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Shading indicates the degree of impact each TIO has on the respective metric and overall LCOE. Red is high; yellow is medium; and no shading indicates low impact. A key technical challenge for dish/Stirling systems is reducing the capital cost and improving the annual reliability. Because dish/Stirling systems are currently at the prototype stage of development, their costs are projected to drop substantially over the 5-year period of this plan. However, an additional challenge for these systems is to reduce the current O&M costs by improving system reliability. A major focus of DOE activities is to develop components that can operate reliably for long periods of time between scheduled maintenance and to improve system efficiency. As we pursue the TIOs above, we expect to reduce the cost of energy from dish/Stirling systems from the current reference of 49.4 ¢/kWh to about 25 ¢/kWh. Our long-term goal for this technology is about 7.7 ¢/kWh. Figure 3.2.6- 5 shows the current status, our 5-year target, and our long-term goal for dish technology. (Note that these numbers require substantial refinement, which is one of the key activities addressed in this 5-year plan.) Fig. 3.2.6-5 CSP dish current status, 5-year and long-term targets. 3.2.7 Market Opportunities and Strategies for Overcoming Challenges Promote and Support Deployment by Industry Near-term deployment of systems is critical to the long-term success of trough and dish technologies, helping to address system cost and performance and starting to reduce costs through mass production for commercial deployments. DOE’s role is not the deployment itself, which is industry’s responsibility, but rather, to provide support to industry in developing solutions to technical problems that occur in the field and applying them to next-generation systems. Industry must address manufacturing issues and scale-up of production from single, hand-built components to large-scale production of collectors, receivers, controls, and storage and conversion systems. In some cases, DOE may provide value in the R&D of advanced manufacturing processes. Support State Government Project Development In 2002, Congress asked DOE to “develop and scope out an initiative to fulfill the goal of having 1000 megawatts of new parabolic trough, power tower, and dish engine solar capacity supplying the southwestern United States.” In June 2004, the Western Governors’ Association (WGA) formally adopted a resolution that called for 30 GW of renewable 70PDF Image | Concentrating Solar Power
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