DOE Solar Energy Technologies Program

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DOE Solar Energy Technologies Program ( doe-solar-energy-technologies-program )

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National Joint Apprenticeship and Training Committee (NJATC), at FSEC, and at the NJATC/International Brotherhood of Electrical Workers National Training Institute in Knoxville, Tennessee. Future Directions • Support DOE/GO administration of the RES cooperative agreements by adjusting technical activities to meet R&D emphases, assuring that milestones align with program priorities and that deliverables are met on time. • Support benchmarking activities to assist with the overall Solar Program goals. • Resume the PV Design Assistance Center function that was a hallmark of the SNL/RES programs of the 1990s. • Develop advanced PV designs for integrated manufacturing and deployment. • Conduct a continuous review of activities to improve alignment with the Systems-Driven Approach. • Prepare documentation necessary to renew the DOE/RES cooperative agreements. ____________________________________________________________________________________ 1. Introduction The Southeast and Southwest Regional Experiment Stations (SERES and SWRES, respectively) are partners in the DOE Solar Program. Each RES has a university affiliation (University of Central Florida for SERES and New Mexico State University for SWRES) and university-level capabilities, which have been developed over the years to provide systems-level R&D for DOE, the U.S. PV industry, other government agencies, and PV consumers. The RES work is aligned with activities conducted in the Technology Development and Advanced Materials and Devices portion of the DOE PV Subprogram. RES goals are to provide value-added technical support to the Solar Program that effectively and efficiently meets the R&D needs identified by the Systems-Driven Approach in pursuit of targets specified by the DOE Solar Program Multi-Year Program Plan. The Regional Experiment Stations have contributed to the DOE National Photovoltaic Program for two decades. This work is integrated into DOE’s Annual Photovoltaic Program plan and is highly collaborative. Throughout the years, RES support has been an integral part of program projects, such as: 1) Module Reliability R&D 2) Inverter and Balance-of-System Development 3) PV Systems Engineering 4) International Solar Technologies 5) Domestic PV Applications 6) System Evaluation and Optimization 7) PV System Analysis. 103 Collaborations with SNL, NREL, National Center for Photovoltaics (NCPV) R&D partners, and industry counterparts are focused on reducing systems costs, improving systems reliability, improving system performance, and removing barriers to deployment, thereby promoting market growth. 2. Technical Approach Work conducted by the Regional Experiment Stations builds on expertise with fielded systems that is unique to the DOE Solar Program. Expertise acquired as a result of extensive field investigations provides a system perspective that is the foundation for solving technical problems that are barriers to widespread deployment. A high volume of requests from the PV industry, as well as the alignment to the U.S. PV Industry Roadmap, provides continuous feedback on the relevance of RES activities. The following tasks describe the technical approach to applying the RES capabilities in pursuit of DOE and industry needs. 2.1 Testing and Analysis of Fielded PV Systems Data gathered from fielded systems provide a powerful opportunity to perform analysis of system costs, performance, and reliability. Data also provide a basis for addressing infrastructure issues inherent to PV applications in different markets. This activity examines systems in residential, commercial, utility, and off-grid applications to provide benchmarking information for validation of codes and in pursuit of solving issues that prevent widespread adoption. Information is provided to industry-wide counterparts and is applied to analysis conducted Photovoltaic R&D Technology Development

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