FOR FLAT ROOFS, WALL & GROUND SYSTEMS
Frame Mounted PV Panels
Designed to maximise electricity production
Ideal for flat roofs, walls and ground systems, Frame Mounted PV Systems angle the pv panels to maximise your annual output. Available in anchor and ballast configurations.
Frame Mounted PV Systems pitch the photovoltaic panels at the optimum angle towards the sun to increase energy production. In many cases, the panels can be positioned to face directly south to further maximise output.
Frame Mounted Systems can be installed on flat or low pitch roofs, south facing walls and ground based concrete plinths or foundation pads. Systems can be anchored (mecahnically fixed) to a building structure or concrete foundation, or they can be ballasted with weights to avoid penetrating the roof material. Have a look at our System Options on the sidebar for more details on system configurations, sizes and technology.
Solar photovoltaic (pv) panels generate clean, renewable electricity during daylight hours. The panels are connected into to the building's fuseboard via an inverter to supply the generated electricity to the property. The pv system works automonously and seemlessly with the electricity grid, exporting any surplus electricity onto the grid and importing additional electricity if the building requires more energy than the pv system is producing. For more information on how solar photovoltaics integrate into a property visit How Solar PV Works
PV Systems require little or no servicing and maintenance. The main components, such as the photovoltaic panels and the inverter, are designed and built to function quietly and continuously for the life of the system. Photovoltaic panels are manufactured using self cleaning toughened glass so you don’t have to worry about getting up on your roof to wash them.
Solar PV Systems have a life expectancy of over thirty years. The system components have great warranty periods with photovoltaic panels warrantied for five years and inverters warrantied for up to eight years. We only use accredited products and source all components from reliable and well established manufacturers. Our installation methods are proven to last and all of our solar pv installations carry a two year installation warranty.
We are fully accredited and qualified for Solar PV and Wind Turbines design and installation so you can be sure that your system is installed correctly. Our installations comply with all relevant building and electrical regulations, with each installation quality checked, certified and warrantied for two years. We deal with all of your grid connection, building control and planning applications,as well as any access and scaffolding requirements, to ensure a hassle free installation.
Back to top
Solar PV systems are designed specifically to suit the size of your property and your electricity requirements. Contact us and we can discuss your system preferences and expectations, we will have a look at your property and review your previous electricity consumption, to help pinpoint your ideal PV system.
Frame mounted pv systems are available as an anchored system whereby the frame is mechanically fixed to a supporting structure, or as a ballasted system whereby the frame is fixed to a weight that simply sits on top of your roof, avoiding the need for roof penetration.
Anchored System - for flat and low pitch roofs
Photovoltaic panels (1) are attached to a frame (2) that is fixed to the buildings roof structure (3), for example the rafters. The system remains lightweight and therefore does not stress the roof structure. This method is only suitable when penetration of the roof material is accepatable and will not cause water ingress. A structural survey may be required, depending on your roof type, to assess the strength and suitability of your roof. Anchored Systems are typically installed on metal or composite panel roofs of industrial and agricultural buildings, and can be installed on some garage roofs.
Ballast System for flat roofs
Photovoltaic panels (1) are attached to a frame (2) that is mechanically fixed to a concrete weight (3). The concrete weight acts as a ballast and simply sits on top of your roof preventing any movement of the pv system. This method avoids penetrating the roof material, however, the building's roof structure (4) will bear the load of the pv system including ballast, so a structural survey will need to be conducted to calculate the strength of your roof. This system is commonly installed on large flat concrete roofs in schools, factories and large public buildings.
Ground Plinth PV System
Photovoltaic panels (1) are attached to a frame (2) that is fixed to a concrete plinth or foundation pads(3). This system is ideal if you have spare land available with clear views to the south. Ground Plinth Systems can be installed in gardens, farm yards, fields, industrial yards, in fact anywhere on your property that benefits from clear aspects to the south. If sufficient space is available the system can be orientated towards south to maximise exposure to sunlight.
Wall Mounted PV System
Photovoltaic panels (1) are attached to a frame (2) that is fixed to a solid south facing wall (3). This configuration utilises any available space you have on a south facing wall and it can be incorporated with any other Roof Mounted or Frame Mounted PV System to create an overall photovoltaic solution. The system can also function as a sun shade in solar passive houses (note that it does not create a watertight canopy - contact us to discuss bespoke installations).
Quick Deployment Ballast Bin
Photovoltaic panels (1) are attached to tough plastic moulded bin (2) that is filled with ballast (3) such as concrete block or stones. This system has the advantage of quick deployment but can look a little untidy due to slight variations in the moulded shapes of the bins. It is typically installed on tall buildings where the system is not visable to the public. This method of installation avoids penetrating the roof material, however, the building's roof structure (4) will bear the load of the pv system including ballast, so a structural survey will need to be conducted to calculate the strength of your roof.
PV Systems are modular so you can choose the size and shape to suit both your roof and your budget. Email or call us with your roof measurements and we'll calculate what size of system can fit on your roof. We'll also work out your expected ROI (return on investment).
There are four main types of PV Panels and some are more efficient than others. Less expensive panels do not perform as well as those with high efficiencies and thus require a greater quantity of panels (and more space) to produce the same output. Your roof may be the limiting factor in your choice of panels. Find out more in our PV Technology section.
An inverter is an integral component of a PV System. It transforms the DC electricity from the PV panels into usable AC electricity and supplies it to the property via a distribution board.
As with PV Panels, inverters come in all shapes and sizes, so leave the choice of inverter to us and you'll be sure it will suit your system and last the distance. We specify an inverter based on the overall size of your system and type of PV panels. We regularly evaluate new inverters coming on the market, but we tend to stick with the brands we trust.
For optimal performance, inverters should be installed close to the PV Panels and have plenty of airflow around them. Inverters rarely need accessed therefore we normally install them in attics, close to the panels, but they can be located in any suitable location on the property. For more information on inverters and how PV Systems connect to a property visit How Solar PV Works
Back to top
Concrete Plinth PV System
Residential, Dromore
Adjsutable Frame Mounted System
Agricultural, Hillsborough
Wall Mounted System
Shed wall, Gwent
Bespoke Ground Mounted System
Residential, Wales
Ballast System on flat roof
Residential, Bath
Back to top
Because PV systems are modular, the final cost of having one installed on your property depends on a number of factors; your preferred size of system, (or the limitations of your roof), your choice of photovoltaic technology, your exisiting roof material and structure, access to your site, to name a few.
Due to these factors we prefer to supply tailored quotations to our customers rather than show an example of our lowest priced system. We can assess your property and advise you on the most suitable and economical system for you. So give us a call or email us with your details and we'll provide you with a tailored final quotation, no hidden extras, no nasty surprises.We'll also calculate the ROI (Return On Investment) for your choosen system.
Investing in a PV System for your property will guarantee you an income for 20 years or more. You will also benefit from reduced electricity bills and add value to your property.
If you live in England, Wales or Scotland you can benefit from the Feed In Tariff (FIT). If you live in Northern Ireland you are entitled to a Renewable Obligation Certificate (ROC) for every 1000kWh of electricity you generate. Both incentive schemes have different payment structures which will influence the size of system that is the most economical for you. Visit our FIT / ROC page for more information.
You will also save on your electric bills by reducing your consumption of increasingly expensive grid electricity. Better yet, your electricity provider will credit you for exporting any excess electricity onto the grid. The amount you receive depends on your provider. See How Solar PV Works for more details on how a PV System will function in your property and with your electricity provider.
The two tables below illustrate a typical payback period for a Roof Mounted 4kW PV System. For more details go visit our FIT / ROC page.
Back to top
