Park Solar Lighting
-- Zone-by-Zone Design Specifications
Park Solar Lighting: Zone-by-Zone Design Specifications
A park is three lighting jobs on one site: circulation, activity, and rest — and they want different fixtures at different heights. Paths need even, low-glare light that shows trip hazards. Activity zones need usable light for games and gatherings. Seating and relaxation areas want warm, low-level light that keeps the sky dark. This page is a design specification for solar park lighting: what to spec per zone, how to choose between bollards and poles, and what this page still owes you in real project data.
Zone-by-zone specification
| Zone | What to spec | Color temperature | The failure mode to avoid |
|---|---|---|---|
| Circulation paths | Even low-level light, glare controlled | 3000K–4000K | Dark patches between pools of light; uniformity beats brightness |
| Activity zones (lawns, courts, playgrounds) | Higher maintained level, motion boost when occupied | 4000K | Under-lit edges where people actually move |
| Relaxation and seating | Low level, warm | 2700K–3000K | Cold, bright light that empties the bench it was meant for |
| Special events | Scene control, per-zone | As needed | RGB spec'd site-wide: cost and complaints follow |
Two details carry more weight than their size suggests. High CRI (color rendering index) above 80 is what lets a parent pick out their child's jacket at twenty meters; parks are a recognition environment, not a navigation environment. And warm white at 2700–3000K for relaxation areas is not a style preference — it is the spec that keeps the night soft where people sit still.
Bollards versus poles
Bollards at 0.8–1.2 m mark edges and guide movement: path boundaries, plaza perimeters, garden walkways, safety demarcation. Use 360° distribution in open plazas and directional where light must not spill into planting or bedroom windows. Anti-collision and vandal-resistant construction is not optional on a bollard — it lives at ankle height, where balls, mowers, and boots hit it.
What a bollard cannot do is light an area. A 3 m-wide path with bollards down both edges gets even low-level light; an open lawn or activity zone needs pole-mounted height to spread light without glare. Any pole in an open park is a wind-loaded structure, so run the number with our wind load calculator before fixing the height.
Anti-theft, ranked by what actually works
The physical measures (one-way security screws, reinforced mounting bases, tamper-proof access panels, anti-climb features) come first, and the reason is arithmetic: most opportunistic theft is a time calculation, not a skills contest, and hardware that adds minutes ends the attempt. Electronic measures (tamper sensors, remote monitoring, motion-triggered alarms) earn their place where the park is unstaffed at night.
GPS tracking is the line item we push back on. On a sub-meter bollard, the tracker plus its subscription can cost more over the fixture's life than the fixture itself. It belongs on documented high-theft sites, not as a default row in every park's budget.
Maintenance decides the 10-year cost
Tool-less maintenance access, quick-connect electrical components, modular replacement, and clear service documentation decide lifetime cost more than any number on a datasheet. A fixture a technician can open in two minutes gets cleaned on schedule; one that needs a special tool and a manual does not. IP65 weather protection, UV-resistant materials, anti-corrosion treatment, and impact-resistant construction are the durability floor — in a public park the real load cases are vandalism, ball games, and maintenance equipment, not weather alone.
What this page still owes you
This page is a design specification, not a case study, because we do not publish project numbers we cannot stand behind. When the next completed park project clears its warranty period, this page gains location, fixture counts and wattage, pole heights, measured illuminance, and photographs. Until then, verify every number against your own site: our lighting design tool runs the photometrics, and our all-in-one solar street light line is the hardware this spec describes.
Scope
This page covers parks and recreational public spaces. Sports facilities carry their own illuminance targets (see our basketball court design page), and parking facilities follow a different coverage model, covered on the parking lot page.