Did you know that your video game habit is an energy hog? The costs aren’t limited to the price of your console and games – the Xbox One and other gaming systems actually draw a large amount of electricity. In response to criticism about how much power the Xbox consumes, Microsoft is reaching out to help consumers cut down on their product's energy profile with one small change that could save gamers $250 million per year.

Power-Guzzling Standby Mode

The big problem with the Xbox comes during its standby mode. By design, the system is never actually off, which provides gamers with two major benefits: They can start it up instantly with no load time, and the device downloads updates in the background when the console isn't being used, so you never have to sit around waiting for that annoying status bar to finish loading.

Unfortunately, the “instant-on” feature uses a shocking amount of electricity – up to 40 percent of the total consumed by the Xbox, according to the National Resources Defense Council.

“While the device is reasonably efficient when playing a game, that is more than offset by its power-guzzling ‘Instant On’ standby mode that is enabled by default,” Noah Horowitz wrote on the NRDC blog.

Last year, the NRDC released a study which found that the energy consumed nationwide by the three most popular consoles – PS4, Xbox One and Nintendo's Wii U – reaches as much as 11 billion kilowatt-hours annually, enough to power Houston, Texas for a year.

Microsoft Responds

The criticism must have stung, because Microsoft is now making an extra effort to remind gamers of the console's energy saving mode, which does not have the same features as instant-on but can save consumers $6 to $15 per year. With 7 million consoles and counting in the U.S., that adds up in a big way.

"While we believe Instant-on provides the best experience for our fans, we also believe in providing consumer choice which is why we offered the ‘Energy-saving’ mode," Microsoft wrote in a recent blog post. “By providing multiple power states in Xbox One and empowering our fans with choice, we sought to balance energy efficiency and functionality. At the same time, we know many Xbox One fans are vigilant about their household’s energy consumption; after all, environmental leadership often begins at home.”

The company also previously made changes to reduce power consumption during instant-on mode by one third.

Look for Energy Savings

To change your Xbox so it uses the energy saving option, look in the “power & start up” menu under settings. Fifteen dollars might not sound like a lot, but with so many Xbox fans, the energy savings really add up.

If you really want to go the extra mile with your Xbox and other electronics, just unplug them when you aren't using them. That gets around the matter of stand-by mode altogether and can help you save a decent chunk of change by avoiding energy vampires.

If you are in the market for a new solar panel, you’re probably already sold on the incredible energy and long-term monetary savings that come from a home solar system. And even if you understand the process of installing the solar system, does that necessarily mean that your home is ready for the installation? In this post, we take a quick look at the process of preparing your home for solar panel installation.

One of the first things to consider is the structural stability of the roof. Is it strong enough to support your new solar panels? Consider getting a building inspection to make sure the roof is equal to the task.

In addition to the structure, you’ll want to take a good look at the surrounding area. Are there tree branches overhanging the future solar array? The debris from trees and the possible trauma from branches can inhibit and even damage solar panels. Such trees are best trimmed for near-term and future growth.

Any structures or devices in the area of the solar array need to be removed or relocated. Antennas and ceiling vents are particularly crucial pieces to work around. If your roof prevents easy access to the solar panels, think about finding a way around that. Some roofs don’t encourage access and need hatches built in so you can easily reach panels for repair.

Of course, we have plenty of experience devising and consulting on such solar projects. We’ll help you decide on the most appropriate changes to make in your home and yard to make the perfect solar installation work for you. Don’t hesitate to call us so we can start the process right away. We get the ball rolling with a free consultation over the phone. We’ll check out your home with satellite data before we even visit. By the time we’re done with our first site visit, you’ll have a good idea of what our installation and the necessary preparation mean for you.

During a recent trip down to Washington, DC I stopped by the National Mall to tour the astonishingly energy efficient homes on display as part of the Department of Energy’s Solar Decathalon.  The Solar Decathlon is one of the DOE’s signature programs to promote cutting edge design and green techonology.

If you are looking for a place to escape from life’s every day hustle and bustle,Look for IP (Ingress Protection) rated fixtures that are waterproof, meaning dust-tight and protected against long immersion in water, rather than simply “water safe” or “wet location safe” options.  Waterproof fixtures are meant to be submerged and will prevent water from entering them due to sealed assembly.  Take the precaution to ensure that your fixtures will meet all safety and application standards for an underwater environment prior to purchase or installation.

Ingress Protection (IP) ratings specify the environmental protection the enclosure provides.

The IP rating normally has two (or three) numbers:

An “X” can used for one of the digits if there is only one class of protection, i.e. IPX1 which addresses protection against vertically falling drops of water e.g. condensation.

IP First number – Protection against Solid Objects

IP Second number – Protection against Liquids

Voltage Requirements

When weighing your options on which type of fixture to choose, cost, convenience, and the size of your project are important. If one were to complete a large project for the grounds of a grand hotel, for example, line voltage (120V) would be the ideal option as vast distances may exist between the focal point and the fixture itself.

While it’s also true that standard incandescent bulbs can be found at virtually any hardware or household goods store, in an age where environmental awareness is important to daily life, technology and the public are moving in tandem towards different solutions. Since line voltage lighting consumes much more energy and will typically require the expertise of a licensed electrician, more homeowners are choosing low voltage (12V) options. Low voltage fixtures are notably the safer and less hazardous of the two choices, are often smaller, and easier to conceal within a natural landscape. They also have the added benefit of lower cost over time. Note that a transformer is required to convert to the lower voltage for fixtures which will be used underwater. You may also make use of photocells and timers to save on electricity consumption costs even further.

Let’s take a look at some examples of the different types of submersible low voltage products available today:

Low Voltage Halogen

This LED lights consume approximately 75% less power than incandescent units for the same amount of light output. This amounts to a sizeable savings over their life span. Moreover, standard underwater LED fixtures consume about 1/5 of the power as standard incandescent bulbs!

Besides energy savings, the nature of LED production makes them ideal for underwater applications. There are no bulbs to change as LED fixtures typically come in a permanently sealed housing. Sealed construction means underwater lights may be left in a permanent location with no concerns about extra cable allowances, or making provisions to change bulbs. They should, however, be accessible in order to clean the lenses during regular pond maintenance.