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Activité
Eoliennes, sous-systèmes d’éoliennes tels que les systèmes mécaniques et électriques internes, les structures de support et les systèmes de protection et de commande.
Secteur d’application
Tous secteurs.
Aspects couverts
Exigences de conception, intégrité des systèmes, techniques de mesures et procédures d’essai.
CLC/TC 88 | EOLIENNES |
IEC/TC 88/MT 11 | ACOUSTIC NOISE MEASUREMENT TECHNIQUE |
IEC/TC 88/WG 15 | ASSESSMENT OF SITE SPECIFIC WIND CONDITIONS FOR WIND POWER STATIONS |
IEC/TC 88/JWG 25 | COMMUNICATIONS FOR MONITORING AND CONTROL OF WIND POWER PLANTS |
IEC/TC 88/MT 3-2 | DESIGN REQUIREMENTS FOR FLOATING OFFSHORE WIND TURBINES |
IEC/TC 88/WG 3 | DESIGN REQUIREMENTS FOR OFFSHORE WIND TURBINES |
IEC/TC 88/MT 1 | DESIGN REQUIREMENTS FOR WIND TURBINES |
IEC/TC 88/MT 23 | FULL-SCALE STRUCTURAL TESTING OF ROTOR BLADES |
IEC/TC 88/MT 24 | LIGHTNING PROTECTION FOR WIND TURBINES |
IEC/TC 88/MT 13 | MEASUREMENT OF MECHANICAL LOADS |
IEC/TC 88/PT 61400-12-2 | POWER PERFORMANCE MEASUREMENTS VERIFICATION OF ELECTRICITY PRODUCING WIND TURBINES |
IEC/TC 88/MT 2 | SAFETY OF SMALL WIND TURBINES |
IEC/TC 88/AHG 1 | TERMINOLOGY IN THE FIELD OF WIND TURBINES |
IEC/TC 88/JWG 1 | WIND TURBINE GEARBOXES |
IEC/TC 88/MT 12-1 | WIND TURBINE POWER PERFORMANCE TESTING |
IEC/TC 88/WG 27 | WIND TURBINES - ELECTRICAL SIMULATION MODELS FOR WIND POWER GENERATION |
IEC/TC 88/MT 6 | WIND TURBINES: TOWER AND FOUNDATION DESIGN |
IEC/TC 88/PT 61400-40 | ELECTROMAGNETIC COMPATIBILITY (EMC) - REQUIREMENTS AND TEST METHODS |
IEC/TC 88/PT 61400-7 | SAFETY OF WIND TURBINES POWER CONVERTERS |
IEC/TC 88/PT 61400-12-4 | POWER PERFORMANCE VERIFICATION OF ELECTRICITY PRODUCING WIND TURBINES BASED ON NUMERICAL SITE CALIBRATION |
IEC/TC 88/PT 61400-30 | WIND TURBINES ' PART 30: SAFETY OF WIND TURBINE GENERATOR SYSTEMS (WTGS) - GENERAL PRINCIPLES FOR DESIGN |
IEC/TC 88/PT 61400-101 | WIND ENERGY GENERATION SYSTEMS - PART 101: GENERAL REQUIREMENTS FOR WIND TURBINE PLANTS |
IEC/TC 88/PT 61400-50-3 | WIND ENERGY GENERATION SYSTEMS - PART 50-3: USE OF NACELLE MOUNTED LIDARS FOR WIND MEASUREMENTS |
IEC/TC 88/PT 61400-8 | WIND ENERGY GENERATION SYSTEMS - PART 8: DESIGN OF WIND TURBINE STRUCTURAL COMPONENTS |
IEC/TC 88/PT 61400-28 | WIND ENERGY GENERATION SYSTEMS - PART 28: THROUGH LIFE MANAGEMENT AND LIFE EXTENSION OF WIND POWER ASSETS |
IEC/TC 88/PT 61400-11-2 | WIND ENERGY GENERATION SYSTEMS - PART 11-2: MEASUREMENT OF WIND TURBINE NOISE CHARACTERISTICS IN RECEPTOR POSITION |
IEC/TC 88/PT 61400-29 | MARKING AND LIGHTING OF WIND TURBINES |
IEC/TC 88/PT 61400-50-4 | WIND ENERGY GENERATION SYSTEMS - PART 50-4: USE OF FLOATING LIDARS FOR WIND MEASUREMENTS |
IEC/TC 88 | SYSTÈMES DE GÉNÉRATION D'ÉNERGIE ÉOLIENNE |
IEC/TC 88/PT 61400-9 | WIND ENERGY GENERATION SYSTEMS - PART 9: PROBABILISTIC DESIGN MEASURES FOR WIND TURBINES |
IEC/TC 88/PT 61400-31 | WIND ENERGY GENERATION SYSTEMS - PART 31: SITING RISK ASSESSMENT |
