 m/s 3-25 mls 36 C la 3.0 MW 12 mls 3-25 mls 36 C S (la WR)** 3.0 MW 12 mls 3-25 mls 36 C S (1A WR)** 3.0 MW 12 m/s 3-25 mls 36 C la 3.0 MW 12 mls 3-25 mls 36 C 16 * derating temperature. Turbine derates at higher temperature. ** IEC S class as defined in Annex 3. ID Blade Load set name RNA version LPS version T la FY17 Gen iagcliadc/ihad/iadd FY17 Gen T FY17 Gen Tl FY17 Gen SWT H A FY17 Gen T FY17 Gen SWT _ H64.0- FY17 Gen IEClA T064-C T FY17 Gen T FY17 Gen T FY17 Gen. 2 Rotor 101 m 101 m 101 m 101 m 101 m 101 m 101 m 101 m 101 m 101 m Applications Onshore Onshore Onshore Onshore Onshore Onshore Onshore Onshore Onshore Onshore The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

25 TYPE CERTIFICATE - ANNEX2 Certificate No.: TC-DNVGL-SE Page 16 of 40 ID Hub Height Tower } m D A-T m D A-T m D A-T m D A-T m D A-T m D A-T64.0-C m D S-T m D T m D A-T ID HWRT HWRT operating wind speed*** Deicing Power Boost Power Boosted } Effect tional OQtional 3.03 MW 1.4 OQtional OQtional OQtional 3.03 MW 1.14 OQtional OQtional 3.03 MW 1.16 OQtional OQtional OQtional 3.03 MW 1.18 OQtional 3-32 mls OQtional OQtional 3.03 MW 1.19 OQtional OQtional OQtional 3.03 MW 1.20 OQtional OQtional 3.03 MW 1.21 OQtional 3-32 mls OQtional OQtional 3.03 MW 1.22 OQtional OQtional OQtional 3.03 MW 1.23 OQtional 3-32 mls OQtional OQtional 3.03 MW *** HWRT from 23 m/s. ID Hot Weather Package, HWP Normal temp. range**** Extreme temp. range for HWP for HWP 1.2 OQtional -20 C C -2s 0 c - +sooc 1.4 OQtional -20 c C 1.14 OQtional -20 C C 1.16 OQt ional -20 c C -2soc - +sooc 1.18 OQtional -20 C C 1.19 OQtional -20 c C -2soc - +sooc 1.20 OQtional -20 C C 1.21 OQtional -20 C C 1.22 OQtional -20 c C -2soc - +sooc 1.23 OQtional -20 C C -2soc - +sooc **** Turbine derates at derating temperature as specified above. The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewabies Certification is the trading name of DNV GL's certification business In t he renewable energy industry.

26 TYPE CERTIFICATE ANNEX 2 Certificate No.: TC-DNVGL-SE Page 17 of 40 SWT DD ID IEC WT class Power* Rated wind Operating De rating RPM Rotor speed Yr wind speed temp. 2.3 la 3.0 MW 12 m/s 3-25 m/s 36 C m 2.4 la 3.0 MW 12 m/s 3-25 m/s 36 C m 2.5 la 3.0 MW 12 m/s 3-25 m/s 36 C m 2.7 la 3.0 MW 12 m/s 3-25 m/s 36 C m 2.8 S {la WR)** 3.0 MW 12 m/s 3-25 m/s 36 C m 2.9 S (la WR)** 3.0 MW 12 m/s 3-25 m/s 36 C m 2.10 la 3.0 MW 12 m/s 3-25 m/s 36 C m 2.11 la 3.0 MW 12 m/s 3-25 m/s 36 C m * derating temperature. Turbine derates at higher temperature. ** IEC S class as defined in Annex 3. ID Blade Load set name RNA version LPS version Applications SWT ,H89.5- FY17 Gen. 2 Onshore la T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore SWT ,H89.5- FY17 Gen. 2 Onshore la T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore ID Hub Height Tower } m D A-T m D A-T m D A-T m A-T m D S-T m D S-T m D A-T m D A-T The accredited certification body is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certificatlm business In the renewable energy Industry.

