Zhejiang Jiaxing 1

  • Type: Wind Farm
  • Latitude: 30.4370000
  • Longitude: 121.4710000

Location

The Zhejiang Jiaxing 1 Offshore Wind Farm is located in Hangzhou Bay, specifically in the area of Pinghu City, Jiaxing, Zhejiang Province, China.

Project Details

  • Capacity: The wind farm has a total installed capacity of 294.2 MW.
  • Phases: The project was developed in multiple phases.
    • Phase I: Equipped with Harbin Electric Wind Energy XE148-4000 turbines, consisting of 38 turbines with a 4MW nameplate capacity each.
    • Phase II: Equipped with Shanghai Electric Wind Power Equipment SWT-4.0-146 turbines, consisting of 34 turbines with a 4MW nameplate capacity each.
    • Phase III: Equipped with China Shipbuilding Group Haizhuang Wind Power H171-6.2 MW turbine, consisting of 1 turbine with a 6.2MW nameplate capacity.

Foundations

All phases of the wind farm use fixed foundations, specifically an array of monopile foundations.

Development and Operation

  • Construction Start: The project construction commenced in 2019.
  • Commercial Operation: The wind farm entered into commercial operation in November 2021.
  • Current Status: The project is currently active.

Ownership

The Zhejiang Jiaxing 1 Offshore Wind Farm is developed and owned by Zhejiang Water Resources and Hydropower Investment Group, which holds a 100% stake in the project.

Contractors Involved

  • Engineering, Procurement, and Construction (EPC): Zhejiang Electric Power Construction was selected to provide EPC services for the wind power project.

Energy Production and Impact

  • Annual Electricity Generation: The wind farm generates approximately 870,000 MWh of electricity per year.
  • Household Supply: This amount of electricity is sufficient to power around 360,000 households.
  • Carbon Emissions Reduction: The project offsets about 510,000 tons of carbon dioxide (CO2) emissions annually.

Additional Information

  • The project is part of China's efforts to expand its renewable energy capacity, particularly in offshore wind power generation.
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