IEC/TC 88/PT 61400-28-2 | DECOMMISSIONING AND PREPARATION FOR RECYCLING |
IEC/TC 88/MT 5 | WIND ENERGY GENERATION SYSTEMS - PART 5: WIND TURBINE BLADES |
IEC/TC 88/MT 12 | POWER PERFORMANCE |
IEC/TC 88/AHG 28 | STRATEGY FOR SUSTAINABILITY |
IEC/TC 88/AHG 29 | REVISION OF TC 88 SCOPE |
IEC/TC 88/PT 61400-16 | STANDARD FILE FORMAT FOR SHARING POWER CURVE INFORMATION |
IEC/TC 88/MT 50 | WIND MEASUREMENT |
IEC/TC 88/PT 61400-50-5 | USE OF SCANNING DOPPLER LIDARS FOR WIND MEASUREMENTS |
IEC/TC 88/PT 61400-32 | OPERATIONS AND MAINTENANCE OF BLADES |
IEC/TC 88/PT 61400-60 | WIND ENERGY GENERATION SYSTEMS ' PART 60: VALIDATION OF COMPUTATIONAL MODELS |
Expert | Organisme d'appartenance | Organisme représenté |
---|---|---|
M. DENNETIERE | RTE - RESEAU DE TRANSPORT D'ELECTRICITE | RTE - RESEAU DE TRANSPORT D'ELECTRICITE |
M. THIBERT | RTE | RTE - RESEAU DE TRANSPORT D'ELECTRICITE |
M. VIEL | RTE | RTE - RESEAU DE TRANSPORT D'ELECTRICITE |
Expert | Organisme d'appartenance | Organisme représenté |
---|---|---|
M. LEPEUPLE | ARC INFORMATIQUE | ARC INFORMATIQUE |
M. STEIN | ENGIE GREEN FRANCE | ENGIE GREEN FRANCE |
MME. YAHIAOUI | GEPS TECHNO | GEPS TECHNO |
M. FABRE | QAIR FRANCE | QAIR FRANCE |
M. ANTONUTTI | SAIPEM SA | SAIPEM SA |
M. BLACK | VAISALA FRANCE SAS | VAISALA FRANCE SAS |
M. CHAMPNEYS | VAISALA FRANCE SAS | VAISALA FRANCE SAS |
Expert | Organisme d'appartenance | Organisme représenté |
---|---|---|
M. MONROY | EDF | EDF |
M. ROCHEREAU | EDF | EDF |
MME. SCHMICH-YAMANE | EDF DTG | EDF |
M. LE PERSON | FFIE - FEDERATION FRANCAISE DES INTEGRATEURS ELEC | FFIE - FEDERATION FRANCAISE DES INTEGRATEURS ELEC |
M. ARIÑO | ERICO FRANCE SARL | GIMELEC |
M. CHARDONNEREAU | SCHNEIDER ELECTRIC INDUSTRIES SAS | GIMELEC |
MME. DALISSON | SER | SER |
M. GIRARD | ENGIE GREEN FRANCE | SER |
Expert | Organisme d'appartenance | Organisme représenté |
---|---|---|
MME. TOUZALIN | MINISTERE DU TRAVAIL - DGT - DIRECTION GENERALE DU TRAVAIL | MINISTERE DU TRAVAIL - DGT - DIRECTION GENERALE DU TRAVAIL |
Expert | Organisme d'appartenance | Organisme représenté |
---|---|---|
M. ARNAL | BUREAU VERITAS | BUREAU VERITAS CERTIFICATION HOLDING |
M. AMET | BUREAU VERITAS LABORATOIRES | BUREAU VERITAS LABORATOIRES |
MME. JULIEN | BUREAU VERITAS LABORATOIRES | BUREAU VERITAS LABORATOIRES |
Expert | Organisme d'appartenance | Organisme représenté |
---|---|---|
M. DO | METEODYN | METEODYN |
M. LEONARD | METEODYN | METEODYN |
MME. NASSE | TOTALENERGIES SE | TOTALENERGIES ONE TECH |
M. ORDONEZ VARELA | TOTALENERGIES SE | TOTALENERGIES ONE TECH |
M. DI DOMENICO | TOTALENERGIES SE | TOTALENERGIES SE |
M. EL SIED | TOTALENERGIES SE | TOTALENERGIES SE |
M. MRAVAK | TOTALENERGIES SE | TOTALENERGIES SE |
M. ZOGHDAR | TOTALENERGIES SE | TOTALENERGIES SE |
MME. LUDIVION | Union de Normalisation de la Mécanique | Union de Normalisation de la Mécanique |
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