27 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 18 of 40 ID High Wind HWRT operating wind Ride Through, speed*** ) HWRT Hot Weather Package, HWP *** HWRT from 23 m/s. **** Turbine derates at derating temperature as specified above. Normal temp. range**** for HWP -20 c C -20 c C -20 c C -20 C C -20 C C -20 c C Extreme temp. range for HWP -2s0c - +so0c -2soc - +sooc -2s0c - +so0c -2s0c - +so0c -2s0c - +so0c -2soc - +sooc -2s0c - +so0c ID Cold Weather ) Package, CWP Normal temp. range for CWP***** ***** Grid connection required below -20 C. ****** Grid connection required below -25 C. Extreme temp. range for CWP****** -4soc - +sooc -4s0c - +so0c -4soc - +sooc -450C - + SQOC -45 C - + S0 C -4s0c - +so0c -4s0c - +so0c -4soc - +sooc The accredited certification body is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification Is the trading name of DNV GL's certification business in the renewable energy industry.

28 TYPE CERTIFICATE ANNEX 2 Certificate No.: TC-DNVGL-SE Page 19 of 40 SWT DD ID IEC WT class Power* Rated wind Operating Derating RPM Rotor speed Vr wind speed temp A 3.0 MW 11 m[s 4-25 m[ s 32 C m MW 11 m[ s 4-25 m[s 32 C m 3.4 2A 3.0 MW 11 mls 4-25 m[ s 32 C m 3.5 2A 3.0 MW 11 mls 3-25 m[s 32 C m 3.7 2A 3.0 MW 11 m[ s 3-25 mls 32 C m 3.8 3A 3.0 MW 11 m/s 3-25 mls 32 C m 3.9 2A 3.0 MW 11 mls 3-25 mls 32 C m MW 11 mls 3-25 mls 32 C m MW 11 mls 3-25 mls 32 C m 3.12 S (S)** 3.0 MW 11 mls 3-25 m[ s 32 C m (2A WR) ** 3.0 MW 11 mls 3-25 m[s 32 C m (2A WR)** 3.0 MW 11 mls 3-25 mls 32 C m (2A WR)** 3.0 MW 11 mls 3-25 mls 32 C m A 3.0 MW 11 m[ s 3-25 mls 32 C m A 3.0 MW 11 mls 3-25 mls 32 C m 3.18 S (3A WR)** 3.0 MW 11 m/s 3-25 mls 32 C m (3A WR)** 3.0 MW 11 mls 3-25 mls 32 C m A 3.0 MW 11 mls 3-25 mls 32 C m A 3.0 MW 11 mls 3-25 mls 32 C m * Power@ derating temperature. Turbine derates at higher temperature. * * IEC 5 class as defined in Annex 3. ID Blade Load set name RNA version LPS version Applications NG11LR03 FY17 Gen 2 Onshore jfbg FY17 Gen 2 Onshore T FY17 Gen 2 Onshore T FY17 Gen 2 Onshore SWT ,H , FY17 Gen 2 Onshore 2A T127.5-C L-11 FY17 Gen 2 Onshore SWT , H , FY17 Gen 2 Onshore 2A T T FY17 Gen 2 Onshore T FY17 Gen 2 Onshore T88.0-C459, G FY17 Gen 2 Onshore T FY17 Gen 2 Onshore T FY17 Gen 2 Onshore Tl FY17 Gen 2 Onshore T FY17 Gen 2 Onshore TOSS FY17 Gen 2 Onshore WT IEC-5, FY17 Gen 2 Onshore C535, C WT IEC-S, FY17 Gen 2 Onshore C535, S-99.5-C WT IEC-IIIA, FY17 Gen 2 Onshore A-99.5-C535, A-T99.5-C WT IEC-IIIA, FY17 Gen 2 Onshore A-99.5-C535, A-T99.5-C1035 The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

29 TYPE CERTIFICATE - Certificate No. : TC-DNVGL-SE ANNEX2 Page 20 of 40 ID ) Hub Height 92.5 m 99.5 m m 88 m m m 83.5 m 79.5 m 99.5 m 88.0 m 79.5 m 92.5 m m 83.5 m 88.0 m 99.5 m 99.5 m 99.5 m 99.5 m Tower D A-T D B-T D A-Tl D A-T D A-T D A-T127.5-C458 D A-T D B-T D B-T D S-T88.0-C459 D S(A)-T D S-T D S-T D A-T D A-T D3-3.0-l 13-5-T99.5-C535 D S-T99.5-C1035 D A-T99.5-C535 D A-T99.5-Cl035 ID HWRT ) *** HWRT from 23 m/s HWRT operating wind speed*** 4-32 m/s 4-32 m/s 4-32 m/s 3-32 m/s Deicing Power Boost Power Boosted Effect 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW 3.03 MW The accredited certification body is Germanischer Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

