ThePowerPayback
England · Data reviewed July 2026

Solar savings & payback in North East England

Lower yields around Newcastle, offset by the UK's flat, price-capped tariffs.

Enter your bill for a payback estimate tuned to North East England's sun, with 0% VAT already in the price, your bill savings, and Smart Export Guarantee earnings all counted. For a typical £90/month bill, we estimate around 9.8 years.

Solar generation
~2.4 kWh/kW/day
Annual yield
~876 kWh/kW/yr
Typical import rate
~27p/kWh
VAT on install
0% (until 2027)

Your export earnings depend on the SEG tariff you pick, not your region. Compare SEG rates

Slide, or type the exact amount from your last bill.

Exclude chimneys, shaded corners, and obstructions (~7 m² per kW).

Adjust assumptions (tariff & install cost)

Defaults are approximate averages for North East England. Get an installer quote to confirm your exact cost.

There's no net metering in the UK. You save the retail rate on power you use as it's generated, and earn the Smart Export Guarantee (SEG) rate on what you export.

How North East England compares to the UK average

UK electricity prices are broadly uniform under the price cap, so sun is the regional variable that moves your payback.

Solar generation

~2.4 kWh/kW/day

UK average: ~2.6 kWh/kW/day

-8% vs UK avg

Less sun than the UK average, high power prices still carry the maths

Annual yield per kW

~876 kWh

UK average: ~949 kWh

-8% vs UK avg

What one installed kW produces across a typical year

Typical payback

9.8 years

UK average: 9.1 years

+8% vs UK avg

Slower than the UK average on a £90 bill

Solar cost & savings by system size in North East England

Computed with North East England's generation (~2.4 kWh/kW/day), a ~27p/kWh import rate, ~50% self-consumption, and an average SEG export rate, 0% VAT included.

System sizeInstalled cost (0% VAT)Generation/yrAnnual savingsPayback
3kW~£5,100~2,592 kWh~£518~9.8 yrs
4kW~£6,800~3,456 kWh~£691~9.8 yrs
5kW~£8,500~4,320 kWh~£864~9.8 yrs
6kW~£10,200~5,184 kWh~£1,037~9.8 yrs

Savings assume a home large enough to use this output. Figures last reviewed July 2026,size a system from your actual bill instead.

How solar pays in North East England

There's no net metering in the UK, so your system pays you two ways: you save your import rate (~27p/kWh) on every unit you use as it's generated, and you earn your Smart Export Guarantee rate on everything you send back to the grid. Using more of your own power, daytime appliance use, or a battery, is worth more than exporting it, especially on lower SEG tariffs.

Generation figures are regional averages; your roof's pitch, orientation, and shading will move them.

North East England solar FAQs

Are solar panels worth it in North East England?

For a typical £90/month bill, we estimate a system in North East England pays for itself in about 9.8 years, then generates largely free power for another 15+ years. Lower yields around Newcastle, offset by the UK's flat, price-capped tariffs.

How much do solar panels cost in North East England?

Prices don't vary much by region, expect roughly £1,700 per kW installed with 0% VAT already applied, so a 4kW system runs about £6,800. What varies regionally is generation: in North East England each kW produces around 876 kWh a year.

How much electricity will solar generate in North East England?

Around 2.4 kWh per kW per day averaged across the year, so a 4kW system produces roughly 3,504 kWh annually. Summer output is several times winter output, and orientation and shading move the total.

Do I get paid for exported power?

Yes, through the Smart Export Guarantee (SEG). Rates vary hugely by supplier, from about 6p to 25p/kWh, and the tariff you pick matters as much as your region's sun. There's no net metering in the UK: you save ~27p on each unit you use yourself but earn only your SEG rate on exports.

Does North East England get enough sun for solar?

Yes. Lower yields around Newcastle, offset by the UK's flat, price-capped tariffs. Even the cloudiest UK regions generate enough for a workable return because grid electricity is expensive, the maths runs on the ~27p/kWh you avoid buying, not on wall-to-wall sunshine.