Solar Tennis Court Lighting Systems
Solar tennis court lighting lights recreational and remote courts off-grid to about 30 footcandles using side-mounted solar poles with full-cutoff optics, sized to the worst month and autonomy. It's ideal where trenching to the court is costly — park, resort, school, and remote courts that sit far from power — with adaptive operation matching scheduled play to conserve energy. The court geometry is the same as a grid court; only the power source changes.
This guide covers where off-grid tennis fits, the layout, and how the system is sized for reliable all-season operation.
Off-grid tennis
Tennis courts at parks, resorts, schools, and remote sites often sit far from power, where trenching electrical to the court is expensive and disruptive. Solar lights them without any of that. Recreational play (~30 fc) is comfortably within reach of a properly sized solar system, making off-grid solar an excellent fit for community and recreational courts. Higher competition levels (~50 fc and up) draw more power and require more capacity — at which point grid may be the better choice.
Layout and optics
Solar doesn't change the lighting geometry. Poles mount along the sidelines — never behind the baseline in players' sightlines — with full-cutoff asymmetric optics aimed across the court, exactly as on a grid court. What's added is the solar discipline: the panels are placed and tilted to avoid shading (from trees, fences, or structures) and to capture the worst-month sun, since a shaded panel undermines the whole system.
| Element | Solar tennis court |
|---|---|
| Light level | ~30 fc recreational (off-grid) |
| Pole placement | Sidelines, never baseline |
| Optics | Full-cutoff asymmetric |
| Panel | Placed/tilted to avoid shade, worst-month sun |
Sizing
The court's nightly load is sized to the worst month with autonomy, so it runs reliably through cloudy stretches and winter, not just sunny summer evenings. Scheduled or adaptive operation conserves energy by matching light to booked play — lights up when the court is reserved, dimmed or off otherwise — which also lets a smaller, more affordable system meet the need. 360 Solar's solar court systems suit recreational and remote tennis projects.
Frequently asked questions
Can solar light a tennis court?
Yes — recreational and remote courts off-grid to ~30 fc with side-mounted full-cutoff optics, sized to the worst month. Higher competition levels need more capacity.
How is a solar tennis court laid out?
Poles on the sidelines (never baseline) with full-cutoff asymmetric optics, and panels placed/tilted to avoid shading and capture worst-month sun.
How much light does it provide?
Recreational ~30 fc is well within reach of a properly sized system; club/competition (~50 fc+) requires more capacity and may favor grid.
How is it sized?
To the worst month with autonomy, using scheduled or adaptive operation to match light to booked play and conserve energy.
What if trees shade the court?
Panels are placed and tilted away from canopy shadow, or split-panel mounting is used, so the system still captures the sun it needs.
Request a free solar tennis court layout. Get it at 360solarlighting.com/free-quote.