30 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 21of 40 ID Hot Weather Package, HWP Normal temp. range**** for HWP c C C C c C c C C C C C C C C C c C c C C C c C C C C C C C C C C C C C c C **** Turbine derates at derating temperature as specified above. Extreme temp. range for HWP -2soc - +sooc -2soc - +sooc -2soc - +sooc -2soc - +sooc -2soc - +sooc -2soc - +sooc -2soc - +sooc -2s oc - +so 0 c ID Cold Weather Package, CWP ) Opt ional ***** Grid connection required below -20 C. ****** Grid connection required below -25 C. Normal temp. range for CWP***** Extreme temp. range for CWP****** -45 c - +so 0 c -4soc - +sooc -4s 0 c - +so 0 c -4soc - +so 0 c -4soc - +sooc -4soc - +sooc -4SOC - + SQOC -4soc - +sooc -4soc - +sooc -45 C C -4SOC - + SQOC -4s 0 c - +so 0 c -4s 0 c - +so 0 c -4soc - +sooc -4soc - +sooc -4soc - +sooc -4s 0 c - +so 0 c -4s 0 c - +so 0 c The accredited certification body is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

31 TYPE CERTIFICATE ANNEX2 Certificate No.: TC-DNVGL-SE Page 22 of 40 SWT DD 28 ID IEC WT class Power* Rated wind Operating Derating RPM Rotor speed Vr wind speed temp B 3.2 MW 12 m/s 3-23 m/s 32 C m 4.3 2B 3.2 MW 12 m/s 3-23 m/s 32 C m 4.4 2B 3.2 MW 12 m/s 3-23 m/s 32 C m 4.5 S (2B WR)** 3.2 MW 12 m/s 3-23 m/s 32 C m 4.6 S (2B WR)** 3.2 MW 12 m/s 3-23 m/s 32 C m * derating temperature. Turbine derates at higher temperature. ** IEC S class as defined in Annex 3. ID Blade Load set name RNA version D332LR02 FY T FY T FY T FY T FY17 ID Hub Height Tower } m D3-3.2-l 13-2B-T m D B-T m D3-3.2-l 13-2B-T m D S{B}-T m D S-T LPS version Gen. 2 Gen. 2 Gen. 2 Gen. 2 Gen. 2 Applications Onshore Onshore Onshore Onshore Onshore ID HWRT ) Opt Iona I *** HWRT from 23 m/s HWRT operating wind speed*** Deicing ID Hot Weather Package, HWP Normal temp. range**** Extreme temp. range for HWP for HWP c C -25oc - +sooc C C -2soc - +5ooc C C -25oc - +sooc C C -25 c - +5ooc C C -25oc - +5ooc **** Turbine derates at derating temperature as specified above. The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

32 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 23 of 40 ID Cold Weather l'l!ormal temp. range for CWP***** ) Package, CWP c C C C ***** Grid connection required below -20 C. ****** Grid connection required below -25 C. Extreme temp. range for CWP****** -4s 0 c - +so 0 c -4soc - +sooc -4soc - +sooc -2soc - +so 0 c -2soc - +sooc The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy industry.

