Most of you are off to a good start with living “Green”. You
have switched over to energy efficient light bulbs, sealed up some of the
cracks around the house, and you are recycling. These are great steps, as you
are beginning to understand the value of reducing, reusing and conserving. Now
it’s time for you to move to the next level. There is so much more that you can
do at home. We are here to help simplify the process.
Home performance can be confusing, you are seeing so many
new and great ideas popping up everywhere and are be being pulled in many
different directions, this can be overwhelming. The question is:
Where to Begin?
Affordable Comfort is here to help. We have sorted things
out and put them into 3 easy-to-understand categories:
1-Thermal Boundary
2- HVAC
3 - Baseload.
Organizing your efforts this way will be less confusing and
help simplify the process. Please
allow us to explain these categories in a little more detail.
Thermal Boundary
The thermal boundary consists of a continuous air barrier
and plenty of insulation.
HVAC
HVAC equipment includes the furnace, air conditioner and
ventilation.
Baseload
The Baseload items include the appliances, electronics,
lighting and water.
Everything that impacts the home’s energy use can be neatly
put into one of these three categories. It really is that simple! Armed with
this knowledge, you are ready to get started.
First things first, you will need to do an audit to check
your current situation, then develop a management plan to address problem
areas.
Lets start with understanding the thermal boundary. The
thermal boundary consists of a continuous air barrier and plenty of insulation.
You need to close up all the unintentional holes and make sure you have enough
of the right kind of insulation. This thermal envelope includes your attic,
walls and floors and if applicable, the basement and crawl space.
You need to take some time to inspect each of these areas
carefully. In most cases, the builder did not make sure that everything was
airtight and they probably did not install insulation to exceed building codes.
Unfortunately, up until very recently the building code only called for R-30 in
the attic.
The Department of Energy recommends we build up to R-49 or
even R-60.
So you can see that most homes have half the insulation
required to achieve optimal efficiency and if your home is more than 15 years
old in may be less than that because insulation can settle over time and have a
diminished R-Value. The same can be said for the basement, walls, floors and
crawl space. So you will need to carefully check all these areas.
Next, you will need take a look at your HVAC equipment.
Technology has made a tremendous impact on the efficiency of Heating and
Cooling equipment in the past 20 years. So if your home has older equipment it
may be time to consider a newer and more efficient model. Many older furnace
units are 70-80% efficient (if they are running at their peak performance).
That means 20-30% of the fuel cost is wasted right from the start. Newer units run at up to 95% efficient,
so they save 25% or more on heating cost. These same principles apply to our air conditioning units. This is why you need to check out your systems so that you
know how efficiently they are operating.
Up until the point that you are ready to invest in new
equipment you need to keep your current equipment maintained, this will help to
keep it running at peak efficiency. We recommend a once a year cleaning and
checkup. This will save you money and can prevent the 911 service call on the
hottest day of the year.
Finally we will finish up with the baseload items. These
items consist of the electronics, appliances, lighting and water. Technology
has really come a long way with helping manufacturers produce energy efficient
appliances and electronic equipment.The Energy Star program makes it easy for
us to know what models to choose.
The good news is that you can do much of the baseload improvements yourself.
There are a few small investments you can make that will
help lower your baseload energy usage. For example, paying more for a CFL light
bulb as opposed to the cheaper, inefficient bulbs will actually save you money
both in usage and product costs, as these bulbs use less energy and last
several years. You can also
purchase Smart Powerstrips. Many electronics such as stereos and computers use
electricity even when powered off. Smart Powerstrips make sure these devices
don't suck up power unnecessarily. Lastly, you can upgrade older appliances to EnergyStar rated
products, which are much more efficient and waste less energy. We need to take
a survey of these items to identify the opportunities to increase efficiency.
Achieving optimal home performance does not need to be a
complicated or expensive task. You can start saving money right away by taking
care of a few things on your own, such as lowering baseload and
cleaning/servicing your appliances. For bigger jobs, such as insulation, we are here to help.
