Many people assume solar only pays in the south. In fact, panels work well across the North East if the design is right. This page explains how much power to expect in Newcastle, what the planning rules mean for your street, and how a Pier Solar project runs.
Solar output in Newcastle upon Tyne
We modelled the city with PVGIS, the European Commission's free solar tool. For Newcastle it gives about 950 kWh a year for every 1 kWp of panels, at an ideal angle and direction. Across the UK, a well-placed 1 kWp typically makes about 850 to 1,150 kWh a year, so Newcastle sits in the middle. These are modelled estimates, not a promise.
A typical home system is around 4 kWp, which is about nine or ten modern panels. In Newcastle that could make roughly 3,800 kWh a year on a good roof. For comparison, a typical home uses about 2,500 kWh of electricity a year, according to Ofgem. As a result, the roof can cover your yearly use, although you will export a good share in summer.
Winter output is lower, however. December output is typically about a third of July's. Our guide on whether solar is worth it in the UK looks at how that balances over a full year.
Homes, roofs and planning in Newcastle upon Tyne
Most homes in England can add panels without a planning application. However, the rules changed on 27 August 2026. On a pitched roof, panels can stick out no more than 20 cm and must stay below the highest point. On a flat roof, they can usually rise no more than 60 cm.
Newcastle City Council lists 12 conservation areas. They include Central, Jesmond Dene, South Jesmond, Gosforth, Brandling Village and Summerhill. In a conservation area, panels on street-facing walls are restricted, and the council's character statements for each area explain what it values. A listed building needs consent before you add panels.
Many Tyneside homes have pitched slate or tile roofs, which suit on-roof panels. However, some owners prefer a flush finish. Our guide to in-roof and on-roof panels explains the differences. A competent person must also check the roof can carry the panels before installation. Our bespoke solar system design service covers that survey.
How a Pier Solar project runs in Newcastle upon Tyne
Pier Solar designs and specifies each system. We do not fit it ourselves. Vetted, MCS-certified installation partners do the work, and we coordinate the job from the first survey to handover.
Here is the usual order of work.
- You send an enquiry through our online form, with a few details about your roof and bills.
- We design the system and set out the panels, inverter and any battery.
- A partner installs it to our specification.
- The partner notifies your network operator, or applies first for larger systems.
- You receive an MCS certificate, usually within about ten working days.
Newcastle is in the Northern Powergrid North East area. Your installer normally handles the paperwork. Small systems up to 3.68 kW per phase are notified within 28 days of installation. However, bigger systems need approval before they connect, so we plan for that early.
Costs, savings and export
A typical 4 to 4.5 kWp home system typically costs roughly £6,000 to £8,000 installed, based on government cost data for 2025/26. For a closer look at the numbers, read our guide to solar panel costs in the UK. Installing solar in a home in Great Britain is currently VAT-free until 31 March 2027. Still, from 1 April 2027 the rate is due to return to 5%, unless the government changes it.
Each kWh of solar you use saves the unit rate you would otherwise pay. The Smart Export Guarantee pays you for surplus power you send to the grid. Because each supplier sets its own rate, compare tariffs first. The Energy Saving Trust puts payback at roughly 9 to 12 years in its example locations.
Once the system is running, system health checks help keep output on track. Meanwhile, monitoring shows what you generate each day, so a fault does not go unnoticed.
Nearby areas we cover
The same approach applies across the region and beyond. We also cover solar installation in Leeds to the south and solar panels in Edinburgh to the north. Output and planning rules differ in each place, so every quote starts with your own roof.
Frequently Asked Questions
- Yes. PVGIS models about 950 kWh a year per kWp, which is mid-range for the UK. Panels also work on cloudy days, although output is lower.
- Panels on street-facing walls are restricted in conservation areas, and listed buildings need consent. For roofs, check with Newcastle City Council first. We raise the question during design.
- Around 4 to 4.5 kWp, which is about nine or ten panels. However, the right size depends on your roof and your use. We model both before we quote.
- A vetted, MCS-certified partner installs them to our specification. Pier Solar designs the system and coordinates the project. Start with our online enquiry form.