[Golf] Course Lighting Project with Floodlights

1. Three holes, one coordinated lighting brief

The Suzhou phase was designed to extend evening use on selected holes rather than illuminate the entire course at once. Fairways, greens, slopes, trees and water features all shaped the brief. The supplied project account does not identify the venue’s full official name.

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The rated luminaire total is 84 × 1.2kW = 100.8kW, calculated from the reported equipment. It is not metered site demand or a verified saving. Phasing can limit the initial construction scope, but later electrical capacity, controls, access and operating plans still need coordination.

2. Lighting designed for terrain and player sightlines

Before installation, the CPS team surveyed fairways, greens and hazard areas, then used optical simulation to plan pole positions and aiming directions. The priorities were glare control and fairway illuminance uniformity: keeping useful coverage connected without simply adding brighter patches.

Trees, slopes and water change both the lighting geometry and the player’s background. Following a golf ball after dark also requires attention to viewing direction and source exposure. Narrower and wider beams must work together; a high wattage or bright ground photograph cannot prove comfortable ball tracking.

3. From simulation to an aimed installation

During construction, engineers followed the installation, aimed individual floodlights and checked illuminance by zone. This connects the proposed layout to the installed equipment. A beam aimed slightly away from its target can change the overlap with neighbouring fixtures, leaving an uneven playing area.

The project report describes more consistent light across fairways and greens, with clearer views of the ball, contours and bunkers. It does not publish measured lux levels, uniformity ratios or a glare score. Request the acceptance records for those results; they should not be inferred from the photographs.

For another course, agree the practical scope before ordering: site information, photometric design, luminaire supply, installation guidance, aiming and acceptance support. On-site attendance, local electrical work, structures and maintenance responsibilities should be defined for that project—not assumed to be included everywhere.

4. Design, manufacturing and testing behind the proposal

CPS combines lighting design support with luminaire manufacturing. Its company profile describes an integrated production base in Huizhou, while the manufacturing overview covers machining, finishing and assembly. Buyers can discuss the selected product, customisation and supply arrangements as part of one coordinated proposal.

The lighting laboratory lists photometric, electrical safety, surge, environmental and mechanical testing equipment. Request evidence for the exact proposed model and configuration. Laboratory resources are relevant supplier capabilities, not automatic certification of every product or proof of this course’s measured lighting performance.

5. The product used: Sirius Projection Light 1200W

This project selected Sirius Projection Light 1200W luminaires. The source describes customised optics that direct light towards the playing areas while limiting spill. The current listing offers several distributions, including 25°, 45°, 60°, 90° and 30° × 70°; these are family options, not the installed pole-by-pole optic schedule.

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Sirius Projection Light 1200W

Installed project configuration
Selected model	Sirius Projection Light 1200W
Luminaire quantity	84 units
Rated unit power	1200W
Course scope	Holes 7, 8 and 9; 24 lighting poles
Combined rated power	100.8kW, calculated—not metered site demand
Current catalogue reference
Listed luminous flux	132,000 lm per 1200W luminaire
CCT / CRI	5700K / Ra ≥ 80
Input voltage	AC 100–277V

Catalogue figures are not site measurements. Confirm the supplied optic, colour setting and accessories against the project documentation.

6. Start with your course layout