33 TYPE CERTIFICATE ANNEX2 Certificate No.: TC-DNVGL-SE Page 24 of 40 SWT DD ID IEC WT class Power* Rated wind Operating Derating RPM Rotor speed V, wind speed temp. 5.1 la 3.2 MW 13 m/s 3-25 m/s 34.8 C m 5.2 2A 3.2 MW 13 m/s 3-25 m/s 34.8 C m 5.3 la 3.2 MW 13 m/s 3-25 m/s 34.8 C m 5.4 la 3.2 MW 13 m/s 3-25 m/s 34.8 C m 5.5 la 3.2 MW 13 m/s 3-25 m/s 34.8 C m 5.6 la 3.2 MW 13 m/s 3-25 m/s 34.8 C m 5.7 S (la WR)** 3.2 MW 13 m/s 3-25 m/s 34.8 C m 5.8 S (la WR)** 3.2 MW 13 m/s 3-25 m/s 34.8 C m 5.9 la 3.2 MW 13 m/s 3-25 m/s 34.8 C m * Power@ derating temperature. Turbine derates at higher temperature. ** IEC S class as defined in Annex 3. ID Blade Load set name RNA version LPS version Applications D332101LR2 FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore SWT ,H74.5- FY17 Gen. 2 Onshore la SWT ,H89.5- FY17 Gen. 2 Onshore la T FY17 Gen. 2 Onshore SWT _H64.0- FY17 Gen. 2 Onshore IEClA T064-C T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore ID Hub Height Tower {Type. } m D A-T m D A-Tl m D A-T m D A-T m D A-T m D A-T64.0-C m D T m D S-T m D A-T The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

34 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 25 of 40 ID {Type. ) HWRT *** HWRT from 23 m/s HWRT operating wind speed*** Deicing 0 tional O tional ID Hot Weather Package, HWP Normal temp. range**** for HWP c C c C C C C C C C C C c C C C C C **** Turbine derates at derating temperature as specified above. Extreme temp. range for HWP -2soc - +sooc -2soc - +sooc -2soc - +sooc The accredited certification body is Germanlscher Lloyd I ndustrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

35 TYPE CERTIFICATE ANNEX2 Certificate No.: TC-DNVGL-SE Page 26 of 40 SWT DD ID IEC WT class Power* Rated wind Operating Derating RPM Rotor speed Vr wind speed temp. 6.2 la 3.2 MW 12 m/s 3-25 m/s 32.4 C m MW 12 m/s 3-25 m/s 32.4 C m 6.4 la 3.2 MW 12 m/s 3-25 m/s 32.4 C m 6.5 la 3.2 MW 12 m/s 3-25 m/s 32.4 C m 6.6 la 3.2 MW 12 m/s 3-25 m/s 32.4 C m 6.7 S (la WR)* * 3.2 MW 12 m/s 3-25 m/s 32.4 C m 6.8 S (la WR)* * 3.2 MW 12 m/s 3-25 m/s 32.4 C m 6.9 1A 3.2 MW 12 m/s 3-25 m/s 32.4 C m A 3.2 MW 12 m/s 3-25 m/s 32.4 C m * Power@ derating temperature. Turbine derates at higher temperature. ** IEC S class as defined in Annex 3. ID Blade Load set name RNA version LPS version Applications SWT ,H89.5- FY17 Gen. 2 Onshore la SWT ,H66.0- FY17 Gen. 2 Onshore IEC16 C T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore SWT ,H89.5- FY17 Gen. 2 Onshore la T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore ID Hub Height Tower } m D A-T m D T66.0-C m D A-T m D A-T m D A-T m D T m D S-T m D A-T m D A-T The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

36 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 27 of 40 ID ) High Wind Ride Through, HWRT HWRT operating wind speed*** Hot Weather Package, HWP *** HWRT from 23 m/s **** Turbine derates at derating temperature as specified above. Normal temp. range**** for HWP Extreme temp. range for HWP -25oc - +5ooc -25 c - +5o 0 c -25 c - +5o 0 c -25 C - +5o 0 c -25 c - +5o 0 c -25 c - +5o 0 c -25 c - +5ooc -25 c - +5o 0 c -25 c - +5o 0 c ID Cold Weather ) Package, CWP Normal temp. range for CWP***** ***** Grid connection required below -20 C. ****** Grid connection required below -25 C. Extreme temp. range for CWP****** -45oc - +5ooc -45 c - +5o 0 c -45 c - +5o 0 c -45 c - +5o 0 c -45 C - +5o 0 c -45oc - +5ooc -45 C C -45 c - +5o 0 c -45 c - +5o 0 c The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL R.enewables Certification is the trading name of DNV GL's certification business In the renewable energy Industry.

