2023 Research Projects

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1. Advanced Module Architecture Including Perimeter Seal

2. Agrivoltaics with Semi-Transparent CdTe Panels

3. Developing CuAlxSy/ZnS Quantum Dots for UV Down-shifting

4. Encapsulation and Stabilization Strategies for Perovskite Photovoltaics

5. Higher Band-Gap Thin-Film Cells

6. Improved Methods of Applying Perovskite Active Layer for Enhanced Performance and Longevity

7. Measurement and Analysis of CdTe Cells

8. On-Vehicle Cellular MPPT Using Differential Power Processing

9. Optimizing Group V Doping to Improve Device Performance,

10. PV Generation for Industrial-scale Electrolysis

11. Study of Alloy Inhomogeneity and Absorber Thickness and Their Impact on Thin-Film Solar Cells

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2022 Research Projects

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1. Advanced Module Architecture Including Perimeter Seal

2. Agrivoltaics with Semi-Transparent CdTe Panels

3. An Optimal Energy Management Approach for a Smart Home Utilizing Energy Storage in the Face of Uncertainty Regarding the Generation and Consumption of Photovoltaic Energy

4. Characterizing Inhomogeneity and Its Impact on Thin Film Solar Cells.

5. Ecological Effects of Solar Panel Materials on Soils and Natural Plant Communities

6. Encapsulation of CuAlxSyQuantum Dots for UV Down-conversion

7. Evaluating Different Storage Technologies in Context of Community Solar + Storage Sites

8. Higher Band-Gap Thin-Film Cells

9. Materials Characterization of Cd(Se)Te Thin Films and Devices with Varying Stoichiometry

10. Measurement and Analysis of CdTe Cells

11. Novel Encapsulation and Stabilization Strategies for Perovskite Photovoltaics

12. On-Vehicle Cellular MPPT Using Differential Power Processing

13. Optimizing Group V Doping to Improve Device Performance,

14. Added Value of Cellular MPPT for Diverse Applications

15. Spatio-Temporal Deep Learning for Solar Irradiance Prediction (STELLAR)

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2021 Research Projects

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1. Advanced Materials and Electrical Characterization of CdSeTe/CdTe Devices

2. Advancing Sensing, AI and Storage Strategies to Improve Solar Technologies

3. Agrivoltaics and a Modification to Module Materials to Enhance Power Output and Plant Growth

4. Colloidal Quantum Dot Tunnel Junctions for Multijunction Thin Film Solar Cells

5. Density Functional Theory Modeling of TeO2 and NiO Buffers for CdSeTe

6. Developing Blue-Emitting CuAlxSy Quantum Dots

7. Group V Doping to Improve Device Performance

8. Impacts of Installing Large-scale Community Distributed Storage Solar in Austin

9. Investigating Novel Encapsulation Approaches to Eliminate Lamination and Improve Performance and Durability

10. Measurement and Analysis of CdTe Cells

11. Metal-complex Conductive Inks for Metallization of Solar Cells

12. Novel Encapsulation and Stabilization Strategies for Perovskite Photovoltaics

13. On-Vehicle Cellular MPPT Using Differential-Power-Processing

14. PulseForge Photonic Lift-Off to Enable Ultrathin Flexible Photovoltaic Arrays

15. The Solar-Powered Adaptive Home as a Resilient Nanogrid

16. Thin-film CdSe heterostructure solar cells for tandem application with Si

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2020 Research Projects

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1. As doping of CdSeTe

2. Cathodoluminescence Measurements of Thin Film PV Absorber Layers

3. Investigating Novel Encapsulation Approaches to Eliminate Lamination and Improve Performance and Durability

4. Advanced Materials and Electrical Characterization of CdSeTe/CdTe and CdTe devices

5. CdTe Back-Contact Enhancements

6. Design and Processing for Light Trapping in Dual Junction Solar Cells

7. Density Functional Theory Modeling of MgZnO and Alumina Buffers for CdSeTe

8. Investigation And Testing Of PV Antisoiling And AR  Coatings For Performance and Durability

9. Perovskite-Based Multijunction Solar Cells

10. Anomaly Detection in PV Electrical Distribution Systems

11. High-efficiency III-V Flexible Photovoltaic Sheets

12. Cyber-Secured Control and Protection for Microgrids

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2019 Research Projects

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1. Cathodoluminescence Measurements of Thin Film PV

