Sunday, February 7, 2010

Research Proposal

Research Proposal


Summary Statement:

An analysis of sustainable renovation techniques applied to an existing building in Kamloops, B.C. to reduce energy consumption.


Purpose:

The purpose of this research project is to develop a starting point for the average homeowner who wishes to increase the sustainability of their house, resulting in reducing the amount of energy consumption.


Goals and Objectives:


My goal of this research project is to analyze which renovations will result in the highest amount of energy savings, along with the lowest price-tag, for an average sized home. When doing renovations on any space, cost is always a factor. With green renovation having the reputation of being even more expensive then normal renovations, I want to focus on a dollar amount that an average family would be able to afford. My objective is to find a balance between decreasing the amount of energy consumption so that a homeowner would notice a difference in utility bills, and how much the renovations would cost. Since renovations can be a daunting and expensive task, I want to provide a starting point for a homeowner to enter the realm of sustainable building design.


Methodology and Analytical Approach:


My research will focus on the energy efficiency upgrades recommendations from government tax incentives. These include furnaces, boilers, heat pumps, air conditioning, hot water systems, insulation, windows, doors, toilets, and draft proofing. I will discus the benefits and disadvantages of the different options of upgrades and for which circumstances each would be more beneficial. For example, the difference between the thermal resistances (R-value) of fiberglass loose fill insulation and fiberglass blanket insulation.

I plan to draw an existing house in the Kamloops, B.C. area in Revit Architecture. Using this program, I will be able to do energy modeling and determine the energy efficiency of the building. By making changes to the energy modeling and producing a couple variations, I will be able to determine which renovations will result in the highest energy savings. For example, adding insulation in the attic compared to replacing the existing windows with double-glazed windows. When the energy modeling is coupled with basic cost information, a cost-benefit analysis can be done to determine which upgrade will provide the most cost-effective energy savings.


Related Information


Although similar studies have been done, my project will be different in that I want to focus on a lower cost as well as the energy efficiency. Also, my study will be focused on a specific, existing building, therefore being unique from any other study. Even though the study will be on a specific building, all of the concepts can be applied to any wood frame construction building.


Plans for Dissemination


I will be creating an online blog to document the progress of my research, and the final outcome of the research, and to hopefully receive feedback regarding my project.

Welcome!

Welcome to my Blog!

The purpose of my blog is to document the progress of my research report. I hope to develop a starting point for homeowners who wish to increase the sustainability of their house, resulting in reducing the amount of energy consumption. I will be analyzing which renovations will result in the highest energy savings and posting the results on my blog. Please feel free to comment or ask questions! :)

Jennie