Solar PV & Battery Storage Installers in St Helens.
Generate, store, and control your energy — with a system designed properly.
We design and install solar PV and battery systems for homes and businesses. Clear advice, neat workmanship, monitoring setup, and aftercare you can rely on — from survey to commissioning.
Designed for real-world performance
A good system starts with the right questions: when you use energy, what you want to achieve (bill reduction, resilience, carbon reduction), and what your property can support. We design around your site — not a generic template.
Straightforward quotation and equipment list.
Neat cable routes and sensible equipment placement.
Testing, monitoring setup, and handover.
Built to expand
Starting with PV and adding storage later is often possible. If EV charging or heat pumps are in your future, we can design your system with that in mind.
What we install
Roof PV systems
Design-led layout, tidy cable routes, and commissioning you can trust.
Store surplus generation
Right-size storage for self-consumption, tariffs, and future load.
Hybrid + retrofit options
Hybrid systems or retrofit batteries onto existing PV where suitable.
App setup & reporting
Clear visibility of generation, usage and battery behaviour.
Send your postcode (or site address), annual usage if known, and any preferences — we’ll advise next steps.
From survey to switch-on
Initial info
We’ll ask about your usage, roof type/space, and goals (bills, ROI, carbon).
Survey
Site checks: consumer unit, cable routes, shading, and equipment locations.
System design
Panel layout, inverter/battery sizing, and expected generation outline.
Install + commissioning
Neat install, testing, monitoring setup, and a clear handover pack.
Why add solar + storage?
Key advantages
PV generates electricity during daylight. Batteries store surplus so you can use more of your own energy later. Businesses can often offset significant daytime consumption and improve ROI.
Use more of what you generate.
Charge/discharge intelligently where supported.
Track generation and usage via monitoring.
EV charging / heat pumps can be planned in.
PV + storage typically increases how much of your own energy you use.
Businesses often benefit from daytime generation matching demand.
See what’s happening and adjust behaviours for best results.
Best results usually come from:
A sensible system size, good equipment placement, clean wiring, and correct commissioning. We focus on those fundamentals so the system performs day-to-day.
Installed work
Send your address and a few details — we’ll advise on a sensible system size.
Solar in St Helens: homes, roofs and typical savings
St Helens has a mix of Victorian and Edwardian terraces near the town centre, large post-war estates, and newer developments in areas such as Rainford, Eccleston and Haydock. Modern estate homes often have a simple, unobstructed roof slope, which keeps installation straightforward.
Newer homes are sometimes built with shallower roof pitches. Panels still work well at 25–30°, with only a small reduction in yearly output compared with steeper roofs.
The borough straddles two price cap regions. In Ofgem's postcode data, St Helens itself (WA9–WA11) is in the Merseyside and North Wales region, while Newton-le-Willows (WA12) is in the North West region. Our calculator works out the right one from your postcode.
a year · about 3,764 kWh generated
a year · about 2,992 kWh generated
a year · 52% used at home
Typical home used: 3 bedrooms, 2,700 kWh a year (Ofgem typical medium use), 4 kWp system, 35° roof, no significant shading, occupied half the day. First-year bill savings plus export payments at today's prices.
Sources: generation from PVGIS 5.3 (EU Joint Research Centre) for WA10, retrieved 17 Oct 2026, 14% losses; self-consumption from the MCS MGD 003 tables; electricity at 27.86p/kWh, the Ofgem price cap for the Merseyside and Northern Wales region, 1 Oct–31 Dec 2026 (Direct Debit); export at 3p–12p/kWh, typical published UK export tariffs checked 15 Oct 2026. No price rises or panel ageing assumed.
Questions about solar in St Helens
How much could solar panels save in St Helens?
For a typical 3-bedroom home using 2,700 kWh a year with a 4 kWp south-facing system, our indicative estimate is about £260–£590 a year at current prices, or £540–£800 with a 5 kWh battery. It depends on your roof, shading, usage and tariff, and it is not an MCS performance estimate, which is provided at survey.
Is there enough sun in St Helens for solar panels?
Yes. Panels work on daylight. EU satellite data (PVGIS) suggests a well-placed south-facing system in St Helens produces roughly 941 kWh per kWp a year, and an east- or west-facing one roughly 748 kWh per kWp, with much more in summer than winter.
Which price cap region is St Helens in?
In Ofgem's postcode data, WA10 is in the Merseyside and Northern Wales region. From 1 October to 31 December 2026 the cap there is 27.86p per kWh with a 67.66p daily standing charge (Direct Debit). Solar cuts the units you buy, not the standing charge.
Do I need a battery?
Not always. A battery lets you use more of your own solar instead of exporting it at a lower rate, but it adds cost. It depends on when you use electricity and your tariff. The calculator shows both options, and we go through them at survey.
Nearby: Warrington · Widnes and Runcorn · Liverpool & Merseyside
Request a solar PV & battery quote
Prefer to message? WhatsApp us with a photo of your roof, fuse board or site.
Everything Energy Renewables Limited
99 Stanley RoadBootle
Liverpool
L20 7DA
Phone: 07842864315
Email: enquiries@everything-energy.co.uk
Hours: Mon–Fri 9-5
Service area
LiverpoolSouthport
Wirral
Widnes
St Helens
Manchester
Merseyside
Lancashire
Cheshire
Wales
Accreditations
