IMPROVED ELECTRICAL CONDUCTIVITY OF WIND TURBINE BLADE PARTS

Patent Number: EP-4379206-A1

Publication Year: 2024

Application Year: 2022

Priority Year: 2022

Jurisdictions: EP

Status: Pending

Inventors:

JESPERSEN KLAVS JESPERSEN KLAVS NIELSEN LARS NIELSEN LARS

Applicants:

  1. General Electric (Denmark)
  2. [NORA names: General Electric; Private Research; Denmark; Europe, EU; Nordic; OECD]

Abstract

The present disclosure relates to a wind turbine blade part for a wind turbine blade, the wind turbine blade part comprising a metal mesh layer comprising a plurality of apertures, at least a first fibre-reinforced layer comprising a plurality of first electrically conductive fibres, and a plurality of second electrically conductive fibres. At least a number of the plurality of second electrically conductive fibres extend transversely through the plurality of apertures of the metal mesh layer so as to electrically connect the at least first fibre-reinforced layer with the metal mesh layer.

Patent Family Records (2)

IMPROVED ELECTRICAL CONDUCTIVITY OF WIND TURBINE BLADE PARTS  

General Electric (Denmark), LM WIND POWER AS JESPERSEN KLAVS, NIELSEN LARS

2024, WO-2024115387-A1

IMPROVED ELECTRICAL CONDUCTIVITY OF WIND TURBINE BLADE PARTS

General Electric (Denmark), LM Wind Power AS JESPERSEN KLAVS, NIELSEN LARS

2024, EP-4379206-A1

Data Provider: Digital Science