The first step to reducing your home's reliance on energy is reducing consumption, the second is to look at passive and renewable energy sources. This is the first course in the residential energy retrofit series. The focus will be on energy conservation in existing homes and will primarily focus on single family houses and townhouses. This course starts by presenting an overview of how homes use energy, then outlines how you can track your energy consumption. A history of local construction practices over the decades will be provided. The “house as a system” concept will be explained with examples. The course will also evaluate retrofit strategies as a means to reduce energy consumption and costs. Behavioural change as a conservation strategy is introduced. The rationale for conservation within homes is explored as the first step towards renewable energy retrofits. Students will examine building envelope components such as insulation, windows and air tightness, as well as mechanical components including heating systems, domestic hot water heating and ventilation. Both passive and active energy conservation strategies will be discussed. Tips and suggestions for effective energy efficient retrofit project management will be provided.
This section is only available for registration starting Sun, Oct 23 at 9:00 am (PDT)
Upon successful completion of this course, the student will be able to:
For a residential application:
Outline factors that affect energy pricing and costs.
Quantify the relationship between units of energy; greenhouse gases (GHGs) and cost.
Analyze the information provided in utility billing.
Outline the nature of heat energy, its forms, modes of transfer and applications.
Outline the relationship between energy consumption and related systems of a home, including more efficient options: building envelope, insulation, windows, heating systems, cooling systems, domestic hot water system, other plug load systems, lighting systems to determine the relative energy demand.
Outline energy systems integration and interaction, including active and passive systems.
Assess the various opportunities for active and passive systems to increase energy efficiency of buildings.
Identify simple behavioral changes and implementation techniques that can be made to reduce consumption.
Effective as of Fall 2015
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