Our EG Home Theater division is a fantastic opportunity for new and existing homeowners to upgrade their homes with energy efficient smart devices ranging from lighting, to home internet, to window treatments, security and surveillance, and more. This arm of Emilygrene Corp. consults with homeowners exclusively to locate where their household is least efficient, and target areas where electrical, low voltage, or smart technology upgrades could maximize annual energy savings.
EG Home Theater specializes in smart technology because energy efficiency starts at home. Believe it or not, you can make one of the biggest impacts on the environment all from your living room couch. While we of course believe that energy efficiency upgrades are the most essential investment any modern homeowner can make, we would urge you not to just take our word for it.
Our friends at The Ecologist have worked with fellow expert in the green energy movement Emily Folk to publish an article on how homes are making the most lasting impact on the climate. Emily is the lead editor at Conservation Folks as well as a conservation and sustainability writer (and fellow enthusiast). Below are excerpts from “Why Home Energy Matters For The Climate” written by Emily Folk and originally published by The Ecologist.
There are lots of ways to make your home more energy-efficient, from adding more insulation to buying new appliances. Actions such as these reduce your energy use and save you money on your bills, but does it really make a difference for the climate? Recent reports suggest that it very well could.
A recent report from the Natural Resources Defense Council (NRDC) and a group called Energy and Environmental Economics identified residential energy efficiency as the largest source of carbon dioxide (CO2) equivalent emissions from a single intervention. According to the study, it could contribute 550 million metric tons of CO2 equivalent emissions reductions each year by 2050.
Many countries already require homebuilders to follow building codes that promote energy efficiency. According to research from Climate Action Tracker, if every country across the globe adopted the highest standards, energy demand would decrease enough that 1,000 coal-fired power plants could close. The study used the average size of coal plants, around 600 megawatts, to determine how many could close.
The report then goes a step further and says that if the remaining electricity demand were met with low-carbon electricity production, then total emissions from buildings would decrease by 60 percent by 2030. That amounts to 5.2 gigatons of carbon dioxide.
According to the NRDC, energy efficiency is one of the fastest and most economical ways to address ongoing energy challenges. A primary benefit of the efficiency approach is that it involves using the generation resources we have, rather than investing in new resources.
Because you don’t need to build extensive new infrastructure, the time required to see results is less compared to other methods. Because it reduces the amount of energy you need to get the same results, it produces financial savings instead of costs. These economic benefits provide a natural incentive to use power more efficiently and make it an easier sell than other more expensive routes.
The savings from improved efficiency are especially valuable to low-income households who sometimes spend 20 percent of their income on electricity and heating, as compared to the U.S. household average of 2.7 percent. Low-income communities are also likely to be hardest hit by the impacts of climate change, such as increasingly frequent and intense storms.
While home energy efficiency upgrades eventually pay for themselves and upfront costs are less than with other approaches to reducing climate impacts, they do require an initial investment that low-income families may not be able to afford. Because of this, grants, non-profit work and other forms of assistance that help low-income families make their homes more efficient are critical to increasing energy efficiency and helping families live more comfortably.
While energy efficiency has many benefits, not all efficiency upgrades are equal when it comes to the climate. The climate impact of reducing energy usage depends on how that energy is generated. If you get your energy from fossil fuels, which emit CO2, improved efficiency will significantly reduce your emissions.
If you get your electricity from non-carbon-emitting sources like solar, wind or nuclear, however, it will not make much of a difference. In fact, if you generate your own solar and send the excess to the grid, for instance, you will reduce the amount of clean energy on that grid. Utilities may have to replace that electricity with power from a fossil fuel plant.
You also need to consider the type of building and climate you live in since these factors affect which energy efficiency measures will make the most impact for you.
Source: The Ecologist