metal halide or high pressure sodium as well as LEDs. Magnetic induction lighting, by contrast, has a power factor of 0.98 , meaning nearly all of the incoming power is productively used. Additionally, magnetic induction fixtures like Snow-Bright™ are rated for over 100,000 hours of lifecycle while retaining more than 90% of initial light output. This exceptional lumen maintenance surpasses that of both LEDs and metal halide systems, and reduces maintenance by up to 600% . Fewer replacements mean fewer disruptions, lower labor costs, and less waste—aligning perfectly with sustainability and budgetary goals. Summary of Economic Benefits Metric Metal Halide (per unit) Magnetic Induction (per unit)
Operating Wattage
1,150 W (incl. ballast) 315 W (incl. driver)
In-Rush Multiplier
Up to 15x
1.25x
Power Factor
~0.7 (typical)
0.98
Rated Lifespan
~20,000 hours
>100,000 hours
Maintenance Frequency High
Extremely Low
Lumen Retention
~60-70% at EOL
90% at EOL
Utility Demand Impact High Minimal By reducing energy consumption by over 70%, virtually eliminating peak demand surcharges, and minimizing maintenance needs, magnetic induction lighting provides an unmatched return on investment. These performance advantages are further enhanced by available utility rebates, grants, and sustainability funding programs. LEDs are usually eligible for prescriptive utility incentives and can be made more efficient using systems that intervene in in-rush current and/or power factor. Carbon Footprint and Credits/Incentives Carbon footprint reduction is a paramount goal for many snow sports venues and corporate owners. Retrofitting with high-efficiency lighting will significantly reduce the carbon footprint . To track CO 2 reduction, decreases in energy usage must be compared with the utility’s carbon profile per kilowatt hour (kWh); the amount of CO 2 generated per kWh. In many cases, the utility will provide your carbon reduction with any rebate filing. This documentation must be kept to 1) track carbon reduction goals, and 2) file for any potential “carbon credits” or CO 2 reduction incentives. All CO 2 reductions should be documented, whether incentives or credits exist or not. This is because climate change
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