ce marking for wind turbines applicable harmonised standards according to the lvd

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CE marking for Wind Turbines Applicable harmonised standards according to the LVD EWEA 2013, Manuel Gemuend, Zhuangzhuang Zheng 2013-02-07 EWEA 2013 Vienna – MGm

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CE marking for Wind Turbines Applicable harmonised standards according to the LVD. EWEA 2013, Manuel Gemuend, Zhuangzhuang Zheng. EWEA 2013 Vienna – MGm. 2013-02-07. European Economic Area. A compulsory conformity process for products in the EEA - PowerPoint PPT Presentation

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Page 1: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

CE marking for Wind TurbinesApplicable harmonised standards according to the LVD

EWEA 2013, Manuel Gemuend, Zhuangzhuang Zheng

2013-02-07EWEA 2013 Vienna – MGm

Page 2: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

22013-02-07EWEA 2013 Vienna – MGm

European Economic AreaA compulsory conformity process for products in the EEA

Acronym for “Conformité Européenne” indicating “European Conformity”

Affixed: legible, indelible and visible

Any illegal or inappropriate application of CE marking can cause breakdown of products, losses to health, safety and environment, legal punishment and abuse to reputation.

Page 3: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

32013-02-07EWEA 2013 Vienna – MGm

Six steps to CE marking in general1. Identify applicable EU directive and

harmonised standards2. Verify the product-specific

requirements3. Identify whether an authorised third

party involved within conformity assessment

4. Perform the conformity assessment5. Draw up and keep available the

required technical documentation6. Affix the CE logo as well as draw up

and sign the Declaration of Conformity (DoC)Source: www.ec.europa.eu/CEmarking (modified)

Page 4: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

42013-02-07EWEA 2013 Vienna – MGm

The LVD 2006/95/EC• Official name: “Directive 2006/95/EC of the European Parliament and of the

Council of 12 December 2006 on the Harmonisation of the Laws of Member States Relating to Electrical Equipment Designed for Use within Certain Voltage Limits”.

• Legislative Basis: Article 114 of Treaty of Lisbon

• Scope: electrical equipment intended for use with a voltage rating of 50 – 1,000 V AC and 75 – 1,500 V DC at output or input terminals

• Entering into force: Jan. 16, 2007

• Superseded: the LVD 73/23/EEC

Page 5: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

52013-02-07EWEA 2013 Vienna – MGm

Essential influence of the LVD to wind turbines• NOTNOT fully applicable to every type of wind turbine as a whole

• Always applicable to certain electrical equipment installed in wind turbines

• Special case: small wind turbines with swept area < 200 m2, rated voltage < 1,000 V AC or 1,500 V DC

• In fact those influences are facilitated by harmonised standards under the LVD.

the LVD WindTurbines

Small Wind Turbines

the LVD WindTurbinesthe LVD WindTurbines

Small Wind Turbines

Page 6: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

62013-02-07EWEA 2013 Vienna – MGm

Harmonised standards

• Basis: request from the EU

• Codified by: recognised European Standard Setting Organisations CENELEC for Standards with electrical scope &

CEN for all other standards

• Aim: to provide solutions for compliance with a legal provision such as an EU directive

• Role in CE marking: the EU directive: the constitution harmonised standards: specific laws

Page 7: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

72013-02-07EWEA 2013 Vienna – MGm

Clarification of Certain Electrical Equipment• 12 Categories

• Not all the electrical equipment in wind turbines fall into scope of the LVD.

• Along with the electrical equipment in wind turbines subject to the voltage limit of LVD, categorizing work is done.

Designations of Categories

Back-up Power Supply

Electrical Wiring

Connections

Control Systems

Electrical Machines

Lightning Protection and Earthing

Luminaires and Lamps

Marks

Measurement Devices

Power Electronic Devices

Protection Devices

Others

Page 8: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

82013-02-07EWEA 2013 Vienna – MGm

The “White”, “Black” and “Grey”• Aim: clarification of standards applicable to wind

turbines under the LVD based on 12 categories

The “White”: harmonised standards applicable to electrical equipment in wind turbines

The “Black”: harmonised standards not applicable to electrical equipment in wind turbines

