Benefits of Switching from Metal Halide to LED Lights

More Details to Consider

Benefits of Switching from Metal Halide to LED Lights. Many people are aware that replacing metal halide lights with LED lights can save them a lot of money on energy bills. But how much money can they save, and what are the other advantages of making the switch? The comparison usually comes down to lifespan, efficiency, maintenance, controls, light quality, and available rebates. Lifespan. One of the main benefits of LED lights is their long lifespan.

A typical metal halide bulb lasts around 15,000 to 20,000 hours, depending on the wattage and the quality. However, many LED fixtures are rated for long service lives, and actual life depends on heat, driver quality, operating hours, and environment. This translates into significant savings on replacement costs and labor over time. Moreover, LED lights do not degrade as quickly as metal halide bulbs, which lose up to 50% of their brightness after half of their lifespan. Efficiency. Another important factor to consider is the efficiency of the light source, which is measured by the lumens

per watt (LPW) ratio. The higher the LPW, the more light is produced for the same amount of power consumed. Metal halide lights have an average LPW of 70 to 100, which beats mercury vapor but trails high-pressure sodium - and all of them trail LED. LED lights can achieve an LPW of 150 or more, which means that they use much less energy to produce the same or more light output as metal halide lights. For example, a 400-watt metal halide light can be replaced by a 150-watt LED light with similar or better performance. This can produce significant energy savings when the LED fixture is correctly matched to the site. Maintenance. LED lights also require less maintenance than metal halide lights, because they do not need frequent replacements or repairs. Metal halide lights are prone to failures due to various factors, such as heat, vibration, moisture, and power surges. They also need a ballast to operate, which adds to the complexity and cost of the system. LED lights do not have these issues, because they are solid-state devices that do not have any moving parts or filaments. They also do not need a ballast or a reflector,

because they are directional and emit light in a specific angle. This reduces the waste of light and improves the optical performance. Instant On. Metal halides can take 5-20 minutes to get to full brightness. LEDs go to full in under 1/2 second. Rebates. Many utility companies and government agencies offer incentives and rebates for switching to energy-efficient lighting products, such as LED lights. These programs are designed to encourage customers to reduce their electricity demand and carbon footprint by using less power and more renewable sources. By choosing LED lights that are

certified by ENERGY STAR or DLC (DesignLights Consortium), customers can qualify for various rebates and discounts that can lower the upfront cost and increase the return on investment. The amount and type of rebate vary by state and utility provider, but they can range from $0.30 to $1.80 per square foot or up to $249 per fixture.

Conclusion

As you can see, there are many reasons why switching from metal halide to LED lights is a smart decision for your business and the environment. LED lights offer longer lifespan, higher efficiency, lower maintenance, and

more rebates than metal halide lights. They also provide better light quality, color rendering, dimming capability, and safety than metal halide lights. If you are looking for a reliable vendor who can help you with your LED lighting project, please contact us today. We have a wide range of LED products that can meet your needs and budget. We can also help you with lighting audits, rebate information, installation services, and energy savings tracking.