Solar Panel Substructure

Q: Are solar panels better on the roof or ground?

Contrary to popular belief, solar panels are more effective on the ground in comparison to the ones on the roof. This is mainly because they’re easier to maintain at ground level and even move around depending on the direction of the sun thereby making them highly efficient throughout the day.

Sustainable, energy-efficient solutions like solar panels (SP or photovoltaic system) are the way of the future with more and more homeowners installing them in New Zealand every day. For solar panels to stay intact, it’s vital to invest in the right solar panel substructure. These structures need to be strong and effective for the panels to work optimally. ArchiPro features only the best solar panel substructure products in New Zealand.

SOPRASOLAR FIX EVO TILT Pedestals

Equus Industries

Solar PV Racking System

Stop Digging

Grid Tie Solar Power

SUNZ Solar Energy Specialists

Solar Panel Mounting

Beattie Air

Featuring the best solar panel substructure in New Zealand

When installing solar electric systems a quality substructure is essential and can provide the panels with the perfect angle so it’s exposed to maximum sunlight. The more exposure to the sun, the longer these panels last which is why it’s pivotal to choose the right panel substructure. ArchiPro features only the best solar panel substructure products in New Zealand so you can maximise the use of your panels and contribute to a greener environment.

Types of solar panel substructures

There are a number of different types of solar panel substructures to consider for your solar panel system in New Zealand.

Solar PV racking system

This is a complete panel insertion system kit that enables you to mount your panels with ease. It’s convenient to place on roofs or windows to help get your panels maximum sunlight. Installation of this system is easier and more reliable due to the solar panel insertion system.

Pile ground mounting system

Ideal for larger panels and large-scale installations, this versatile solar panel ground mounting system can be used on any surface making it convenient to place in the best spots. These systems are usually installed on the ground, which means you should consider the shadows cast by surrounding buildings before opting for this solution. It can also take up a large amount of your ground space based on the size of your setup.

Asphalt flashing roof solar mount

Roof substructures are highly effective and this compact mount is just that. It’s easy to install, simple, affordable and perfect for a small panel. This is a great solution for residential properties or smaller commercial buildings or offices in New Zealand.

The advantages of high-quality solar panel substructures

Solar structures can help maximise sun exposure to panels making them highly efficient. These structures also work well in securing the panels and keeping them safe. Since a lot is riding on these panels it’s essential to choose ones that are of good quality and will last a long time. The best will be rigorously engineered to perform in New Zealand conditions. They will be constructed of the best materials and premium fittings, instilling confidence and giving you peace of mind in their design.

How to choose a solar panel substructure that's right for you

The panel ground mounting system is designed based on the type of panel you’re using. As such, you need to speak to a professional to see which one will work best for you. There are also other factors to consider like the size of the structure and the angle at which it’ll be placed. Since the panels need sunlight, it’s best to get the structures fitted at a spot that has plenty of exposure to direct light. While some projects only need solar panel grounding clips, others require complete racks designed to support larger structures.

What are the main components of a solar panel mounting structure?

There are three main components for a solar panel mounting structure. These include roof or ground fasteners, mounting rail structures, and clamps for the modules. While some of the SP structures are smaller and only comprise a hook, the larger ones need all three components.