2. CdTe-Perovskite Tandem Solar Cells

3. Density Functional Theory Modeling of MgZnO Buffers in CdTe Photovoltaics

4. Effect of Se Concentration in MgZnO/CdSeTe/CdTe Devices

5. Experimental Capability Improvement: Mitigation of Unintentional Cu Incorporation

6. Field Testing of Single panel PV Storage System

7. High-efficiency III-V Flexible Photovoltaic Sheets

8. Higher Ed Solar Plant Study

9. Materials and Interface Characterization of CdSeTe based High Lifetime Devices

10. Mitigating Defect Formation in CuInSe2 Nanocrystal & Paper PVs

11. Optical and Structural Characterization of CdTe Solar Cells

12. Optimizing MgZnO Buffers for CdTe Photovoltaics

13. Thin Crystalline Silicon High Efficiency Flexible Photovoltaic Devices

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2018 Research Projects

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1. High Gear Ratio Drivetrains Using Magnetic Gears

2. Big Data and PV characterization Use for LED/Solar Microsystems​

3. Development of Dual Shaft High Voltage Electric Machine with Independent Input-Output Torque and Speed

4. Evaluation of Novel Polymers for Power Electronics Packaging Applications

5. Experimental Capability Improvement: Mitigation of Copper Background

6. High-efficiency III-V Flexible Photovoltaic Sheets

7. Materials Characterization of Advanced CdTe Devices with Se Grading

8. Mobile Electron Microscope Use in Solar Outreach to Elementary and High Schools

9. Model Predictive Control for Inverter / Motor Drive

10. Paper Solar Cells

11. Passivation of Complex Alloys by Co-Sublimation

12. Photoluminescence (PL) Characterization of CdTe Solar Cells

13. Photonic Curing of Nanocrystal Layers

14. Scanning Electron Microscopy Characterization of Photovoltaics

15. Thin Crystalline Silicon High Efficiency Flexible Photovoltaic Devices

16. Thin Film Tandem Solar Cells

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2017 Research Projects

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1. Advanced Electromechanical Energy Conversion Systems

2. Big Data and PV Characterization Use for LED/Solar Microsystems

3. Development of Dual Shaft High Voltage Electric Machine with Independent Input-Output Torque and Speed

4. Discovering New Materials For PV Encapsulation

5. Economic Development Cost-Benefit for Solar Implementation

6. Full Cost of Photovoltaic Electricity

7. Fabrication of High Band Gap “Top Cell”

8. High Efficiency Flexible Photovoltaic Sheets

9. Improving the Efficiency, Lifetime, and Transparency of Fullerene-Based Photovoltaics Active Layer Materials

10. Increasing the Efficiency of Printed Nanocrystal-Based Photovoltaics

11. Low Cost Hydrophobic Coating Materials To Reduce Module Soiling and Reflection

12. Materials Characterization of Advanced CdTe Devices

13. Mobile Electron Microscope Use in Solar Outreach to Elementary and High Schools

14. Model Predictive Control for Fault Tolerant Inverter / Motor Drive

15. Modeling & Analysis of Effectiveness of Advanced Voltage Control Technologies for Photovoltaic Integration

16. Photovoltaic Energy Eduational Initiative

17. Process Optimization with New Co-Sublimation Hardware

18. Solar Curricula for K-12

19. Thin Crystalline Silicon High Efficiency Flexible Photovoltaic Devices

20. Thin Film Tandem Photovoltaic Devices

21. Thin Te Layer to Enhance CdTe Back Contact

 

