This blog is part of a series to show that while lighting projects may not be the low-hanging fruit of energy efficiency programs they once were, there are still energy savings for utility programs to be had. See the first of this series here.
The DesignLights Consortium (DLC) recently announced an update to the solid-state qualified products list (QPL) with new changes set to benefit utility programs on the horizon. The update to version 5.1 (current version is 5.0) has officially been announced and is set to take effect next year. TLEDs under the new update will not be required to be in full compliance with the new standard until the end of 2021. This extended period will ensure manufacturers and utility programs have enough time to factor the change into their product designs and program frameworks.
Recreational cannabis hits the shelves January 1, 2020 in both Illinois and Michigan. How will the race to market impact energy use?
Growing cannabis is an energy-intensive process, and as cultivators focus on getting product ready as quickly as possible, it will be easy for energy efficiency to get pushed to the backburner and energy consumption to rise.
In November 2018, the DesignLights Consortium (DLC), "a non-profit organization dedicated to accelerating the widespread adoption of high-performing commercial lighting solutions", released the requirements for new lighting products to be registered on the plant-focused qualified products list (QPL). As of early May 2019, there are around 18 products listed on the QPL. As the list grows, it will serve as a helpful resource for those seeking information about plant-focused luminaires, especially growers in the indoor agriculture business like cannabis cultivators.
In February, the U.S. Department of Energy (DOE) issued a proposal to roll back light bulb efficiency standards set to take effect in 2020.
To most outsiders, the world of energy efficiency probably appears static with slow, incremental changes. A furnace rebate here, light bulb swap-out there, maybe an updated building energy code every few years. But it should come as no surprise to industry insiders that this isn’t the case at all. An explosion of new technology across every part of our economy is rapidly changing our energy savings goals and the ways we identify and capture those savings.
Did you know that for every 10 Chicagoans, there is a hard-working street light brightening their path? In fact, the largest city in the Midwest has a network of more than 300,000 street lights that collectively form a nightlight visible from space. Until now, less than 2% of these lights have been converted to LED, the new standard in efficient, effective outdoor lighting, but that’s about to change.
At any moment there are thousands upon thousands of lights on all across America that are lighting rooms that no one is in. These unattended lights are wasting countless kilowatts of energy and a ton of money for the owners. But there is a simple solution that is becoming more and more common: the occupancy sensor. Currently, automatic lighting shutoffs of some kind are required in commercial buildings that are greater than 5,000 square feet, but there are a lot of smaller spaces, residences and public buildings that can benefit from the use of occupancy sensors as well.