37 TYPE CERTIFICATE - ANNEX 2 Certificate No.: TC-DNVGL-SE Page 28 of 40 SWT DD 2A ID IEC WT class Power* Rated wind Operating De rating RPM Rotor speed Vr wind speed temp A 3.2 MW 12 mls 3-25 mls 19.1 C m 7.2 2A 3.2 MW 12 mls 3-25 mls 19.1 C m 7.4 2A 3.2 MW 12 mls 3-25 mls 19.1 C m 7.6 2A 3.2 MW 12 mls 3-25 mls 19.1 C m 7.7 3A 3.2 MW 12 mls 3-25 mls 19.1 C m 7.8 2A 3.2 MW 12 mls 3-25 mls 19.1 C m 7.9 S (S)** 3.2 MW 12 mls 3-25 mls 19.1 C m 7.10 S (2A WR)** 3.2 MW 12 m/s 3-25 mls 19.1 C m A 3.2 MW 12 m/s 3-25 mls 19.1 C m 7.12 S (2A WR)** 3.2 MW 12 mls 3-25 mls 19.1 C m 7.13 S (2A WR)** 3.2 MW 12 mls 3-25 m{s 19.1 C m A 3.2 MW 12 mls 3-25 mls 19.1 C m 7.15 S (3A WR)** 3.2 MW 12 mls 3-25 mls 19.1 C m 7.16 S (3A WR)** 3.2 MW 12 m/s 3-25 mls 19.1 C m A 3.2 MW 12 mls 3-25 mls 19.1 C m A 3.2 MW 12 mls 3-25 mls 19.1 C m * derating temperature. Turbine derates at higher temperature. ** IEC 5 class as defined in Annex 3. ID Blade Load set name RNA version LPS version Applications 7.1 B55-01 D332113LR2 FY17 Gen. 2 Onshore 7.2 B55-01 T FY17 Gen. 2 Onshore 7.4 BSS-01 T FY17 Gen. 2 Onshore SWT ,H FY17 Gen. 2 Onshore A 7.7 B55-01 T127.5-C L-11 FY1 7 Gen. 2 Onshore SWT , H FY17 Gen. 2 Onshore A T T88.0-C459 GB FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore Tl FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore SWT IEC-5, FY17 Gen 2 Onshore D S-99.5-C535, D S-99.5-C SWT IEC-5, FY17 Gen 2 Onshore C535, D S-99.5-C SWT IEC- FY17 Gen 2 Onshore IIIA, A C535, D A-T99. 5-C SWT IEC- FY17 Gen 2 Onshore IIIA, D A C535, D A-T99.5-C1035 The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL R.enewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

38 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 29 of 40 ID Hub Height ) m m m m m m m m m m m m m m m m ID HWRT ) *** HWRT from 23 m/s. Tower D A-T D A-T D A-T D A-T D A-T127.5-C458 D A-T D T88.0-C459 D S(A)-T D A-T D T Tl D A-T D T99. 5-C535 D T99.5-C1035 D A-T99.5-C535 D A-T99.5-C1035 HWRT operating wind speed*** 4-32 m/s Deicing The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certificatior'i business ll'l the renewable energy il'ldustry.

39 TYPE CERTIFICATE - Certificate No.: TC-DNVGL-SE ANNEX2 Page 30 of 40 ID Hot Weather Package, HWP Normal temp. range**** for HWP C C C C C C C C c C C C C C C C C C C C C C C C C C C C C C C C **** Turbine derates at derating temperature as specified above. Extreme temp. range for HWP -2soc - +so 0 c -2soc - +sooc -2soc - +sooc -2soc - +sooc -2soc - +sooc -2soc - +sooc -2soc - +sooc ID Cold Weather Package, CWP ) ***** Grid connection required below -20 C. ****** Grid connection required below -25 C. Normal temp. range for CWP* **** Extreme temp. range for CWP****** -4soc - +sooc -4soc - +sooc -45 c - +so 0 c -45 c - +so 0 c -4soc - +sooc -4s 0 c - +so 0 c -4soc - +sooc -4soc - +sooc -4soc - +sooc -4soc - +sooc -4soc - +sooc -4s 0 c - +so 0 c -4s 0 c - +so 0 c -4soc - +sooc -4soc - +sooc The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business In the renewable energy Industry.

