Silicon-based photovoltaic cells are the most widespread solar technology used. Research shows that leaching of trace metals from panels is unlikely as the cells are sealed.
Read MoreSilicon-based photovoltaic cells are the most widespread solar technology used. Research shows that leaching of trace metals from panels is unlikely as the cells are sealed.
Read MoreAotearoa New Zealand’s goal is to produce all electricity from renewable sources by 2030 to help fight climate change and solar farms will play a key role in that transition. However, solar farming is a good choice in New Zealand for many reasons: Solar energy is plentiful in New Zealand. Tapping into this locally available, […]
Read MoreSolar farms help to address climate change by Reducing greenhouse gas emissions. Reduction of air pollution by generating electricity without emitting harmful pollutants or greenhouse gases. (Solar panels have a negligible carbon footprint compared to traditional energy sources.) Reducing reliance on fossil fuels, which are extracted through mining and drilling, lowers our overall carbon footprint. […]
Read MoreLarge solar farms can lead to permanent job creation through maintenance and also temporary jobs during construction (~12 months for a 50MW solar farm, or 18-24 months for larger solar farms).
Read MoreThe majority of projects are on a lease, but it is possible to buy the land on an ‘option to purchase’ arrangement. This is assessed on a case-by-case basis.
Read MoreSolar farms are typically concealed with screening vegetation, and panels are mounted close to the ground (less than 3m high). Generally, solar farms do not generate traffic, as there is minimal staff, and only occasional visits are necessary for maintenance and cleaning. They also do not create odours or pollution. While there is no in-depth […]
Read MoreSolar farming in New Zealand contributes to renewable energy generation, job creation, energy independence, economic growth, technological advancements, and environmental benefits. It fosters sustainable development and strengthens the economy. It helps to achieve our objective of generating 100 percent of our electricity from renewable sources by 2030.
Read MoreLand can be brought back to agricultural uses at the end of the operational life (between 35-45 years) for solar installations. A long-term solar farm can provide a recovery period for land, increasing the value for agriculture in the future. Giving soil rest can also maintain soil quality and contribute to the biodiversity of agricultural […]
Read MoreSome of the benefits include: Long-term income stability from leasing the land Use of non-productive pasture-land Sharing usable pasture with animals like sheep Diversification of income – an additional revenue stream beneficial for farmers or landowners who may face fluctuations in agricultural income streams. Environmental ethics – solar farming reduces greenhouse gas emissions and promotes […]
Read MoreThere can be some glint and glare, but specialised models can guide planting to ensure that the solar farm has minimal local visual impact.
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