2016 Research Projects

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1. Active Layer Materials

2. CdTe Tandem Photovoltaic Cells

3. Economic Development Cost-Benefit for Solar Implementation

4. Energy System Modeling and Analysis

5. Fabrication of high band gap "top cell"

6. Full Cost of Photovoltaic Electricity

7. High-efficiency Flexible Photovoltaic Sheets

8. Improving the Efficiency, Lifetime, and Transparency of Fullerene-Based Photovoltaics Active Layer Materials

9. Increase Co-Sub Experimental Capability to Enable New Alloy Development

10. Increasing the Efficiency of Printed Nanocrystal-Based Photovoltaics

11. Materials Characterization of Advanced CdTe Devices

12. Modeling & Analysis of Effectiveness of Advanced Voltage Control Technologies for Photovoltaic Integration

13. Nanocrystal Ink-based Photovoltaic Devices

14. New Strategies for Microgrid Photovoltaic Electricity

15. Perovskites for Photovoltaic Devices

16. Photovoltaic Energy Eduational Initiative

17. Process Optimization with New Co-Sublimation Hardware

18. Solar Curricula for K-12

19. Thin Crystalline Silicon High Efficiency Flexible Photovoltaic Devices

20. Thin Film Tandem Photovoltaic Devices

21. Thin Te Layer to Enhance CdTe Back Contact

22. Variable Frequency Drive (VFD) Testing

 

2015 Research Projects

 

1. Energy Strategy in Expeditionary Operations Educational Initiative

2. Energy  System Modeling and Analysis for the US Navy

3. High-efficiency Flexible Photovoltaic Sheets

4. Improving the Efficiency, Lifetime, and Transparency of Fullerene-Based Photovoltaic Active Layer Materials

5. Integration of Scheduling and Control for Process Operations using Renewable Energy

6. Investigation of Back Surface Treatments with Te and CdMgTe (CMT) Films To From An Electron Reflector For CdTe Devices

7. Materials Characterization of Advanced CdTe Devices

8. Microgroove Photovoltaic Devices

9. Modeling & Analysis of Effectiveness of Advanced Voltage Control Technologies for Photovoltaic Integration

10. Printed Photovoltaic Layers that Boost Efficiency

11. Scalable Nanophotonics using Jet and Flash Imprint Lithography

12. Sputter Deposition of High Band Gap “Top Cell”

13. Sputter Deposition of Nitrogen-Doped ZnTe for the Back Contact of CdTe Cells

14. System Readiness Levels: Measuring and Facilitating Energy Technology Adoption at Naval Installations

15. Variable Frequency Drive (VFD) Testing

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2014 Research Projects

 

1. Back Surface Etching and Doping of CdMgTe Films to and Form an Electron Reflector for CdTe Devices

2. Capacitance-Based Characterization of Thin-Film Solar CellsIntegration of Production Scheduling and Control in the Silicon and Specialty Polymer Supply Chain

3. Materials Characterization of CdTe and Electron Reflector Films and Devices

4. Printed Microgroove Devices

5. Sputter deposition and doping of CdZnTe films

6. Subwavelength Nanostructures Integrated with Polymer-packaged III-V Solar Cells for Omnidirectional, Broad-Spectrum Improvement of Photovoltaic Performance

7. Towards Realization of Heterojunction Solar Cells on Exfoliated ~25 μm Thick Monocrystalline Silicon Substrates

8. Understanding the impact of ligand-exchanged CIGS (or CZTS) nanoparticles on the chemical, electronic and device properties of photovoltaic thin-films

 

2013 Research Projects

 

1. Application of Graphene in CdTe cells

2. CFD Analysis of CdS Close-Space Sublimation

3. Characterization of CdTe Films and Devices Using TEM, HRTEM, FIB and other methods

4. Deposition of CIGS Nanocrystal Ink into Engineered Microgrooves for High Volume Low Cost Flexible Photovoltaics

5. Enhanced Light-Beam-Induced Current (LBIC)

6. Improved Ink-Deposited CIGS Layer Uniformity and Conformal Atomic Layer Deposition (ALD) ZnO

7. Deposition for High Efficiency (>15%) Devices

8. Impurity Doping for Reduced Temperature CIGS Sintering

9. Photonic curing of CIGS nanocrystal films as a route to high efficiency devices without selenization

10. Understanding the Difference Between Low and High Efficiency CIGS Devices

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2012 Research Projects

 

1. Advanced Passivation System

2. Advanced RF Sputter System

3. CFD Analysis of CdS Close-Space Sublimation

4. Characterization of Films and Devices Using TEM, STEM, FIB and other Methods

5. CuInSe2 Nanocrystals with Inorganic Capping Ligands

6. Development of Cd1-xMgxTe for Electron Reflector

7. Mapping Performance Heterogeneity in Thin Film PVs

8. Plasma Cleaning and Plasma Enhanced Close Space Sublimation

9. Pyrite Solar Cells

10. Selenization of CIGS Nanocrystal Films for High Efficiency PVs

11. Sputter Deposition of CdTe