• Home
• Energy & Resources
• Environment
• Energy Proposal Submissions
• Tararua 3 Wind Farm
• Wind Energy in New Zealand

• Environment

• Energy Proposal Submissions

• Waverley Wind Farm
• Te Mihi Geothermal Station
• Mokihinui Submission
• Mt Cass Submission
• Mill Creek Wind Farm
• Kaiwera Downs Wind Farm
• Motorimu Wind Farm
• Te Uku Wind Farm
• Arnold River Hydro Scheme
• Taharoa Wind Farm
• Te Waka Wind Farm
• Taumatatotara Wind Farm
• Kawerau Geothermal Station
• Project West Wind Energy
• Titiokura Wind Energy
• Hawkes Bay Wind Farm
• Awakino Wind Farm
• Mokau Hydro Electric Power
• Onekaka Hydropower Scheme
• Tararua 3 Wind Farm
• Kawatiri Energy Proposal
• Marsden B Power Station
• Hawea Gates Generation
• White Hill Wind Farm
• Te Rere Hau Wind Farm
• Awhitu Wind Farm
• Wind Farms & the District Plan
• Waikato Regional Plan
• Te Apiti Wind Farm
• Archive

New Zealand is ideally situated to generate electricity from wind. Located directly across the path of prevailing westerly winds, many regions of New Zealand have a wind resource that is among the best in the world, with annual average wind speeds of approximately 10m/s.

In 2002 the Ministry commissioned a study, Availability and Costs of Renewable Sources of Energy for Generating Electricity and Heat, which identifies that wind energy has the potential to contribute significantly to meeting New Zealand's energy needs. The table below identifies the contribution wind power could make to consumer energy, compared with hydro-generation, at less than 15 cents per kilowatt-hour (c/kWh).

NB. High confidence resources are those that are well proven and readily able to be permitted and developed. Achievable development rate has been taken into account. High confidence resources represent an 80-90% confidence that the uptake will occur. Medium confidence estimates represent a median estimate of uptake. Generally these are associated with a more liberal consenting environment. Low confidence estimates represent resources that can be developed but difficulties are expected in terms of permitting and access. They represent a 10-20% confidence that the uptake will occur. Confidence levels are cumulative e.g. the medium confidence resource available will include both the high and medium confidence bands.

The study identifies that the technology associated with wind power continues to mature, which in turn continues to reduce the unit cost of generation. By 2012, generation in the 4-6c/kWh band will be possible, with the largest resource available in the 6-10c/kWh band. By 2025, considerably more of the resource could be available for generation in the 4-6c/kWh band.¹ Technological advancement, when combined with New Zealand's wind resource, provides a potentially major opportunity to utilise this renewable resource for electricity generation.

Wind energy, as with other renewable energy sources, is an environmentally responsible alternative to energy derived from fossil fuels because generation does not produce carbon dioxide. Carbon dioxide emissions could be significantly reduced if the potential of wind energy was fully exploited. By contributing to the reduction of greenhouse gases, the Tararua 3 wind farm would assist New Zealand in meeting its commitments under the Kyoto Protocol.

¹A similar study by the Energy Efficiency and Conservation Authority (EECA), Review of New Zealand's Wind Energy Potential to 2015, identifies that wind energy currently provides approximately 0.5% (150GWh/y) of New Zealand's electricity and could potentially provide 23% (7,900GWh/y) of present electricity needs at costs of up to 10c/kWh within 10-15 years.