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• NREL Particle Receiver Will Enable High-Temperature CSP

  Ma, Z., 2014

  Research output: NREL › Fact Sheet

• A Novel Scalable, Light Trapping Receiver Under Testing, Modeling, Prototyping Verifications to Enable High-Temperature, High Performance Designs for Gen3 Particle CSP and Thermochemical Processes

  Ma, Z., 2024, National Renewable Energy Laboratory (NREL).

  Research output: NREL › Poster

• Collector/Receiver Characterization (Fact Sheet)

  NREL, 2010, 2 p.

  Research output: NREL › Fact Sheet

• Fluidized-Bed Technology Enabling the Integration of High Temperature Solar Receiver CSP Systems with Steam and Advanced Power Cycles

  Ma, Z., Sakadjian, B., Hu, S., Maryamchik, M., Flynn, T. & Santelmann, K., 2015, In: Energy Procedia. 69, p. 1404-1411 8 p.

  Research output: Contribution to journal › Article › peer-review

  Open Access
  27 Scopus Citations

• High-Flux Microchannel Solar Receiver (Fact Sheet)

  NREL, 2012

  Research output: NREL › Fact Sheet

• Near-Blackbody Enclosed Particle-Receiver Development

  Ma, Z. & Sakadjian, B., 2015, 57 p.

  Research output: NREL › Technical Report

• Small-Particle Solar Receiver for High-Temperature Brayton Power Cycles (Fact Sheet)

  NREL, 2012

  Research output: NREL › Fact Sheet

• High-Temperature Falling-Particle Receiver (Fact Sheet)

  NREL, 2012

  Research output: NREL › Fact Sheet

• Particle Receiver Integrated with Fluidized Bed (Fact Sheet)

  NREL, 2012

  Research output: NREL › Fact Sheet

• Molten Salt vs. Liquid Sodium Receiver Selection Using the Analytic Hierarchy Process

  Turchi, C., Libby, C., Coventry, J. & Pye, J., 2020, 12 p.

  Research output: NREL › Presentation

• A Planar-Cavity Receiver Configuration for High-Temperature Solar Thermal Processes: Preprint

  Martinek, J. & Ma, Z., 2024. 11 p.

  Research output: Contribution to conference › Paper

• Development of a Light-Trapping, Planar-Cavity Receiver for Enclosed Solar Particle Heating

  Ma, Z. & Martinek, J., 2024, 17 p.

  Research output: NREL › Presentation

• Molten Salt vs. Liquid Sodium Receiver Selection Using the Analytic Hierarchy Process: Preprint

  Turchi, C., Libby, C., Pye, J. & Coventry, J., 2021. 13 p.

  Research output: Contribution to conference › Paper

• Heat-Loss Testing of Solel's UVAC3 Parabolic Trough Receiver

  NREL, 2008, 19 p.

  Research output: NREL › Technical Report

• Thermal Scout Pinpoints Hard-to-Find Problems in CSP Fields (Fact Sheet)

  NREL, 2013

  Research output: NREL › Fact Sheet

• Pathways to IEC Standards for Heliostat Design Qualification and Site Acceptance in Central Receiver CSP Applications

  Tsvankin, D. & Muller, M., 2024. 12 p.

  Research output: Contribution to conference › Paper

• Review and Future Perspective of Central Receiver Design and Performance

  Zhu, G. & Libby, C., 27 Jun 2017. 8 p.

  Research output: Contribution to conference › Paper › peer-review

  Open Access
  25 Scopus Citations

• Thermal Modeling of a Multi-Cavity Array Receiver Performance for Concentrating Solar Power Generation

  Fleming, A., Ma, Z., Wendelin, T., Ban, H. & Folsom, C., 2015. 8 p.

  Research output: Contribution to conference › Paper › peer-review
  6 Scopus Citations

• Impact of Aerosols on Atmospheric Attenuation Loss in Central Receiver Systems: Preprint

  Sengupta, M., 2011. 8 p.

  Research output: Contribution to conference › Paper

• Optical Flow Diagnostics of Counter Fluidization of Gravity-Driven Moving Packed Bed for a CSP Receiver Section Featuring Staggered Array of Cylindrical Pins: Paper No. ES2024-131392

  Aider, Y., Ma, Z. & Singh, P., 2024. 11 p.

  Research output: Contribution to conference › Paper

• Field Survey of Parabolic Trough Receiver Thermal Performance: Preprint

  NREL, 2006. 11 p.

  Research output: Contribution to conference › Paper

• Estimating Atmospheric Attenuation in Central Receiver Systems

  Sengupta, M. & Wagner, M., 2012, p. 399-403. 5 p.

  Research output: Contribution to conference › Paper › peer-review
  11 Scopus Citations

• Molten Salt vs. Liquid Sodium Receiver Selection Using the Analytic Hierarchy Process: Paper No. 110016

  Turchi, C., Libby, C., Pye, J. & Coventry, J., 12 May 2022. 10 p.

  Research output: Contribution to conference › Paper › peer-review
  1 Scopus Citations

• Atmospheric Attenuation in Central Receiver Systems from DNI Measurements

  Sengupta, M. & Wagner, M., 2012, p. 129-134. 6 p.