40 TYPE CERTIFICATE - ANNEX 2 Certificate No.: TC-DNVGL-SE Page 31 of 40 SWT DD ID IEC WT class Power* Rated wind Operating Derating RPM Rotor speed Vr wind speed temp. 9.1 la 3.4 MW 13 m/s 3-25 m/s 30.2 C m 9.2 la 3.4 MW 13 m/s 3-25 m/s 30.2 C m 9.3 la 3.4 MW 13 m/s 3-25 m/s 30.2 C m 9.4 S (la WR)** 3.4 MW 13 m/s 3-25 m/s 30.2 C m 9.5 la 3.4 MW 13 m/s 3-25 m/s 30.2 C m 9.6 S (la WR)** 3.4 MW 13 m/s 3-25 m/s 30.2 C m * derating temperature. Turbine derates at higher temperature. ** IEC S class as defined in Annex 3. ID Blade Load set name RNA version LPS version Applications 9.1 B49-03 D334101LR300 FY17 Gen. 2 Onshore 9.2 B T la FY17 Gen. 2 Onshore 9.3 B49-03 T FY17 Gen. 2 Onshore 9.4 B49-03 T FY17 Gen. 2 Onshore 9.5 B49-03 T FY17 Gen. 2 Onshore 9.6 B49-03 T FY17 Gen. 2 Onshore ID Hub Height Tower } m D A-T m D A-T m D A-T m D T m D A-T m D T ID High Wind Ride Through, HWRT HWRT operating wind Deicing speed*** *** HWRT from 23 m/s. ID Hot Weather Package, HWP Normal temp. range**** Extreme temp. range for HWP for HWP c C -25 c - +5o 0 c c C -25oc - +5ooc C C -25oc - +5ooc c C -25 c - + 5o 0 c C C -25 c - +5ooc c C -25 c - +5ooc **** Turbine derates at derating temperature as specified above. The accredited certification body is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business 111 the renewable energy industry.

41 TYPE CERTIFICATE - ANNEX2 Certificate No.: TC-DNVGL-SE Page 32 of 40 SWT DD ID IEC WT class Power* Rated wind Operating Derating RPM Rotor speed Vr wind speed temp A 3.4 MW 13 m/s 3-25 m/s 22.4 C m A 3.4 MW 13 m/s 3-25 m/s 22.4 C m A 3.4 MW 13 m/s 3-25 m/s 22.4 C m MW 13 m/s 3-25 m/s 22.4 C m 10.5 S (la WR)** 3.4 MW 13 m/s 3-25 m/s 22.4 C m A 3.4 MW 13 m/s 3-25 m/s 22.4 C m 10.7 S (1A WR)* * 3.4 MW 13 m/s 3-25 m/s 22.4 C m A 3.4 MW 13 m/s 3-25 m/s 22.4 C m * derating temperature. Turbine derates at higher temperature. * * IEC S class as defined in Annex 3. ID Blade Load set name RNA version LPS version Applications D334108LR300 FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore SWT ,H66.0- FY17 Gen. 2 Onshore IEClB C S T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore ID Hub Height Tower High Wind Ride Through, HWRT operating wind HWRT speed*** m D A-T m D A-T m D A-T m D T66.0-C S 79.5 m D S-T m D A-T m D S-T m D A-T *** HWRT from 23 m/s. ID Cold Weather Package, CWP ) S * *** Grid connection required below -20 C. ***** Grid connection required below -25 C. Normal temp. range for CWP**** -30 C C - 30 C C Extreme temp. range for CWP***** -450C C -45 C C -45oc - + 5ooc -45 c - + 5o 0 c -45oc - +5ooc -45oc - +5o0c -450C C -45 C C The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

42 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 33 of 40 ID Hot Weather Package, HWP Normal temp. range****** for HWP C C c C c C C C C C C C C C C C ****** Turbine derates at derating temperature as specified above. Extreme temp. range for HWP -2soc - +sooc -2soc - +so 0 c -2soc - +sooc -2soc - +sooc -2s 0 c - +sooc The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL R.enewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

