You only need to type a few words into a search engine to pull up numerous DIY guides for repairing and replacing electrical lighting outlets in your home. Just grab a screwdriver, pliers, and wire cutters and you’re set.

But hold on—do you really know what you’re doing? These DIY guides can be notoriously sketchy, and some depend on you knowing far more about electrical repair than you probably do. Because of the risk of electrical shock and bad wiring that can lead to fires, you should leave the outlet repairs to trained electricians. Outlet shorts and faults are a common cause for household fires (the Electrical Safety Foundation estimates electrical troubles account for 55,000 fires a year), so you should never take such chances.

Reduced Utility Bills Ceiling fans can reduce your overall energy expenses by as much as 30 to 40 percent. While the actual operation of the ceiling fan is not going to decrease the room’s temperature, the draft will make that room feel much cooler. You can reduce the thermostat because the room will feel much cooler.

Adding Style Ceiling fans are style driven, which are available in various styles, designs, finishes and so forth to complement the room’s décor and style. They can be used as a room’s focal point or make a statement in your room’s style and appearance.

Versatility for any Room Ceiling fans are versatile, so they can be used in virtually any room of a home. The more fans that are used throughout your home, the greater the overall savings on your utility bill. They can be used in bedrooms, living rooms, kitchens, dining rooms or screened-in porches.

Functional Illumination When you use a ceiling fan, you get functional and attractive illumination. If you want to take advantage of general illumination, choose a ceiling fan that has a built-in light or one that offers easy installation of a light kit into the fan.

Year-Round Value While many people think about ceiling fans for warmer months, they can also be used to help circulate warmer air during the cold months. Therefore, ceiling fans are great for all seasons, and can be used in a variety of climates.

Modern buildings, commercial spaces, and even homes increasingly implement advanced building automation and control technology to improve energy efficiency, user comfort, and extend the life cycles of equipment.

At the core of any building automation system, or BAS, remains a central computing hub. This is where software processes the variety of signals it receives from connected sensors, switches, and user inputs. In a typical home, a Wi-Fi network connects devices wirelessly. Further, it will often connect them to the internet, allowing remote access from any web-connected device.

The only real difference between homeowner systems and commercial applications is scale. A large building can have many more devices and sensors connected, but the core function remains the same. The primary focus of commercial systems, however, is energy efficiency over user convenience.

In a large building or factory, even a small percentage of energy savings can have a huge benefit, not only in lower utility costs but also in reductions of CO2 emissions. With an efficient BAS, a building can attain a LEED (Leadership in Energy and Environmental Design) rating, which is a measure of energy efficiency and low environmental impact in building design.

As technology advances, the potential risks grow for building automation. Each day, more devices become connected to the internet. This is now referred to as the “Internet of Things”. The ease and convenience increases, but so does the potential reward for hackers. Anything controlled by the user or by software could potentially be taken over by a malicious hacker.

It is vital that digital security remains a priority, especially in a home setting. Many smart devices are not as secure as they may seem and are often only as secure as the home’s Wi-Fi network. Some good first steps include changing your Wi-Fi network’s password to something unique. Use the latest encryption protocols and enable MAC address filtering, which allows only devices specifically approved to connect to the network.

Building automation systems will continue to grow in ability and convenience. As long as the potential risks are managed, the possibilities for energy efficiency and user comfort remain nearly endless.

The search for commercial lighting systems can be confusing, misleading, and overwhelming at times. With all of the different terms, labels, and technologies being used how can anyone expect you to make any decisions with all of that going on?

Well, this post is going to at least relieve your confusion about DesignLights Consortium vs EnergyStar approved and qualified lighting products. There is a difference, and you need to be well aware of what it is when you are looking into a new lighting system for commercial Click here to read it, then come back to finish the rest (opens in a new window)!

The major difference between DLC and EnergyStar is that DLC is only for commercial lighting products while EnergyStar is more focused on residential purposes and applications, with a minor hint of commercial lighting in there as well. This makes DLC the more “go to” organization when it comes to commercial lighting qualifications as they are seen as the experts on commercial lighting products and technologies.

Anyways, when it comes to becoming EnergyStar qualified for a lighting product, a product needs to pass these (along with others) guidelines to be able to be EnergyStar qualified:

Conclusion

After this quick, simple, and brief overview of the differences between EnergyStar and DLC; we hope you’ve found some light on the topic (get it, light).

In a general sense, most of your commercial lighting purchases will include DLC qualified products, especially when buying for warehouses, factories, parking lots, street lights, and the like all except for those listed.

Are you confused on any point? Have any comments or questions? Comment them below and we will surely find an answer or response!