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The complete guide to solar panel fences

Helen Scarr
Written By
Maximilian Schwerdtfeger
Reviewed By
Updated on 31 July 2024
  •  Solar panel fences can be used as an alternative to roof-mounted installations
  • They are usually installed where there is a large piece of land to be fenced
  • Fences need to be in the right location to generate power

The solar energy industry has boomed over the past couple of decades, with new and more efficient technology becoming more readily available all the time. Because of this, there are loads of different types of solar panels to choose from, solar panels are being found in a wider range of locations, including fencing.

Solar panel fencing is a less well-known form of renewable energy production, but is becoming an increasingly popular way to save money on electricity bills. In this article, we will look at how solar panel fencing works, the costs involved and whether it’s worth having it installed.

If you’re interested in finding out how much it would cost to install solar panels on your home, complete our free web form to find out.

Blue solar panels stacked vertically to create a solar panel fence with tall trees in the foreground

A solar panel fence is, quite literally, an outdoor fence made of solar panels. It provides two purposes:

1) surrounding and separating private properties or land

2) producing renewable solar energy.

Solar panel fences can be installed in a range of locations, including residential gardens, agricultural land, or industrial and commercial properties.

The efficiency of a solar panel fence depends largely on its location. As the solar panels are positioned vertically in order to be used as fencing, they are not always at an ideal angle for sun exposure. However, this can be combated by the installation of bifacial panels. These panels are made of monocrystalline cells and are considered to be 30% more effective than mono-facing panels, as they can absorb sunlight from both sides.

A study completed by researchers at the German Leipzig University of Applied Sciences found that vertical bifacial solar panels in an east-west facing direction are most effective at producing solar electricity.

A good example of a solar panel fence working well in action is Foran’s Farm, located in southeast Ireland. The farm’s solar panel fence was installed in 2019. In 2020, the fence generated a total of 27.5 MWh of electricity, supplying half of the farm’s electricity consumption for the year. The landowner expects to recoup his investment in the fence within five years through his energy savings.

Pros
  • The most notable advantage is the reduction in energy bills, long-term savings for residents and the reduction in a property or business’s carbon footprint
  • It is seen as a more durable and longer lasting option in comparison to regular fencing options
  • Solar panel fencing is a favourable alternative for those who are unable to install rooftop panels
  • Solar panel fencing is beneficial for the agricultural industry, as panels can be incorporated with electrical fences to both produce solar power and keep livestock and property secure
  • Solar panels that are mounted in the ground are easier to maintain and clean compared to roof-mounted solar panels
Cons
  • Solar panel fencing is high maintenance compared to other materials such as wood, as panels require regular cleaning to keep their efficiency
  • They can be expensive to purchase, install, and maintain in comparison to more common fencing options. This is especially true when in an agricultural setting
  • Locations with long winters, little sun, or shaded areas are unsuitable for these fences as sun exposure is necessary for their effectiveness
  • As these solar panels will be placed vertically, they are more prone to shadows. Obstacles such as trees or other properties can infringe on the effectiveness of the solar panels by blocking sunlight
  • Solar panel fences often have gaps in between panels or are partially transparent. This is generally unsuitable for residential homes as the purpose of fencing is to create a privacy screen

The upfront investment cost for a solar panel fence is generally higher than rooftop solar, but costs can sometimes be recuperated quicker from a fence.

Solar panel fencing costs just under double the investment required for a regular aluminium fence. Please note, the below figures do not include the cost of installation.

Length of fence (m)Approximate cost of panels (excluding VAT)

5

£1,350

10

£2,500

25

£6,500

50

£13,100

The answer to this question depends on the location and length of the fence. Fences are generally only considered profitable once they are over 10m in length.

An east-facing panel fence would be at a preferable angle for sun exposure in the morning for those in the UK. If the panels are bifacial, this means there will be further sun exposure whilst the sun sets in the west.

However, if the fence is often in the shade due to obstructions it is unlikely to be very efficient at generating electricity.

Solar panels are installed vertically in a uniform manner, similarly to a stereotypical wooden or metal fence. They can be installed via posts piled directly into the ground, or on top of a wall.

Agricultural solar panel fences have a more heavy-duty installation process. The solar panels are attached to a fencing post via a bracket. These fences are designed to be robust for security reasons in order to protect livestock. However, in residential examples of solar panel fencing, installation of the panels tends to be simpler.

Green Akku, a German-based solar panel supplier, provides solar panel fencing kits that can mount to pre-existing fences. These kits include PV modules, micro-inverters and mounting material. Green Akku says that the installation process of these panels can be done by the homeowner and only takes five minutes.

In the majority of cases, the installation of solar panel fencing on private property in place of an existing fence does not require planning permission.

However, you would need to apply for planning permission if you are erecting a fence that is over 1 metre high and is adjacent to a road used by vehicles, or over two metres high elsewhere.

If the fence is directly next to another property, it is also a good idea to seek your neighbour’s permission before erecting a solar panel fence.

Solar panel fencing is a good alternative to consider for those who cannot use rooftop solar, or to be used alongside this.

However, there are a few considerations. Firstly, the fence location needs to be in adequate sunlight and facing the correct orientation (ideally east-west). The fence needs to be long enough to make enough electricity to pay back your investment (over 10m). You also need to consider the appearance of the solar panel fence, and the fact that it is unlikely to give 100% privacy to your land.

If you do decide to install a bifacial solar panel fence, there is a chance that your investment is repaid quicker than with a rooftop solar installation.

Solar panel fencing is a relatively uncommon way of producing renewable energy, although it is a good solution for farmers to cordon off fields and protect livestock. It very much depends on the orientation of the boundary and space available as to whether solar panel fencing is a good investment.

To receive an instant free quote for installing solar panels on your property, click here.

Written by

Helen Scarr

Helen has been working in the UK renewable energy sector since 2016, writing content for a range of audiences across projects including nationally significant solar farms, offshore wind farms, and energy from waste plants. She also works as a consultant and copywriter for some of the UK’s leading renewable developers and energy content creators. Helen is deeply committed to raising awareness of the issues related to climate change and creating a greener, carbon neutral world.

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Reviewed By

Maximilian Schwerdtfeger

Max joined The Eco Experts as content manager in February 2024. He has written about sustainability issues across numerous industries, including maritime, supply chain, finance, mining, and retail. He has also written extensively for consumer titles like City AM, The Morning Star, and The Daily Express.

In 2020, he covered in detail the International Maritime Organisation’s (IMO) legislation on sulphur emissions and its effects on the global container shipping market as online editor of Port Technology International.

He also explored the initiatives major container ports and terminals have launched in order to ship vital goods across the world without polluting the environment.

Since then, he has reported heavily on the impact made by environmental, social, and governance (ESG) practices on the supply chain of minerals, with a particular focus on rare earth mining in Africa.

As part of this, in 2022 Max visited mines and ports in Angola to hone in on the challenges being faced by one of the world’s biggest producers of rare earth minerals.

His most recent sustainability-related work came much closer to home, as he investigated the eco-challenges faced by independent retailers in the UK, specifically looking at how they can cut emissions and continue to thrive.

Max lives in South London and is an avid reader of books on modern history and ghost stories. He has also recently learned to play the game Mahjong and takes every opportunity to do so. He is also yet to find a sport he doesn’t enjoy watching.

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