Posts Tagged ‘ Retrofit boston ’

How to Improve Your Home’s Energy Performance

November 14, 2010
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An energy efficient home will always provide a more comfortable and healthy environment. There are various ways you can improve your home’s energy performance. Some of the methods involve small changes made by your family and some involve bigger changes that can be made by a home performance improvement contractor.

5 small steps you can take to improve your home’s energy performance:

Homeowners are sometimes unaware of how much energy they waste while living in their home. They become used to the high energy bills and assume it is a part of being a homeowner. However, small changes in the way homeowners use energy, can make a huge difference in the home’s energy performance.
1. Thermostat: In summer keep the thermostat above 78 degrees. In winter keep it below 75 degrees (specifically, 68-70 degrees during the day and 55-60 degrees during the night). This reduces the use of energy from 3-5 percent. Ensure your thermostat has automatic regulatory features that will allow you to set it for the times you are away from the home.
2. Air-conditioner: Ensure the air conditioner is the optimal size for your home and properly installed for best energy use.
3. Air vents: Ensure your air vents are regularly cleaned and are not being blocked by furniture or window treatments.
4. Landscaping: Plant trees and shrubs near the house. Make sure they are at the appropriate distances away. The leaves and vines will help keep the dead air space cool and create an external and natural insulation.
5. Window Treatments: Make sure you have window treatments that help reduce drafts and excess sunshine keeping the temperature in your home regulated.

5 Steps a Home Performance Improvement Contractor can make to boost your home’s energy performance:

While the small steps you take will help improve your home’s energy performance, it is the work done by the home improvement contractor that will really boost the energy performance of your home.
1. Air Sealing
A house built under sustainable construction takes into account air movements and weatherproofing. However, most other homes have many ways by which air leaks cause a waste of energy. These areas such as utility entrance points, duct and vent systems, must be identified and sealed.
2. Insulation
Your home has to be adequately insulated, the basement, the walls, the attic and crawlspaces. Optimal insulation can reduce the waste of energy up to 30 percent. The insulation works by establishing the thermal boundary there by decreasing the heating or cooling needed to condition the flow of air in the home.
3. Heating and cooling systems
Ensuring the heating and cooling systems in your home are energy-efficient is essential. Your home improvement contractor can help assess and if necessary, install more efficient models.
4. Appliances, Lighting and More
The type of appliances you use, the lighting system and bulbs, doors and windows all contribute to waste of energy. If they are not energy efficient they will cause your energy bills to pile up. It is essential that your home be assessed to ensure it is energy efficient.
5. Remodeling
Often, older homes may require basic home remodeling to ensure that the building becomes more energy efficient. This may include anything from small improvements to major renovations. However, the end result always provides more value for your home.

Improving Your Home’s Energy Performance
A homeowner does not need to make all the improvements at one time, rather contact a local home performance improvement contractor and get a home evaluation. A good contractor should also be able to advise you on financing resources such as tax credit, rebates and low interest or no interest loans. Finally, You must commit to getting the energy improvement work done. A good tip is to engage in what we call opportunity savings which is the reduction in cost of energy upgrades when timed to coincide with other necessary building maintenance. For example, add extra layers of rigid foam insulation to your exterior walls when executing a planned re-siding project.

Getting to know Building Retrofit

October 26, 2010
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Definition of Building Retrofit
The basic definition of building retrofit is the improvement of the infrastructure of the building to increase its energy efficiency, comfort, safety, health and durability. This could include improving building components, building operating systems and equipment, and installing energy efficient appliances.

Why the Need for Building Retrofit
Buildings account for about 40% of the total energy consumption in the US according to the Department of Energy, which is why policies are being debated by the Federal government to enacted laws to ensure that buildings becomes more energy efficient. States governments searching for ways to better manage costs are already making changes to their building codes to facilitate more energy efficiency construction and improvement to existing buildings.
It is clear, energy efficiency solutions for our homes are no longer an individual crusade. The government has come forward to initiate ground breaking changes to allow homeowners and commercial property owners to adapt more environmentally friendly and energy efficient solutions which help them save money through better utilizing of energy resources.

Why the Government Cares about Building Retrofit
Building retrofit is being promoted by the government because it is unique in providing, as a package, solutions to three far-reaching fundamental priorities, economic development, environmental protection and social goals.
In an effort to achieve these priorities (which I will expand in another post) the Federal government in the short run is providing funding to state governments to carry out retrofit programs while it debates building retrofit priorities in its long term energy policy. In addition, the Federal government is encouraging individuals to adapt energy efficient solutions by providing a dollar for dollar tax credit (up to $1,500) for energy efficiency home improvements.
It is becoming more apparent that government policies are inching towards a long over due comprehensive solution to the nation’s growing energy problem with building retrofit an integral part of the equation. If the government cares, it is therefore logical to assume that laws and penalties to ensure that buildings meet a certain standard of efficiency are to follow.

The bottom line for Retrofit
Building retrofitting scaled up to achieve wide spread participation, claiming the optimum energy efficiency, becomes the foundation on which sustainable and renewal energy are built. The fact is while 40% of energy consumption is through buildings; most structures have not been built for energy efficiency, retrofitting a standard building can realize energy saving that could reduce the adverse effect on the environment