Home/Knowledge Center/Sports Lighting Sports Lighting / Off-Site Impact Intrusive-Light Requirements in the Netherlands and England: A Sports-Lighting Buyer’s Guide A dated review of the Netherlands
Home/Knowledge Center/Sports Lighting Sports Lighting / Off-Site Impact Stadium Lighting Near Airports and Roads: A Special Glare Risk Checklist Ten project checkpoints for pilot sightlines,
Home/Knowledge Center/Sports Lighting Sports Lighting / Off-Site Impact ULR, BUG and Full Cutoff: What They Do—and Do Not Prove—Outdoors Read the product rating, then test
Home › Resources › Engineering Decision Center Engineering Decision Center · C03 Training, Competition or Broadcast Lighting: Which Level Does Your Venue Need? The correct
Home/Knowledge Center/Sports Lighting Sports Lighting Engineering Safety Lighting in Sports Venues: What Standards Typically Require A project guide to safe stopping, emergency escape, continuation lighting
Home/Knowledge Center/Sports Lighting Sports Lighting Engineering Sports-Lighting Report Glossary for Buyers: Terms That Change Project Decisions Read the terminology in the order it affects a
Home/Knowledge Center/Sports Lighting Sports Lighting Engineering Principal Area vs Total Area: How the Reference Area Changes Sports-Lighting Results How reference boundaries change calculation results, supplier
Home/Knowledge Center/Street Lighting Guide Street Lighting Engineering Guide Smart Street Lighting Systems: NEMA, Zhaga, DALI and Adaptive Controls A buyer-focused guide to smart street lighting
Home/Knowledge Center/Street Lighting Guide Street Lighting Engineering Guide LED vs HPS Street Lighting: Retrofit Planning, Energy Savings and Lifecycle ROI A practical guide to auditing,
Home/Knowledge Center/Street Lighting Guide Street Lighting Engineering Guide How to Choose LED Street Lights: Wattage, Optics, Pole Height and Spacing A practical engineering guide to
Home / Knowledge Center / Sports Lighting Engineering Decisions Engineering Decision Center · Stadium Lighting Stadium Lighting: A Practical Guide to Design, Fixtures and Project
Home › Resources › Engineering Decision Center Engineering Decision Center · C01 More Fixtures or Higher Wattage: Which Is Better for Sports Lighting? Two designs
Home › Resources › Engineering Decision Center Engineering Decision Center · C05 How Much Uniformity Is Enough in Sports Lighting? Uniformity should be high enough
Home › Resources › Engineering Decision Center Engineering Decision Center · C06 Why Overlighting Can Hurt a Sports Lighting Project More light is useful only
Home / Knowledge Center / Sports Lighting Engineering Decisions Engineering Decision Center · D05 How to Explain Glare Trade-Offs to Clients Clients rarely need another
Sky glow is not only “light emitted upward from the luminaire.” It can also be created by light reflected from the field and surrounding surfaces and then scattered in the atmosphere. That is why the project can create or reduce sky-glow risk before the final fixture is chosen.
Skip to article Home / Knowledge Center / Sports Lighting Engineering Decisions Engineering Decision Center · D03 How to Balance Glare, Spill Light and Cost
Not every sports field needs the same glare-control priority. A training ground in an isolated site, a padel court beside homes and a broadcast stadium create different observer, boundary and approval risks. This guide helps classify the project before choosing a “low-glare” solution
Skip to article Home / Knowledge Center / Sports Lighting Engineering Decisions Engineering Decision Center · D01 When Should You Use a Visor in Sports
프로젝트를 통해 정해진 시선 방향에서 선수, 사물 또는 얼굴을 명확하게 드러내야 할 경우, 수직 조도가 매우 중요해집니다. 핵심은 단순히 “얼마나 많은 Ev가 필요한가”가 아니라, 실제로 어떤 평면과 시점이 중요한지 결정하는 것입니다.
가장 신속하게 견적을 받으시려면 모델명, 수량, 용도 및 설치 높이를 기재해 주십시오.