• ? The “Grey”: harmonised standards applicable to electrical equipment in wind turbines under certain circumstances

the “White”

176

the “Grey”

99

the “Black”

406

Applicable

NOTApplicable

Possibly Applicable

Page 9: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

92013-02-07EWEA 2013 Vienna – MGm

Examples for the “White”

This standard shall be apply with anamendment and amendment corrigendum.It can also be found in “Electrical Wiring - General”

MarksSystem for cable designationHD 361 S3:1999,HD 361 S3:1999/A1:2006,HD 361 S3:1999/AC:1999

N/APower Electronics -Inverters / Rectifiers

Adjustable speed electrical power drive systems -Part 5- 1: Safety requirements -Electrical, thermal and energy

EN 61800-5-1:2007IEC 61800-5-1:2007

Its precedent standard EN 60034-1:2004 will cease to give presumption of conformity from 01.10.2013.

This standard shall be apply with an amendment corrigendum.

Electrical Machines -General

Rotating electrical machines -Part 1: Rating and performance

EN 60034-1:2010IEC 60034- 1:2010 (Modified),

EN 60034- 1:2010/AC2010

This standard shall be apply with an amendment A1.

Electrical Wiring - Cables for Power / Network

Coaxial cables -Part 1: Generic specification

EN 50117-1:2002,EN 50117- 1:2002/A1:2006

Notes if NecessaryCategory and Sub-Category

DesignationHarmonised Standards

This standard shall be applied with anamendment and amendment corrigendum.It can also be found in “Electrical Wiring - General”

MarksSystem for cable designationHD 361 S3:1999,HD 361 S3:1999/A1:2006,HD 361 S3:1999/AC:1999

N/APower Electronics -Inverters / Rectifiers

Adjustable speed electrical power drive systems -Part 5- 1: Safety requirements -Electrical, thermal and energy

EN 61800-5-1:2007IEC 61800-5-1:2007

Its precedent standard EN 60034-1:2004 will cease to give presumption of conformity from 01.10.2013.

This standard shall be applied with an amendment corrigendum.

Electrical Machines -General

Rotating electrical machines -Part 1: Rating and performance

EN 60034-1:2010IEC 60034- 1:2010 (Modified),

EN 60034- 1:2010/AC2010

This standard shall be applied with an amendment A1.

Electrical Wiring - Cables for Power / Network

Coaxial cables -Part 1: Generic specification

EN 50117-1:2002,EN 50117- 1:2002/A1:2006

Notes if NecessaryCategory and Sub-Category

DesignationHarmonised Standards

Page 10: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

102013-02-07EWEA 2013 Vienna – MGm

Examples for the “Black”

• State-of-the-art: EN 50363-0:2005 (old version listed as “Black”) & EN 50363-0:2011 (current version listed as “White”)

• Unfitted Usage: Indoor residential & Electric vehicles (EV)

This standard is intended for an electric vehicle, not a set of wind turbine.

Electric vehicle conductive charging system -Part 1: General requirements

EN 61851-1:2011IEC 61851-1:2010

It ceases to give presumption of conformity from 01.04.2014 and its descendant version is EN 61851-1:2011.

Electric vehicle conductive charging system -Part 1: General requirements

EN 61851-1:2001IEC 61851-1:2001

This standard applies for "Indoor residential" which does not fall into electrical equipmentsinstalled in a set of wind turbine.

Cables for indoor residential telecommunication installations -Part 1: Unscreened cables –Grade 1

EN 50441-1:2006

It ceases to give presumption of conformity from 14.03.2014 and its descendant version is EN 50363-0:2011.

Insulating, sheathing and covering materials for low-voltage energy cables –Part 0: General introduction

EN 50363-0:2005

Notes if NecessaryDesignationHarmonised Standards

This standard is intended for an electric vehicle, not a set of wind turbine.

Electric vehicle conductive charging system -Part 1: General requirements

EN 61851-1:2011IEC 61851-1:2010

It ceases to give presumption of conformity from 01.04.2014 and its descendant version is EN 61851-1:2011.

Electric vehicle conductive charging system -Part 1: General requirements

EN 61851-1:2001IEC 61851-1:2001

This standard applies for "Indoor residential" which does not fall into electrical equipmentsinstalled in a set of wind turbine.

