Catalogue

made by gamesa

• 

  Gamesa G52-850 kW

  Optimum performance
  for medium and
  high winds

  • Class IA/WZII/WZIII for high wind sites.
  • Pitch and variable speed technology to maximize energy production.
  • Production of lighter blades using fiberglass and prepreg method.
  • Compliance with the main international Grid Codes.
  • Aerodynamic design and Gamesa NRS® control system to minimize noise emissions.
  • Gamesa SGIPE: Remote monitoring and control system with Web access.
  • Over 5,800 Gamesa G5X-850 KW wind turbines installed.
• 

  Gamesa G58-850 kW

  Optimum performance for low winds

  • Class IIIB/WZII.
  • Pitch and variable speed technology to maximize energy production.
  • Production of lighter blades using fiberglass and prepreg method.
  • Compliance with the main international Grid Codes.
  • Aerodynamic design and Gamesa NRS® control system to minimize noise emissions.
  • Gamesa SGIPE: Remote monitoring and control system with Web access.
  • Over 5,800 Gamesa G5X-850 kW wind turbines installed.
• |
• 

  Gamesa G80-2.0 MW

  Maximum unit power with excellent performance for high winds

  • Class IA/WZII/WZIII.
  • Class IA/WZII/WZIII.
  • Production of lighter blades using fiberglass and prepreg method.
  • Compliance with the main international Grid Codes.
  • Aerodynamic design and Gamesa NRS® control system to minimize noise emissions.
  • Gamesa SGIPE: Remote monitoring and control system with Web access.
• 

  Gamesa G87-2.0 MW

  Maximum output at minimum cost per kWh for medium wind sites

  • Class IIA/WZII.
  • Pitch and variable speed technology to maximize energy production.
  • Production of lighter blades using fiberglass, carbon fiber and prepreg method.
  • Compliance with the main international Grid Codes.
  • Aerodynamic design and Gamesa NRS® control system to minimize noise emissions.
  • Gamesa SGIPE: Remote monitoring and control system with Web access.
• |
• 

  Gamesa G90-2.0 MW

  Maximum output at minimum cost per kWh for low wind sites

  • Class IIIA/WZII.
  • Pitch and variable speed technology to maximize energy production.
  • Production of lighter blades using fiberglass, carbon fiber and prepreg method.
  • Compliance with the main international Grid Codes.
  • Aerodynamic design and Gamesa NRS® control system to minimize noise emissions.
  • Gamesa SGIPE: Remote monitoring and control system with Web access.