Generate
Panels turn daylight into usable electricity for your home the moment the sun is up.
Stop buying electricity at peak prices for energy your home could generate and store itself.
Cut your bills by up to 80%, protect yourself from rising energy prices, and take full control of when, how, and at what price you power your home.
Systems available for a wide range of budgets. Start smaller and expand over time.
No obligation. Fixed pricing. Speak directly with an engineer.
Panels turn daylight into usable electricity for your home the moment the sun is up.
Surplus power is captured in the battery instead of being sold cheap and bought back expensive.
Draw stored energy when tariffs peak — evenings, overnight, and high-demand windows.
Most homes still buy electricity at the most expensive time of day. A solar and battery system changes that completely.
Without a battery, surplus daytime electricity is often exported for 4p–15p/kWh under SEG, then bought back in the evening at 25p–35p/kWh.
That buy-back gap is value you generated but did not keep. A battery closes it by storing daytime generation for when your home needs it most.
Release stored power in the evening, overnight, or during expensive peak windows — on your terms.
Battery storage shifts self-consumption from roughly 30–40% (solar only) to 70–85%+ — where the real bill reduction happens.
A household spending £1,800/year on electricity could reduce that to roughly £300–£400/year with the right design.
| Setup | Bill reduction | Self-use |
|---|---|---|
| Solar only (no battery) | 40–60% | 30–40% |
| Solar + battery storage | 70–85% | 70–85% |
| Solar + battery + smart tariff | Up to 90% | 80%+ |
Start where you are. Scale when it makes financial sense. Every AORO system is engineered for expansion.
A compact solar system with a 5 kWh battery delivers immediate savings and a shorter payback window.
Add panels, larger battery capacity, and EV charger integration when your usage or budget grows.
For higher consumption or larger roofs, 10 kWh+ systems maximise return and energy independence.
Realistic 2025 ranges for fully installed, MCS-certified systems. Every AORO quote is fixed and fully itemised.
What we quote is what you pay. No scaffold surprises. No hidden extras.
| System | Approximate cost |
|---|---|
| Small3–4 kWp + 5 kWh battery | £0 – £0 |
| Mid4–6 kWp + 10 kWh battery | £0 – £0 |
| Larger6–8 kWp + 13–15 kWh battery | £0 – £0 |
| PremiumCommercial or bespoke design | Priced on survey |
Specified by qualified engineers using survey data, consumption analysis, and long-term modelling.
Fixed itemised quotes. No scaffold surprises. No hidden extras.
Tier 1 panels, leading inverters, and LFP batteries selected for reliability.
You speak directly with the team that designs and installs your system.
Fully insured, compliant with UK regulations, with complete handover documentation.
On-site technical assessment of your roof, electrical infrastructure, shading profile, and actual consumption data. This is where the engineering starts.
Accurate yield and storage modelling, full component specification, and a fixed itemised proposal. You know exactly what the system will do and what it will cost before committing.
Carried out by our in-house team to MCS standards, with full electrical certification and building regulations compliance.
Remote performance monitoring commissioned from day one. You and our engineers have full visibility of solar generation, battery performance, and financial return.
Long-term aftercare, warranty management, and tariff optimisation for the operational life of the system.
Straight answers on solar and battery systems in the UK.
Yes for most UK homes. Typical bill reduction is 70 to 85%, with payback around 7 to 11 years and long operational lifespan.
In most cases yes, often using AC-coupled retrofit design, subject to inverter compatibility assessment.
Yes. Panels produce from daylight, not heat, and batteries can charge on off-peak tariffs when needed.
With the right inverter and backup configuration, critical circuits can remain powered during outages.
For a typical home spending £1,800/year, this can reduce to roughly £300–400/year depending on design and tariff.
Usually no under Permitted Development Rights, except some listed buildings or conservation cases.
Most combined installations are completed in 1 to 3 days on-site.
Yes. Panels, battery capacity, and EV integration can be scaled over time.
In under 2 minutes, see what your home could generate, store, and save based on your usage profile.
No obligation. Fixed pricing. Speak directly with an engineer.
Speak directly with an engineer — not a sales team.
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Secure your energy independence. Reduce grid reliance by up to 70%.