43 TYPE CERTIFICATE - ANNEX2 Certificate No.: TC-DNVGL-SE Page 34 of 40 SWT DD 2A PB ID IEC WT class Power* Rated wind Operating Derating RPM Rotor speed v. wind speed temp A 3.2 MW 12 m/s 3-22 m/s 16.2 C m A 3.2 MW 12 m/s 3-22 m/s 16.2 C m A 3.2 MW 12 m/s 3-22 m/s 16.2 C m A 3.2 MW 12 m/s 3-22 m/s 16.2 C m 11.S 2A 3.2 MW 12 m/s 3-22 m/s 16.2 C m 11.6 S (2A WR)** 3.2 MW 12 m/s 3-22 m/s 16.2 C m A 3.2 MW 12 m/s 3-22 m/s 16.2 C m 11.8 S (2A WR)** 3.2 MW 12 m/s 3-22 m/s 16.2 C m 11.9 S (2A WR)** 3.2 MW 12 m/s 3-22 m/s 16.2 C m A 3.2 MW 12 m/s 3-22 m/s 16.2 C m * derating temperature. Turbine derates at higher temperature. ** IEC S class as defined in Annex 3. ID Blade Load set name RNA version LPS version Applications D332113LR300 FY17 Gen. 2 Onshore Tl S-07 FY17 Gen. 2 Onshore TOSS FY17 Gen. 2 Onshore T FY17 Gen. 2 Onshore 11.s T FY17 Gen. 2 Onshore T S3-03 FY17 Gen. 2 Onshore TOSS FY17 Gen. 2 Onshore T S4-07 FY17 Gen. 2 Onshore T S6-03 FY17 Gen. 2 Onshore TS FY17 Gen. 2 Onshore ID Hub Height Tower } m D A-T m D A-T S 11.3 S8.0 m D A-T8S m D A-Tl S S3.5 m D A-T m D S(A)-T79.5-5S SS.0 m D A-T8S m D S-T m D S-Tll5.0-5S m D A-T The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification Is the trading name of DNV GL's certification business In the renewable energy industry.

44 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX2 Page 35 of 40 ID High Wind Ride Through, HWRT *** HWRT from 22 m/s. HWRT operating wind speed*** Deicing Power Boost Power Boosted Effect 3.36 MW 3.36 MW 3.36 MW 3.36 MW 3.36 MW 3.36 MW 3.36 MW 3.36 MW 3.36 MW 3.36 MW ID Cold Weather Package, CWP **** Grid connection required below -20 C. ***** Grid connection required below -25 C. Normal temp. range for CWP**** Extreme temp. range for CWP***** -4soc - +sooc -45 c - +so 0 c -4soc - +sooc -4s 0 c - +so 0 c -4s 0 c - +so 0 c -4s 0 c - +so 0 c -4s 0 c - +sooc -45 c - +so 0 c -4soc - +sooc ID Hot Weather Package, HWP Normal temp. range****** Extreme temp. range for HWP for HWP C C C C C C C C c C -2soc - +sooc C C c C -2soc - +sooc C C C C -2soc - +sooc C C -2soc - +sooc ****** Turbine derates at derating temperature as specified above. The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

45 TYPE CERTIFICATE - ANNEX3 Certificate No.: TC-DNVGL-SE Page 36 of 40 Wind conditions: 1A Air density Turbulence intensity Iret at Vhub = 15 m/s Annual average wind speed at hub height Vave Reference wind speed Vref Mean flow inclination Hub height extreme wind speed Veso 18 Air density Turbulence intensity Iref at Vhub = 15 m/s Annual average wind speed at hub height Vave Reference wind speed Vret Mean flow inclination Hub height extreme wind speed Veso 2A Air density Turbulence intensity I ret at Vhub = 15 m/s Annual average wind speed at hub height Vave Reference wind speed V ret Mean flow inclination Hub height extreme wind speed Veso 28 Air density Turbulence intensity Iref at Vhub = 15 m/s Annual average wind speed at hub height Vave Reference wind speed Vref Mean flow inclination Hub height extreme wind speed Veso 3A Air density Turbulence intensity Iret at V hub = 15 m/s Annual average wind speed at hub height Vave Reference wind speed Vref Mean flow inclination Hub height extreme wind speed Veso kg/m 0.16 lom/s 50m/ s so 70m/s kg/m 0.14 lom/s 50m/s so 70m/s kg/m 0.16 S.5m/s 42.5m/s so 59.5m/s kg/m m/s 42.5m/s so 59.5m/s kg/m m/s 37.5m/s so 52.5m/ s The accredited certification body is Germanlscher Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification Is the trading name of DNV GL's certification business in the renewable energy Industry.

