Powering a community hub on the Ringland estate

A 56 kWp rooftop solar array sized to the building's own demand, cutting Ringland Community Centre's electricity bills and carbon while keeping the doors open for the people who rely on it.

Client

Ringland Community Centre

Technology

Solar PV

Location

Newport

Energy from solar

40%

System size

56 kWp

Panel type

Eurener 500 W

About the client

Ringland Community Centre sits at the heart of one of Newport's largest housing estates, on Ringland Circle. It is the kind of building a neighbourhood is built around: a base for community groups, activities and services that run throughout the week, much of it staffed and supported by people giving their time locally.

Buildings like this run on tight budgets, and rising energy costs land directly on the resources that keep services running. The centre wanted to take control of its energy use for the long term, so that more of what it has stays with the community.

Aerial view of solar panels across the rooftops of Ringland Community Centre in Newport, with the building's mural and surrounding estate in view.
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Aerial view of solar panel arrays spread across several rooftops at Ringland Community Centre in Newport.
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Rows of solar panels on the main roof of Ringland Community Centre in Newport, with the surrounding estate behind.
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Solar panel arrays across several flat and pitched roofs at Ringland Community Centre in Newport.
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Aerial view of solar panels on the roofs of Ringland Community Centre in Newport, with the mural-fronted building and surrounding estate in view.

Our solution

Three roof areas were available across the centre, each facing a different way. We worked with that rather than against it, fitting 112 Eurener 500 W panels across all three and running the whole array through a single SolarEdge inverter with an optimiser on every panel. On a building with roofs like these, that detail does the heavy lifting: a panel sitting in shade or on a weaker roof works on its own terms instead of pulling down everything around it.

We sized the 56 kWp array to what the centre actually uses, rather than covering every inch of roof for the sake of it. About 40% of the building's electricity now comes directly from the panels, so the centre leans on the grid less and has a firmer hold on its running costs for years to come.

Solar made sense as the first move here, and it works on its own. If the centre later wants to keep more of what the roof generates, there is room to add battery storage down the line. But the solar stands on its own as the first step.

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Run a community building?

Run a community building?

We size solar to what your building actually uses, so more of your budget stays with the people you serve. Tell us about your site and we'll work out what's worth doing.

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