EP4-Platform: E-126 EP4 / E-141 EP4. Arno Hildebrand, Programm Manager EP4 ENERCON Research & Development

Similar documents
NIAGARA REGION WIND FARM PROJECT DESCRIPTION REPORT. Appendix C. Turbine Specifications

V MW The future for low wind sites

V MW An efficient way to more power

Smart Wind Turbine Solutions 2MW Platform

V MW & 2.0 MW Built on experience

ENERCON GmbH ENERCON E-66. page 1 of 6. Design. Dreekamp 5 Tel.: / Aurich Fax: / Design

aeromaster wind turbines Reliable, compact, flexible and economical

ENERCON GmbH Dreekamp Aurich Germany ENERCON E-82 E4 2.35MW ENERCON E-82 E4 3.0MW. IIA, IEC : Amd1:2010

State-of-the-art midsize (50 to 500 kw) wind turbines reducing your energy cost.

APPENDIX J V90 3.0MW Turbine Specifications

VENSYS. Vensys 62 The next Generation of Gearless Wind Turbines goes into Production

V MW Making wind even more profitable

ned100 Wind Turbine Generator a step towards your energy independence

Making wind even more profitable V MW M. Reliable technology added new innovations. Large rotor diameter expands your

GOLDWIND 2.5MW PERMANENT MAGNET DIRECT-DRIVE (PMDD) WIND TURBINE

PROVEN TECHNOLOGY AT A NEW STAGE OF EVOLUTION

GRAND RENEWABLE ENERGY PARK PROJECT DESCRIPTION REPORT. Attachment C. Turbine Specifications

GE Renewable Energy. GE s 3 MW Platform POWERFUL AND EFFICIENT.

Wind Turbine Generator System. General Specification for HQ2000

Low-noise wind turbine design using DinoTails Next Generation. Rob Kuilboer, NSG bijeenkomst, Oktober 2018

Siemens Cold Climate Strategy

V MW Creating more from less

Siemens D3 platform 3.2-MW direct drive wind turbines. Reduced complexity, increased profitability. Answers for energy.

Northern Power 100. All turbines capture wind. The Northern Power 100 is designed to do it better.

Vestas Product Offering V MW at a Glance. Renato Loureiro Gonçalves Wind & Site Engineer

Designed for Extremes.

TURKISH WIND ENERGY CONGRESS Innovative Blade Design. Istanbul November 2012

GOLDWIND S48/ kW Industrial Wind Turbine (50Hz) World Wide Shipping. Immediate Availability. Installation Services.

SeaGen-S 2MW. Proven and commercially viable tidal energy generation

NORDEX Light Wind Specialist. Montevideo Jun 2015

Reliability Driven By Technology. M a k e t h e r i g h t m o v e...

Hedeager Aarhus N Denmark

Drivetrain Simulation and Load Determination using SIMPACK

Wind Turbine Configuration for the Offshore Environment. Simon Watson Loughborough University

ENERCON 3 MW and 7,5 MW Portfolio E-82 E3, E-101 and E-126

Technical specifications. Wind Turbine GS 21 S. Power 60 kwp

New dimensions. Siemens Wind Turbine SWT Answers for energy.

Are you looking for the maximum return on your investment in wind energy?

FD21-50 GHREPOWER. Version: 3.0

Quiet yet powerful, The quietest wind turbine of the 3MW-class. WindSoMe Seminar/Workshop Thursday, January 26th 2017

Siemens G2 platform 2.3-MW geared wind turbines. Exceptional performance, proven reliability. Answers for energy.

Prepared for: Prepared by:

Less need of Chinese rare-earths with large diameter direct drive

MAXIMUM FLEXIBILITY. MAXIMUM OUTPUT.

V MW Offshore Making offshore wind even more profitable

Brochure. Wind turbine generators Reliable technology for all turbine applications

Are you looking for the maximum return on your investment in wind energy?

Now even more silent! The first certified* small wind turbine in Germany. Produce your own electricity around the clock all year long.

S70/1500 kw S77/1500 kw. The perfect technology for each location. Sophisticated solutions for high-efficiency wind turbines.

Siemens G2 platform 2.3-MW geared wind turbines. Exceptional performance, proven reliability. Answers for energy.

SWT Turning moderate wind into maximum results

STATE OF THE ART and NEW TECHNOLOGIES OF DIRECT DRIVE WIND TURBINES

GENERAL SPECIFICATIONS

Blade Repair Challenges

Bright outlook for improved profitability. Direct drive wind turbine SWT Answers for energy.

Reliable and Application specific. Slewing Drives for Wind Turbines

General Specification V MW IEC IIA

WE CANNOT SOLVE OUR PROBLEMS WITH THE SAME LEVEL OF THINKING THAT CREATED THEM. Albert Einstein

SMA Utility Power System

Siemens Blade De-icing

Model: H kW. Features: 1. SCF Supercritical generator. 2. NSK bearings. 3. PLC integrated with Siemens module. 4. Low noise

Product Presentation. September 09

Bijlage 35 Technische gegevens E-141 EP4


EMS ELONGATION MEASUREMENT SYSTEM. Strain measurement system for wind turbines optimizing the control & condition monitoring

LIFECYCLE SERVICE SOLUTIONS

Innovative Axial Flux Air Cored Permanent Magnet Generator suitable for Slow, Medium Speed and Direct Drive Wind Turbines

S70/1500 KW S77/1500 KW. Nordex S70/S77 The perfect technology for each location.

