Lp Swift Renewables Ltd
Indicative pricing — Solar installation in Oldham
Average prices observed in Greater Manchester. Prices vary by system size, roof type and complexity.
| Service | Indicative price | Duration |
|---|---|---|
| 3kW solar system 8-10 panels, suitable for small homes | £4,000 — £6,000 | 1 day |
| 4kW solar system 12-14 panels, most popular residential size | £5,000 — £8,000 | 1-2 days |
| Battery storage (5kWh) Home battery to store excess solar energy | £2,500 — £4,500 | Half day |
| EV charger 7kW home charging point with solar integration | £800 — £1,500 | Half day |
| Solar roof tiles Integrated tiles replacing conventional roofing | £10,000 — £18,000 | 3-5 days |
| Commercial 10kW Larger system for business premises | £10,000 — £16,000 | 2-3 days |
| Maintenance & cleaning Annual inspection, cleaning, performance check | £100 — £250 | 2-3 hours |
* Average prices including 0% VAT observed in 2026. Indicative only. Request a personalised quote from Lp Swift Renewables Ltd.
With over 2022 years of experience, Lp Swift Renewables Ltd is a solar panel installer based in Oldham (OL1 3NE), in Greater Manchester, Yorkshire.
Specialising in solar PV installation and renewable energy, this company provides comprehensive services including system design, panel installation, battery storage integration and ongoing monitoring across Greater Manchester.
FAQ about Lp Swift Renewables Ltd
Is Lp Swift Renewables Ltd a verified company?
Yes, Lp Swift Renewables Ltd is registered at Companies House under Company Number 15387866. Their declared activity corresponds to solar panel installation and renewable energy services.
What solar services can Lp Swift Renewables Ltd provide?
As a solar energy specialist, Lp Swift Renewables Ltd can install solar PV panels, battery storage systems, EV chargers, and provide ongoing maintenance and monitoring services.
How quickly can installation start in Oldham?
Typically allow 4-8 weeks from survey to installation. The actual installation takes 1-2 days for a standard residential system.