46 TYPE CERTIFICATE Certificate No.: TC-DNVGL-SE ANNEX3 Page 37 of 40 S (S) Air density Annual average wind speed at hub height Vave Weibull scale parameter A Weibull shape parameter k Wind shear exponent a Maximum flow inclination Maximum hub height 10 min. Wind (SO years) Vref Hub height extreme wind speed Veso Wind shear exponent, a EWM kg/m m/s 11.1 m/s so 47.7 m/s 59.5 m/s 0.11 Wind Speed NTM Vhub 01/Vhub 3 m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s m/s ETM Oi/Vhub ECO Bc deg deg deg deg deg deg deg EWS Vgust m/s m/s m/s m/s m/s m/s m/s m/s m/s EOG Vgust m/s m/s m/s m/s m/s m/s m/s m/s EDC Be deg deg deg deg deg deg The accredited certification body is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business in the renewable energy Industry.

47 TYPE CERTIFICATE - ANNEX3 Certificate No.: TC-DNVGL-SE Page 38 of 40 S (1A WR) S (2A WR) S (28 WR) S (3A WR) 1A (except for wind rose) 2A (except for wind rose) 28 (except for wind rose) 3A (except for wind rose) Wind Rose Specification Sector oo goo Frequency (%) The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkal 18, Hamburg. DNV GL Renewables Certification Is the trading name of DNV GL's certification business in the renewable energy industry.

48 TYPE CERTIFICATE ANNEX4 Certificate No.: TC-DNVGL-SE Page 39 of 40 Component Certificates issued by other certification bodies: 44 22a CC-IEC, Rev.a 44 22a CC-IEC, Rev.a 44 22a CC-IEC, Rev.a 44 22a 15382a92-CC-IEC, Rev.a 44 22a CC-IEC, Rev.a 44 22a CC-IEC, Rev.a 44 22a CC-IEC, Rev a CC-IEC, Rev. a 44 22a CC-IEC, Rev. l 44 22a a7-CC-IEC, Rev.l Component Certificate issued by TOV NORD for Tubular Steel Tower T * Component Certificate issued by TOV NORD for Tubular Steel Tower T94.a-489* Component Certificate issued by TOV NORD for Tubular Steel Tower T * Component Certificate issued by TOV NORD for Tubular Steel Tower T * Component Certificate issued by TOV NORD for Tubular Steel Tower T * Component Certificate issued by TOV NORD for Tubular Steel Tower T88.a-C459* Component Certificate issued by TOV NORD for Tubular Steel Tower T64.a-C524* Component Certificate issued by TOV NORD for Tubular Steel Tower T and Tl15.a-586* Component Certificate issued by TOV NORD for Tubular Steel Tower T99.5-C535 and T99.5-Cla35, IEC S* Component Certificate issued by TOV NORD for Tubular Steel Tower T99.5-C535 and T99.5-Cla35, IEC 3A* * DNV GL takes no responsibility for the work covered by the component certificates The accredited certification body Is Germanischer Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business In the renewable energy industry.

49 TYPE CERTIFICATE - ANNEX5 Certificate No.: TC-DNVGL-SE Page 40 of 40 Platform Type Certificate - Table of Types: Type identifier Type Relevant Annex Type 1.x SWT DD Annex 1 Annex 2, page Annex 3 Annex 4 Type 2.x SWT DD Annex 1 Annex 2, page Annex 3 Annex 4 Type 3.x SWT DD Annex 1 Annex 2, page Annex 3 Annex 4 Type 4.x SWT DD 28 Annex 1 Annex 2, page Annex 3 Annex 4 Type 5.x SWT DD Annex 1 Annex 2, page Annex 3 Annex 4 Type 6.x SWT DD Annex 1 Annex 2, page Annex 3 Annex 4 Type 7.x SWT DD 2A Annex 1 Annex 2, page Annex 3 Annex 4 Type 9.x SWT DD Annex 1 Annex 2, page 31 Annex 3 Type 10.x SWT DD Annex 1 Annex 2, page Annex 3 Annex 4 Type 11.x SWT DD 2A PB Annex 1 Annex 2, page Annex 3 Annex 4 The accredited certification body Is Germanlscher Lloyd Industrial Services GmbH, Brooktorkai 18, Hamburg. DNV GL Renewables Certification is the trading name of DNV GL's certification business In the renewable energy industry.

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