Solar-powered pathway, perimeter, feature and street lighting — sized properly, installed cleanly, maintained on contract.
Solar outdoor lighting is no longer a novelty — done properly, it is the most reliable way to keep an estate safe, navigable and well-presented after dark, independent of load-shedding and rising grid tariffs. Done poorly, it is a row of dim fittings that stop working in the second rainy season.
We take solar lighting seriously: panels sized for worst-case cloud cover, batteries rated for the duty cycle we expect, fittings specified for the ingress rating and output you actually need, and installation that respects cable runs, mounting and weatherproofing. The goal is a system that performs quietly for 5–7 years before anything needs swapping.
Our work spans pathway bollards, perimeter floodlighting, feature and accent lighting, solar street-lighting for estate roads and integrated schemes that combine off-grid with mains backup. We also run maintenance contracts that include battery monitoring and scheduled panel cleaning.
Systems are scoped to the site — the menu we most commonly draw from.
Walk the site at dusk. Identify dark zones, security priorities and feature targets.
Fixture selection, panel & battery sizing, layout drawings and commissioning plan.
Equipment sourced from vetted suppliers with in-country technical support.
Foundations, poles, fittings and cabling to a clean finish — all weatherproofed.
Night-time commissioning, timer/sensor configuration and hand-over documentation.
We calculate daily energy demand from the fixture's output and expected on-time, then size the panel for the worst month of the year (typically June/July). We include a 25–40 per cent safety margin so the system still charges adequately during long cloudy spells. Undersizing the panel is the single most common mistake in cheap solar lighting, and it's the reason those systems fail early.
Quality lithium iron phosphate (LiFePO4) batteries in our systems are rated for 2,000+ cycles — typically 5–7 years of real-world service. Lead-acid alternatives in cheaper all-in-ones last 2–3 years. We recommend LiFePO4 on any installation intended to outlast a single service cycle, and we publish expected battery life with every quote.
Properly sized systems carry 3–5 days of autonomy — meaning the battery alone can run the light through extended overcast weather. For mission-critical security lighting we often design dual-mode systems that can fall back to a mains-charged battery when solar output drops below a threshold.
Yes. We design hybrid schemes where feature, pathway and non-critical lighting is pure solar, while security floods and estate-critical loads sit on a solar-plus-mains hybrid with automatic changeover. From the user's side it is invisible — the lights just work.
We'll survey your site after dark, scope a solar lighting plan and propose equipment that will actually last.
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