Applied Research Collaborations and Pilot Projects - March 26, 2012 Phoenix, Arizona
Applied Research Collaborations and Pilot Projects - March 26, 2012 Phoenix, Arizona
Working Group Members • Bob Boscamp, Strategic Solar Energy
• Justin Elliott, RehNu
• Mayor Kenny Evans, Town of Payson
• Deborah Galbraith, Town of Payson
• Michael Neary – AriSEIA
• Brian Quinn, RehNu
• Anne Reichman, ASU, Sustainable Cities Network
• Jerry Witt – CVH Power
• Jennifer Woolwich, PV Recycling
• Co-Chairs AZ Solar Summit ARCPP Working Group
Ardeth Barnhart – University of Arizona
Sayfe Kiaei – Arizona State University
Background • Integrate Solar Energy into Multiple Sectors:
residential, commercial, industrial and utility-scale systems through: – Explorations of innovative technologies
– Integration and testing of technology and systems
– Development of real-world applications
• Outcome: – Arizona as a center for advanced R&D testing,
evaluation and manufacturing • for integrated solar energy technology systems at all scales
• sustainable solar energy solutions for hot/arid regions
Source: Arizona Indicators. Morrison Institute for Public Policy
R&D Pilot Project Research Infrastructure Project Focus Area Key Partners
University of Arizona Solar Zone Utility-scale DG solar energy systems - grid integration and evaluation
TEP, industry, academia, government
UA/TEP PV Test Yard Advanced testing & performance evaluation; flat plate PV, CPV, BIPV,
TEP, industry, academia, Federal laboratories
Biosphere 2 Model City Smart Grid and interconnection , energy system optimization, solar/mining
Utility companies, industry, academia, NGO’s
Red Rock Agricultural Center Energy Ranch – utility-scale DG solar system evaluation
Academia, industry
UA Inland Brackish Groundwater Solar Desalination Initiative
Solar Desalination Prototypes and Testing
Academia, government, industry
APS - D-Backs, Chase Field Go Solar Solar shade structures and Electric Vehicle integration
Utility, industry and municipality
APS – Community Power Project – Flagstaff
Distributed roof-top solar PV, smart grid testing evaluation
Utility, government, community and municipality
APS – Star Center Solar testing and evaluation Industry, academia
ASU – TUV Rheinland PV Testing Laboratory
Testing and certification of solar equipment
Academia , industry, International business
Payson Millennium Campus Net-zero energy integrated demonstration campus
Academia, industry, municipality and government
DasHaus – Tempe Center for the Arts Traveling sustainable housing prototype – Net Zero House
Academia, government and International business
Key Findings 1) Existing baseline of R&D/pilot projects in solar PV and
Thermal with multi-sector collaborations – Intellectual Capital – broad participation in academia,
industry and government
– Regional market opportunities = regional R&D opportunities
2) Weak public perception of AZ as a viable platform for R&D – slow market development and market-friendly policies
3) R&D as an economic driver is linked to AZ solar energy market – Investment in R&D and manufacturing over the long-
term
Objectives
• Develop a long-term strategy for R&D that will establish research, development and manufacturing of solar energy technologies as a sustainably viable option for the environmental and economic future of Arizona.
• It is based upon an integrated approach to provide specific environments for collaboration between public and private organizations to optimize investment, testing and assessment, and training and communication.
Strategic Areas for R&D • Cross-cutting, enabling technologies
» Electrical management and performance of PV systems (BOS)
» System-level integration and optimization with storage
» Resource modeling and prediction
» Life-cycle assessment, operations and maintenance optimization
» Accelerated testing and reliability standardization
» Green building and energy management
» Materials and other innovations for energy efficiency
» Distributed generation systems – solar/battery, solar/water treatment
• Research and Demonstration Infrastructure » Database of performance criteria and output
for solar energy
• Network of PV Testing Global Horizontal Irradiance Forecast Animation for July 5, 2011
Strategic Areas for R&D Application and Technology Commercialization – translational research that increase the commercial value of innovation
» Building technologies and standards that incorporate solar energy and energy efficiency
» Integrated resource planning and business planning for industries/communities/tribes to incorporate solar energy into their development plans
» Community solar projects that incorporate solar energy/smart metering/electric vehicles
» Center for industrial design, market analysis and communications, legal and environmental services.
» Market analysis of local, regional, national and global trends in solar energy to inform system-level R&D projects
» Clearinghouse of information in R&D in solar energy to inform industrial R&D
» Public awareness, education and workforce development tied to demonstration sites
Recommendation #1
• Solar Energy Research, Development, Demonstration and Deployment Zones
– State-wide R&D zones enabling investment by multiple stakeholders for specific outcomes
Near-Term
•Energy Efficiency
•Distributed Generation Systems
•Systems integration and reliability
•local, national and global markets
Medium-term
•State-wide network of R&D initiatives
•Sustained investment in R&D
• Smart-grid and storage technologies
•Solar and water treatment
•Integration of solar energy at all scales , all sectors
Long-Term
•large-scale deployment of solar energy in the region
• sustained manufacturing and export capabilities
•Increased commercialization of innovative technologies
Recommendation #2 State-wide Innovation Initiative
– Solar Energy Research Infrastructure
• Provide broad research capabilities through private and public partnerships – Reduce development costs and time – Mitigate technology risks – investors
• Applied R&D for solar energy • Develop policy and infrastructure for deployment by industry
– Oversight and responsibilities for outcomes of the Roadmap – Represents multiple stakeholders – Identify best practices – Promote collaborative R&D, shared costs and benefits – Consensus on standards – Specialized and shared facilities to carry-out advanced R&D collaboration – Connects organizations with common research needs – Develop cost/share strategies – Navigates the complexity of the PV value chain and confidentiality/IP
Next Steps
• Enhance participation in the working group to better define the R&D strategy and roadmap for solar energy