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ENERGY RESOURCES <br /> EXISTING: <br /> The availability of energy resources in the Stockton area is <br /> typical for Central Valley cities. The Pacific Gas and Electric Company <br /> responded to a "will serve" questionnaire by saying that the company <br /> could and would provide gas and electric services to the project. No <br /> indication of gas or electric shortages was made (see discussion of <br /> public services and Appendix A-1 & 2). The availability of petroleum <br /> products in the Stockton area is also typical for the Central Valley. <br /> IMPACTS: <br /> Individual residential developments generally do not significantly <br /> affect local energy consumption except where the project is very large <br /> or if critical shortages already exist. Short-term project impacts on <br /> energy resources would be limited to those associated with construction <br /> and building activities. Preparation of the site would consume energy <br /> derived mainly from petroleum to operate equipment. Construction of the <br /> residential units would also indirectly result in energy consumption by <br /> providing a market for the sale of building materials which require <br /> energy to be manufactured and shipped. <br /> Secondary impacts would include energy -costs to provide additional <br /> public services to accommodate an increased population. However, the <br /> energy requirements to provide the basic needs of heatings, cooking, air <br /> conditioning and refrigeration for future project residents should not <br /> be considered a result of the project, but rather, a symptom of <br /> population growth. The project would not create the need for this <br /> expenditure of energy. Without the project, these same people would <br /> live elsewhere and consume energy for the same needs. It is anticipated <br /> that the major effect of the project on domestic energy consumption <br /> would be where it is used rather than the quantity used. <br /> It is not anticipated that long-term maintenance of the future <br /> residences will result in unusual energy consumption or gross <br /> inefficiencies, since building design will be controlled by adopted <br /> Federal and State standards. Consequently, these new and modern <br /> buildings should be more conserving of energy than existing older <br /> buildings in the study area. <br /> These standards establish specifications for such aspects of building <br /> design and construction to include insulation and thermal design for <br /> ceilings, walls, floors, and doors. The attached units would require <br /> less energy for space heating and cooling than typical single family <br /> units on a per-unit basis. This is because attached units have common <br /> walls between units which are not exposed to outside temperatures and <br /> result in less unwanted heat loss or gain. In a typical household, <br /> space heating or cooling accounts for the largest share of household <br /> energy consumption. The higher densities afforded by cluster <br /> development also enable more efficient provision of public services for <br /> a given number of people. <br /> 50 <br />