Solar installer pricing in Edinburgh

£1,800 to £2,800 per kW installed for standard residential including panels, inverter, racking, electrical, commissioning and MCS paperwork. Premium tier (battery storage, smart monitoring, branded panels like Q Cells, REC, Panasonic) £2,300 to £3,200 per kW. A typical 4kW system £7,200 to £11,200. Solar PV install is zero-rated for VAT under current HMRC rules through 2027.

Almost never on visible street-facing roof slopes. Most central Edinburgh stock is Category A or B listed and panels on visible slopes are refused. Quote pre-survey of orientation, visibility and Listed Building Consent feasibility (£800 to £3,500) before any panel quote. Hidden rear slopes or drying-green roofs on detached stock are the consentable routes.

Home Energy Scotland offers an interest-free loan up to £6,000 for solar PV in owner-occupied Scottish homes (Scottish-specific, separate from the UK-wide Boiler Upgrade Scheme route which does not cover solar). Quote the loan as a line on every owner-occupier consult; conversion rate doubles when grant funding is visible. MCS certification mandatory for eligibility.

Yes for grant-funded and SEG-tariff installs. MCS certification is mandatory for SEG (Smart Export Guarantee) tariff eligibility and for Home Energy Scotland loan eligibility. RECC (Renewable Energy Consumer Code) membership is the consumer-protection signal. Print both on every quote.

Tesla Powerwall 3, GivEnergy, FOX ESS or Sonnen at £6,000 to £14,000 per battery installed. Edinburgh grid resilience is generally good but premium clients in detached Morningside, The Grange, Trinity and Murrayfield villa stock pay readily for resilience and EV-charging integration. Pair with solar PV install for installed-bundle pricing.

Per kW installed in {YEAR}: £720 to £1,500 in the US, £1,200-2,000 in the UK, A£540-1,800 in Australia, R18,000-35,000 in South Africa, and C£1,440-3,800 in Canada. Larger systems get cheaper per-kW due to scale; tier-1 panels and premium inverters push toward the top.

Most 3-bed homes need 5-8kW; 4-bed+ homes with pool or EV need 8-12kW. Look at your last 12 months of electricity bills, divide annual kWh by 1,300 (Australia/SA), 950 (UK/Canada), or 1,200 (US average). That gives kW capacity to offset most of your bill.

Depends on your feed-in tariff. Where FIT is high (Australia historically), batteries have 10-12 year payback; export to grid is more valuable. Where blackouts are common (South Africa) or FIT is low (UK), batteries pay back faster and add resilience. Quote both options.

A standard 5-10kW residential install is 1-2 days on the roof for a 3-person team, plus grid connection paperwork (1-6 weeks depending on utility). Larger systems and commercial installs take 3-7 days.

Site visits and verbal quotes for systems over 4kW are usually free. A detailed shading analysis, structural roof report, and load-flow calc for a 20kW+ commercial system takes 4-8 hours and may be charged £180-1,500. Worth it on large projects.