Golf Course Lighting Design using Dialux

Explore golf course basics by defining clubs, balls, tees, fairways, hazards, bunkers, water features, and greens, while learning to bridge the language gap between the client and contractors and installers.

Explore the history of the golf course, tracing its roots from ancient games to the modern sport played in Scotland. Understand why knowledge of the course enhances client impressions.

Learn standards for golf course lighting design at the teeing ground, emphasizing continuous hole illumination, glare control, and uniform lighting for greens and tees with separate hole calculations.

Learn to design fairway lighting that minimizes glare by aiming floodlights toward the putting green, while meeting vertical and horizontal illumination standards and 20-meter calculation requirements.

This lecture covers standards for putting green lighting, emphasizing high horizontal uniformity, directional floodlighting to avoid shadows and glare, with separate calculation points for every area.

Explore driving range lighting standards for golf courses, covering horizontal and vertical illumination, glare control, lighting techniques such as tree and side lighting, and perimeter buffer advice.

Assess how to design golf course lighting with Dialux to minimize environmental impact while providing glare-free, uniform illumination for tees, fairways, greens, and practice areas.

Identify spaces to light on an 18-hole course—fairways and putting green—using vertical and horizontal illumination, with a 20-meter height to ensure ball visibility and bidirectional lighting to avoid shadows.

Explore techniques to light a golf course hole by hole, focusing on teeing ground lighting, in-ground lighting, and two opposing light sources, with design calculations using Dialux.

Learn dialux techniques for lighting a golf fairway, including line of sight to the putting green and pole layout for 25-30 m spacing and five meters above the fairway.

Light the putting green with dual-direction high-lumen floodlights to ensure high uniformity and reduce shadows toward the flag, using 1 m by 1 m calculation points and 50 lux targets.

Explore driving range lighting techniques, including back-of-range floodlights with high elevations for vertical illumination. Assess side lighting, berm lighting variations, and near-surface setups for uniformity, shadows, and cost.

Apply international and regional standards, identify course classifications, and design pole layouts with glare control and landscape coordination to achieve uniform lighting and precise calculations.

Join golf course federations or associations to support lighting design for courses, with examples including international federation, United States Golf Association, European Golf Association, and PGA European Tour.

Learn how to clean a messy CAD file for golf course lighting design by deleting unnecessary layers, purging, and preserving essential layers like greens, the fairway, contours, and pole locations.

Lay out the initial pole locations for golf course lighting design using Dialux, accounting for safety buffer zones, road separation, and uniform 75-meter spacing for bi-directional lighting.

Separate the first hole in Dialux to run an independent lighting calculation, using polyline trimming to define a cutting area and manage pole heights and elevations.

Prepare the first hole for SketchUp by cleaning contours, removing conflicts, and exporting clean hole and greens data for import into SketchUp.

Import the CAD file into SketchUp, generate boundaries for greens and roads, adjust offsets, and ensure the contour greens import is done properly.

Apply SketchUp to create soft or rigid contours for golf course lighting projects by building a sandbox, comparing control lines, and extruding contours for design integration.

Prepare greens in SketchUp for Dialux by cleaning CAD data, creating a baseline rectangle, extruding greens, and aligning them with the course tour for accurate lighting design.

Refine a golf course SketchUp model by cleaning lines, extruding greens and roads, merging geometry, and applying landscape colors to greens, fairways, stones, and rough areas for Dialux lighting design.

Export the 3D model from SketchUp after applying textures and materials to walls and surfaces, then import into Dialux for lighting calculations.

Import the CAD file to Dialux 3.14 to set up an exterior golf course project for outdoor sports lighting design calculations and generate the project report.

Prepare the ground in Dialux by adding and editing ground elements, tracing greens, and snapping points to preview pole and floodlight locations for the report and lighting calculations.

Import the 3ds file to Dialux and align it with the ground element using move center and geometry adjustments. Verify in elevation view that it touches the ground before proceeding.

Add and label calculation surfaces in Dialux for golf course lighting, build horizontal and vertical grids on fairways and greens, and enable real-time calculation displays.

Select the appropriate luminaire for golf course lighting by using loom search to compare high-output floodlights, evaluate beam optics, data sheets, and photometric diagrams to ensure uniform coverage.

Learn how to add or import luminaires into Dialux using catalogs or plugins. Download photometric files from brand websites, then import luminaire files and select fittings for setup.

Plan and place bidirectional golf course floodlights on poles, adjust mounting height and beam types to optimize uniform lighting on fairways and putting green while avoiding glare.

Run and verify golf course lighting calculations in Dialux, placing floodlights atop posts and verifying elevation, aiming points, and ground contact to ensure accurate lux and uniformity.

Generate 20-meter vertical calculations for the golf course to ensure 26 lux with good uniformity, then adjust and print 5, 10, and 15 meter results as needed.

Save renderings, false color images, and legends; crop views for client presentations; organize files before printing the report.

Export the AutoCAD lighting layout to WG or X format, including luminaires, legends, value charts, and arrows for precise floodlight aiming.

Prepare the lighting layout for the whole golf course by transferring each hole’s design to the original drawing and adding a legend, then finalize with an Excel power specification sheet.

Prepare the bill of quantities and specification sheets for the golf course lighting project, including pole and floodlight specs, power consumption, and phase one and phase two planning.

Explore lighting control strategies to reduce power consumption of floodlights on a golf course, using area-based and activity-based switching, with manual or digital options and energy-efficient lights.