Cables for indoor residential telecommunication installations -Part 1: Unscreened cables –Grade 1

EN 50441-1:2006

It ceases to give presumption of conformity from 14.03.2014 and its descendant version is EN 503630:2011

Insulating, sheathing and covering materials for low-voltage energy cables –Part 0: General introduction

EN 50363-0:2005

Notes if NecessaryDesignationHarmonised Standards

Page 11: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

112013-02-07EWEA 2013 Vienna – MGm

Examples for the “Grey”

• Diverse Designs: EN 60231:2008, case of usage of LED in wind turbines• Potential Debate in Maintenance: DC bridges for metering

This standard shall be apply with an amendment A2.

D.C. bridges for measuring resistance

EN 60564:1993IEC 60564:1977 + A1:1981,

EN 60564:1993/A2:1997IEC 60564:1977/A2:1997

Will DC bridges be used like in regular test or maintenance?

Measurement Devices

N/ALED modules for general lighting -Safety LED specifications

EN 62031:2008IEC 62031:2008

Are LED lights used in your wind turbine?

Luminaires and Lamps -

Other Principles

Covered cables are PVC isolated and sheathed with rated voltages U0/U 300/500 V and U0 /U 450/700 V, regardless of size or raw material for

conductor.It shall be apply with an AC.

Flat polyvinyl chloride sheathedflexible cables

EN 50214:2006EN 50214:2006/AC:2007

Is a flat PVC sheathed flexible cable used such as like in the yaw controller?

Electrical Wiring -Management and

Installation -Flexible Cables

Covered object is conversion adaptors intended for industrial use, indoor and outdoor, with rated current

16A.It shall be also apply with two ACs.

Conversion adaptors for industrial use

EN 50250:2002,EN 50250:2002/AC:2007,EN 50250:2002/AC:2002

Will the crew for commissioning or maintenance have to connect devices with the power supply?

Connections -Adaptors

Hints in ApplicationDesignationHarmonised StandardsQuestionsCategory and Sub-Category

This standard shall be applied with an amendment A2.

D.C. bridges for measuring resistance

EN 60564:1993IEC 60564:1977 + A1:1981,

EN 60564:1993/A2:1997IEC 60564:1977/A2:1997

Will DC bridges be used like in regular test or maintenance?

Measurement Devices

N/ALED modules for general lighting -Safety LED specifications

EN 62031:2008IEC 62031:2008

Are LED lights used in your wind turbine?

Luminaires and Lamps -

Other Principles

Covered cables are PVC isolated and sheathed with rated voltages U0/U 300/500 V and U0 /U 450/700 V, regardless of size or raw material for

conductor.It shall be apply with an AC.

Flat polyvinyl chloride sheathedflexible cables

EN 50214:2006EN 50214:2006/AC:2007

Is a flat PVC sheathed flexible cable used such as like in the yaw controller?

Electrical Wiring -Management and

Installation -Flexible Cables

Covered object is conversion adaptors intended for industrial use, indoor and outdoor, with rated current

16A. .

Conversion adaptors for industrial use

EN 50250:2002,EN 50250:2002/AC:2007,EN 50250:2002/AC:2002

Will the crew for commissioning or maintenance have to connect devices with the power supply?

Connections -Adaptors

Hints in ApplicationDesignationHarmonised StandardsQuestionsCategory and Sub-Category

Page 12: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

122013-02-07EWEA 2013 Vienna – MGm

Conclusion

• The LVD is at least applicableto several components in wind turbines

• The manufacturer is required to identify applicable harmonised standards and ensure a similar or higher safety level for his product

• The split into “White”, “Grey”, and “Black” harmonised standards minimizes the effort.

Page 13: CE marking for Wind Turbines Applicable harmonised standards according to the LVD

Manuel GemuendExpert for Safety SystemsGermanischer Lloyd Industrial Services GmbH Renewables CertificationBrooktorkai 18, 20457 Hamburg GERMANY Phone: +49 (0) 40 - 3 61 49 - 4066 Fax: +49 (0) 40 - 3 61 49 - 17 20 Email: [email protected] WWW: www.gl-group.com/GLRenewables

Thank you very much for your attention