LIFECYCLE SERVICE SOLUTIONS

Avda. Ciudad de la Innovación Sarriguren (Navarra) Spain

Hedeager Aarhus N Denmark. Vestas V MW / V MW

Alstom Supplier Requirements for Scottish Supply Chain Opportunities FOR

ABB Wind Power Solution

The company. Operational philosophy. Worldwide presence. Product and design philosophy. our customers permanent performance

WE CANNOT SOLVE OUR PROBLEMS WITH THE SAME LEVEL OF THINKING THAT CREATED THEM.

German-American Chamber of Commerce Offshore wind conference Jersey City, NJ October 18, 2011

The Reference in Silent Thrusters. Voith Rim-Drive Technology

K L E I N W I N D K R A F T kleinwind.at

Hedeager Aarhus N Denmark

The Future Intelligent Servo Pump Drives.

Wind turbine aerodynamics, continued (Part 4/4)

Market Perspective & Solutions

One Earth Opp. Magarpatta City Pune, India. Suzlon S120 DFIG 2.1MW (50 Hz)

SGT5-8000H/SCC5-8000H 1S. First experience of Commercial Operation at Irsching 4. Russia Power Moscow, March

Test Summary Report for the Solid Wind Power SWP25-14TG20 Small Wind Turbine

ACTIVE STATOR - A MORE EFFICIENT DRIVE TRAIN CONCEPT FOR A WIND TURBINE. Dr. Makhlouf Benatmane - Director Business Development

Avda. Ciudad de la Innovación Sarriguren (Navarra) Spain

Technology Requirements for Cold and Tropical Wind-Diesel Applications. Chris McKay Product Manager Northwind 100 Ottawa 2009

SL2000 Series Wind Turbine

H Class High Performance Siemens Gas Turbine (SGT-8000H)

Ingenuity for Life Wind Power Morten Pilgaard Rasmussen. Restricted Siemens AG 2016

ATLAS Principle to Product

RadiPac EC radial impellers Perfection in air handling

DRIVE SOLUTIONS FOR THE TYRE INDUSTRY DRIVESYSTEMS

Hedeager Aarhus N Denmark S (IEC IB)*, :2005

Hedeager Aarhus N Denmark

Hedeager Aarhus N Denmark

DESCRIPTION OF AEROGENERATOR

Hywind Scotland status and plans

The X-Rotor Offshore Wind Turbine Concept

Transcription:

EP4-Platform: E-126 EP4 / E-141 EP4 Arno Hildebrand, Programm Manager EP4 ENERCON Research & Development 1

THE NEW ENERCON 4 MW PLATFORM E-126 EP4 INTELLIGENT ADVANCEMENT OF PROVEN TECHNOLOGY SMART. EFFICIENT. POWERFUL. 2

THE NEW ENERCON 4 MW PLATFORM E-126 EP4 RATED POWER: 4.200 kw ROTOR DIAMETER: 127 m IEC WIND CLASS: Ia / IIa DIBt: WZ 3 and 4, GK I & II PROTOTYPE: Q1/2016 HUB HEIGHTS: 99 m, 135 m, 159 m MAX. SOUND POWER LEVEL: 105 db(a) LIFETIME: 30 Years 3

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 YIELD Yield in MWh Optimized aerodynamic design for 18.000 medium wind speed sites Yield-optimized rated power High efficiency from the blade tip to the connection with the grid 16.000 14.800 MWh 14.000 12.000 10.000 6,5 7 7,5 8 Mean Wind Speed in m/s 8,5 4

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 ROTOR BLADE Innovative aerodynamic design for more efficiency Trailing Edge Serrations for low noise emission Yield-optimized Flat-Back-Profile Outstanding lightning protection Separated blade - optimised for production, logistics and installation 5

E-126 EP4: ROTOR BLADE - AERODYNAMIC NEW PROFILE FAMILY Slim Profiles Significant Load Reduction Yield optimized Flat-Back-Profiles Verified against pollution effects E-126: CONVENTIONAL DESIGN E-126 EP4: NEW DESIGN 6

E-126 EP4: ROTOR BLADE - STRUCTURAL DESIGN SEPARATED BLADE Established for E-115 Design Optimised for production, logistics and installation 7

E-126 EP4: ROTOR BLADE - STRUCTUR STRUCTURAL VERIFICATION Extreme and dynamic load validation 8

E-126 EP4: ROTOR BLADE - AEROACOUSTICS TRAILING EDGE SERRATIONS Significant reduction of Sound Power Level validated (-2 db(a)) Max. Sound Power Level: 105 db(a) Standard for all EP4 turbines 9

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 NACELLE Proven mechanical as well as structural concept Production and installation according to EP3 High quality cast components Simplified transport and installation 10

