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Agenda - 09-18-2012 - 6b
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Agenda - 09-18-2012 - 6b
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BOCC
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9/18/2012
Meeting Type
Regular Meeting
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Agenda
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6b
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Minutes 09-18-2012
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29 <br /> 1 Beth Trehos: One of the reasons that green energy like solar power is so attractive in this area <br /> 2 is that there are state law requirements that the energy companies contract with providers, so <br /> 3 there is an incentive for a company that would buy Duke Power to continue on. Also, we are <br /> 4 actively involved in the negotiations of a contract which would bind that. <br /> 5 <br /> 6 Lance Williams: Hi, my name is Lance Williams, I'm in site development for Strata Solar. We <br /> 7 have a regulated power industry. There are regulations that require power companies to buy <br /> 8 power. We sell our power at a competitive rate of other sources of power. This model is to sign <br /> 9 a power purchase agreement for a 15-year term. <br /> 10 <br /> 11 The construction process, I'll just tell you a little bit about that. We look for sites that don't have <br /> 12 more than a 7% grade. So basically, we come into the site and we install fence posts. They go <br /> 13 six to ten feet in the ground. Then we attach the solar panels. Then the wires run together and <br /> 14 we attach them into the power grid. So it is a very nonintrusive piece of the land. We're not <br /> 15 normally reshaping the way that the work goes off the property. Many people find this a very <br /> 16 compatible use to rural agricultural land. As mentioned before, they don't create a lot of noise. <br /> 17 There is not a lot of traffic. If there is a problem with the array, then we send someone to check <br /> 18 it out, so the amount of traffic we're creating is less than what would be created for a single <br /> 19 house. It is encouraged by the Comprehensive Plan and it is also considered a public good by <br /> 20 both the state and the federal government. This site creates enough energy for about 748 <br /> 21 houses. This equates to about the same as 2.8 million miles of vehicular traffic the amount of <br /> 22 savings in greenhouse emissions that is created by one solar panel. <br /> 23 <br /> 24 Construction takes about 14 weeks, so, we're not intrusive to neighbors other than during the <br /> 25 construction period. Once again, we're not causing a large increase in cost to the County. <br /> 26 Thank you very much. We look forward to building a solar farm in Orange County. Since <br /> 27 Orange County is our home, we have strong ties to the site and I think this use fits very well into <br /> 28 the surrounding community. <br /> 29 <br /> 30 Commissioner Jacobs: What is the life of one of these panels? <br /> 31 <br /> 32 Lance Williams: Well, we haven't quite lived that long yet. The best guess is 50 to 60 years. <br /> 33 At the end of 25 years, the panel is at 85% capacity. The panels do not have moving parts, they <br /> 34 are not trackers, so they don't follow the sun. So it is a fairly old technology adopted in the 70's, <br /> 35 with silicone as the base material, which is some glass and basically dirt, so there's not a whole <br /> 36 lot there that could go wrong. The upkeep for one of these farms is small in comparison to other <br /> 37 utility projects. <br /> 38 <br /> 39 Pete Hollenbeck: Do I understand this correctly that you're saying it is roughly a 6.3 <br /> 40 megawatts setup. <br /> 41 <br /> 42 Lance Williams: Yes, 6.38 megawatts is DC. Most people speak in terms of AC. This is 5 <br /> 43 megawatts AC. <br /> 44 <br /> 45 Pete Hollenbeck: And there are 960 individual solar panels. That would mean about 6.8 <br /> 46 kilowatts per panel? Is that clusters of panels? <br /> 47 <br /> 48 Lance Williams: An array is made up of individual panels. While there may be 960 arrays <br /> 49 there are somewhere between 26,000 and 27,000 panels. The panels are typically between <br /> 50 235-240 watts. <br /> 51 <br />
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