Topic:"Cost To Customer" in M13024

Example: 55 Watt LED: 58.43 + (55 watts x 1.38401) + (55 watts x 0.000537) = $128.99 per year 60 Watt LED : 58.43 + (60 watts x 1.38401) + (60 watts x 0.000537) = $135.41 per year 88 Watt LED : 58.43 + (88 watts x 1.38401) + (88 watts x 0....

AI summary The text provides calculations for the annual cost of different wattage LED bulbs, including a base cost and additional charges based on wattage. These calculations may relate to energy efficiency programs or cost considerations in a regulatory context.

Multiple & Series Lighting 4,000 hours burning (includes DSM) 300 watts incandescent 500 watts incandescent 175 watts Mercury Vapour $260.14 per lamp per year 250 watts Mercury Vapour $332.21 per lamp per year 400 watts Mercury Vapour $488...

AI summary The text presents a comparison of energy costs for various lighting technologies, including incandescent, mercury vapour, fluorescent, and sodium lamps, along with their associated costs per lamp per year. It also introduces the section on Light Emitting Diodes (LEDs), indicating a focus on energy efficiency and cost considerations in lighting.

Multiple & Series Lighting 4,000 hours burning (includes DSM) 300 watts incandescent 500 watts incandescent 175 watts Mercury Vapour $260.14 per lamp per year 250 watts Mercury Vapour $332.21 per lamp per year 400 watts Mercury Vapour $488...

AI summary The text presents cost data for various lighting technologies, including incandescent, mercury vapour, fluorescent, and sodium lamps, alongside LED lighting. The data highlights the annual cost per lamp for different wattage and types, providing a comparison for energy efficiency and cost considerations.