solar farms

What is a solar farm, really?

You’ve probably heard the term “solar farm” before—but what does it actually mean?

A solar farm is a large-scale installation of solar panels spread across several hectares of land. Unlike rooftop systems that power a single home or building, solar farms generate enough electricity to supply entire communities. The power goes straight into the grid, reducing our reliance on fossil fuels.

In New Zealand, these farms range in size from a few megawatts to several hundred, and many now include battery storage to deliver power even when the sun isn’t shining.

Clean, quiet, and efficient—solar farms are helping shape a more sustainable future.

why is solar farm catching on?

Solar farms are gaining momentum in New Zealand—and the numbers back it up.

Solar farms are booming in New Zealand, with a record 128MW generated on 6 March 2025, according to the Electricity Authority.

The main reason? Cost. Solar panel prices have dropped, and large-scale farms are cheaper to build and run. With rising power bills and demand for clean energy, solar is becoming a smart, affordable choice.

Trilect is your solar farm's reliable choice

Solar farms are gaining momentum in New Zealand—and the numbers back it up.

Proven Experience

With over a decade in commercial solar, Trilect has delivered large-scale solar farms across New Zealand. Our track record shows we know how to get projects done right.

End-to-End Service

From feasibility and design to consenting, grid connection, and construction—we manage the entire process, keeping everything on track.

Reliable Performance

Our systems are built for long-term efficiency, using quality components and smart design tailored to your land and energy goals.

Trusted Partner

We work closely with landowners, investors, energy retailers, and councils to ensure smooth approvals and successful outcomes.

Development Services

Solar farms are gaining momentum in New Zealand—and the numbers back it up.

  • Site Suitability and infrastructure assessment
  • Geo-tech survey and mounting structure design
  • Grid connection approval
  • Equipment selection and technical due diligence
  • Feasibility studies (energy yield analysis, project costing and financial modelling)
  • Power purchase agreements / Energy off-taker agreement

Engineering, Procurement & Construction (EPC) Services

Through our years of experience in solar and our strategic partnerships with product suppliers, Trilect Solar is able to offer cost-effective, reliable, high-quality turn-key solar farm and commercial installations.

We have in-house design, engineering and construction teams and are able to guarantee the performance of our installations.

Land Owners, what do you need to know?

Solar farms are gaining momentum in New Zealand—and the numbers back it up.

Solar farms require good amounts of land (minimum 3 hectares)

Solar farms require flat land and can accommodate light grazing activities (such as sheep only).

All renewable energy projects require a connection to the electricity grid. This means a nearby 11-33 kV power line is essential for any potential sites.

If you think your land might be suitable to accommodate a solar farm and would like to find out more please contact Trilect Solar

Thinking about building a solar farm?

Talk to us today — we’ll guide you through the process and help you explore finance options to make your project more achievable.
Whether you're just starting out or ready to go, we’re here to support you every step of the way.

frequently asked questions

At Trilect, we specialise in solar farms and commercial rooftop systems, helping businesses and landowners unlock the full potential of solar energy.

Residential solar typically powers a single home or business, while a solar farm feeds electricity into the grid at a much larger scale. Solar farms benefit from optimal site selection, advanced infrastructure, and economies of scale.

Solar farms are connected through substations or local distribution networks. Our engineering team works closely with electricity providers to ensure safe, compliant, and efficient integration of solar power into the grid.

Solar farms are generally low-profile, with panels standing under 3 metres tall. Most sites are screened by trees or shrubs, much like orchards or shelterbelts. As the vegetation matures, visibility from roads and neighbouring properties is further reduced.
While solar panels can generate heat, their impact is minimal compared to urban heat islands. Strategic panel spacing, vegetation, and airflow help regulate temperature. In some cases, solar farms can even reduce surface heat by shading the ground.
Experience and studies show that solar farms have minimal impact on surrounding property values. They are quiet, clean, and produce no odours or pollutants. With screening in place, they are less visually intrusive than many other rural developments.
Most solar farms have a lifespan of 30 to 35 years, with some components lasting even longer. After this period, the site can be decommissioned and either restored or repurposed.
Decommissioning involves disconnecting the system from the grid, removing equipment, and recycling materials like panels, inverters, racking, and cables. The land is then restored to its original condition or made ready for future use.
Yes. Solar farms are non-invasive, so land can typically return to full agricultural use. In many cases, the resting period during solar operation improves soil quality, making the land even more suitable for future farming.

Certified & Accredited

As proud accredited members of these leading New Zealand organisations, we are committed to upholding their values and advancing our industry.

A rare breed of electrician

Trilect stands out as a unique and unparalleled company in the field of commercial electrical services, backed by years of experience, advanced technology, and expert knowledge. Our team of dedicated professionals offers customized solutions that are unmatched in the industry.

Contact us today to experience our exceptional service and expertise.