E-126 EP4: NACELLE HORIZONTAL SPLIT NACELLE Established mechanical concept High part of factory - pre assembling More flexibility for applied cranes TRANSPORT GENERATOR TRANSPORT MAIN CARRIER TRANSPORT ROTORHUB 11

E-126 EP4: NACELLE - ROTOR HEAD Best possible main bearing configuration Powertrain with high stability of air gap All components accessible for excellent maintainability 12

E-126 EP4: NACELLE - ROTOR HEAD Best possible main bearing configuration Powertrain with high stability of air gap All components accessible for excellent maintainability Blade adapter and hub adapter as one electromechanical unit 13 13

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 GENERATOR Fully new design for maximum running smoothness Highly efficient and long lasting Advanced cooling concept 14

E-126 EP4: GENERATOR - EFFICIENT AND LONG LASTING SYNCHRONOUS GENERATOR No rare earth dependency No wear, no degradation Air gap: 7500 mm Rotor and stator separated for optimized production and logistics 15

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 TOWER Flexibility of the production chain Very high towers with available cranes Ensuring worldwide availability Globally uniform quality standards through our own production facilities Flexible tower design 16

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 GRID INTEGRATION E-Module: design optimized for maintenance and transport New FACTS capabilities ahead of worldwide standards 17

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 SERVICE TODAY: 300 H - SERVICE Reduced machine downtime Increased lifetime Reduced effort for maintenance EP4 APPROACH Process optimized electrical and mechanical commissioning of WEC 1x / Year: Combined electrical and mechanical service 1x / Year: visual check, greasing service 18

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 CERTIFICATION Type Certificate acc. to IEC 61400-22 REPORT 135 M HH 99 M HH Design Base Load assumptions Rotor blade Mechanical engineering Electrical engineering Tower 12/2016 Control and Safety System Manuals Personal Safety Design Assessment; SoC ok Q1 / 2017 Type Certificate 04 / 2017 04 / 2017 19

THE NEW ENERCON 4 MW PLATFORM: STATUS OF PROTOTYPES FIRST E-126 EP4 COMMISSIONING Match input parameters Put together commissioning team 1st step: max. 500 kw Analyse and record measured values APPROVAL REPORT Pitch rate Load Control Control curve Overspeed etc. 2nd step: max. 1000 kw Analyse and record measured values APPROVAL REPORT ABORT! Specify required measuring technology 9th step: max. 4200 kw Analyse and record measured values APPROVAL REPORT 20

THE NEW ENERCON 4 MW PLATFORM: STATUS OF PROTOTYPES OPTIONS ON SITES Load measurement Power curve measurement Power quality Operation control and generator trials (temperature) 21

THE NEW ENERCON 4 MW PLATFORM: STATUS OF PROTOTYPES SOUND MEASUREMENT 22

THE NEW ENERCON 4 MW PLATFORM: E-126 EP4 OVERVIEW YIELD 14,800 MWh @ v ave = 7,5 m/s Same Rated Power @ OM 0, 1 and 2: 4.2 MW NOISE Max. Sound Power Level: 105 db(a) Quiet running generator ECONOMIC EFFICIENCY Production and installation as EP3 Lifetime 30 years Steel tower for 99m hub height E-126 EP4 PROTOTYPE IN HUSUM 23

THE NEW ENERCON 4 MW PLATFORM E-141 EP4 INTELLIGENT ADVANCEMENT OF PROVEN TECHNOLOGY SMART. EFFICIENT. SILENT. + FOR LOW WIND SITES 24

THE NEW ENERCON 4 MW PLATFORM E-141 EP4 RATED POWER: 4.200 kw ROTOR DIAMETER: 141 m IEC WIND CLASS: IIa / IIIa PROTOTYPE: Q12 / 2016 HUB HEIGHTS: 99 m, 129 m, 135 m, 159 m MAX. SOUND POWER LEVEL: 105,5 db(a) LIFETIME: 30 Years FIRST E-141 EP4 PROTOTYPE 25

THE NEW ENERCON 4 MW PLATFORM: E-141 EP4 ROTOR BLADE Newly designed for maximum yield at low wind speeds Further improved protection against erosion - Impact Absorption Layer (IAL) - FIRST ROTOR BLADE SET FOR E-141 EP4 PROTOTYPE 26

THE NEW ENERCON 4 MW PLATFORM: E-141 EP4 CERTIFICATION Type Certificate acc. to IEC 61400-22 REPORT Design Base Load assumptions 129 M HH Rotor blade Q4 / 2016 Mechanical engineering Electrical engineering Tower Control and Safety System Manuals Personal Safety Design Assessment; SoC Q1 / 2017 Type Certificate 04 / 2018 27

THE NEW ENERCON 4 MW PLATFORM: E-141 EP4 OVERVIEW YIELD 13,000 MWh @ v ave = 6,5 m/s NOISE Max. Sound Power Level: 105,5 db(a) ECONOMIC EFFICIENCY Lifetime 30 years 28

Thank you for your attention! ENERCON GmbH Dreekamp 5 D-26605 Aurich Telefon: +49 4941 927-0 Fax: +49 4941 927-109 29