  Research output: Contribution to conference › Paper › peer-review

  7 Scopus Citations

• Long-Term Heating to Improve Receiver Performance: Paper No. 020006

  Glatzmaier, G., Cable, R. & Newmarker, M., 2017. 8 p.

  Research output: Contribution to conference › Paper
  4 Scopus Citations

• Performance Assessment of Pakistani Central Receiver Plant Case Study Using Aimpoint Strategy Optimization Tools: Paper No. 030010

  Liaqat, K., Zolan, A. & Ordonez, J., 2023. 8 p.

  Research output: Contribution to conference › Paper

• Granular Flow and Heat Transfer Study in a Near-Blackbody Enclosed Particle Receiver: Paper No. ES2014-6393

  Martinek, J. & Ma, Z., 2014. 11 p.

  Research output: Contribution to conference › Paper › peer-review
  6 Scopus Citations

• CSP Gen3: Liquid-Phase Pathway to SunShot

  Turchi, C., Gage, S., Martinek, J., Jape, S., Armijo, K., Coventry, J., Pye, J., Asselineau, C.-A., Venn, F., Logie, W., Fontalvo, A., Wang, S., McNaughton, R., Potter, D., Steinberg, T. & Will, G., 2021, 163 p.

  Research output: NREL › Technical Report

• Granular Flow and Heat-Transfer Study in a Near-Blackbody Enclosed Particle Receiver: Paper No. SOL-15-1034

  Martinek, J. & Ma, Z., 1 Oct 2015, In: Journal of Solar Energy Engineering, Transactions of the ASME. 137, 5, 9 p., 051008.

  Research output: Contribution to journal › Article › peer-review
  53 Scopus Citations

• Simulation of Utility-Scale Central Receiver System Power Plants: Paper No. ES2009-90132

  Wagner, M., 2009, p. Vol. 2: 605-614. 10 p.

  Research output: Contribution to conference › Paper

• Evaluation of External Tubular Configurations for a High-Temperature Chloride Molten Salt Solar Receiver Operating Above 700 °C

  Martinek, J., Jape, S. & Turchi, C., 1 Jul 2021, In: Solar Energy. 222, p. 115-128 14 p.

  Research output: Contribution to journal › Article › peer-review

  Open Access
  16 Scopus Citations

• Predictive Performance Modeling Framework for a Novel Enclosed Particle Receiver Configuration and Application for Thermochemical Energy Storage

  Martinek, J., Wendelin, T. & Ma, Z., 2018, In: Solar Energy. 166, p. 409-421 13 p.

  Research output: Contribution to journal › Article › peer-review

  Open Access
  17 Scopus Citations

• A Techno-Economic Analysis of a 50MWth Light-Trapping Cavity-Planar Solar Receiver Tower Capital Expenditures and its Cost Mitigation Strategies: Paper No. ES2024-131174

  Farias, M., Ma, Z., Martinek, J. & Xu, B., 2024. 7 p.

  Research output: Contribution to conference › Paper

• An Optical Performance Comparison of Three Concentrating Solar Power Collector Designs in Linear Fresnel, Parabolic Trough, and Central Receiver

  Kincaid, N., Mungas, G., Kramer, N., Wagner, M. & Zhu, G., 2018, In: Applied Energy. 231, p. 1109-1121 13 p.

  Research output: Contribution to journal › Article › peer-review

  Open Access
  94 Scopus Citations

• Design and Techno-Economic Analysis of a 150-MW Hybrid CSP-PV Plant

  Liaqat, K., Ordonez, J., Schaefer, L. & Zolan, A., 2023, p. 218-224. 7 p.

  Research output: Contribution to conference › Paper › peer-review
  5 Scopus Citations

• Comparison of Supercritical Carbon Dioxide Power Cycle Configurations with an Emphasis on CSP Applications

  Neises, T. & Turchi, C., 2014, p. 1187-1196. 10 p.

  Research output: Contribution to conference › Paper › peer-review

  Open Access
  292 Scopus Citations

• Multiphase Modeling in a Parallel Plate Fluidized Bed Receiver for Concentrating Solar Power: Paper No. ES2023-106824

  Appaswamy, K., Schirck, J., Wedikkara, C., Morris, A. & Ma, Z., 2023. 9 p.

  Research output: Contribution to conference › Paper

• A Comparison of Supercritical Carbon Dioxide Power Cycle Configurations with an Emphasis on CSP Applications (Presentation): NREL (National Renewable Energy Laboratory)

  Neises, T. & Turchi, C., 2013, 14 p.

  Research output: NREL › Presentation

• Atmospheric Transmittance Model Validation for CSP Tower Plants

  Sengupta, M., Hanrieder, N., Ghennioui, A., Merrouni, A., Wilbert, S., Wiesinger, F., Zarzalejo, L. & Schade, A., 1 May 2019, In: Remote Sensing. 11, 9, 18 p., 1083.

  Research output: Contribution to journal › Article › peer-review

  Open Access
  14 Scopus Citations

• AATTENUATION - The Atmospheric Attenuation Model for CSP Tower Plants: A Look-Up Table for Operational Implementation

  Hanrieder, N., Ghennioui, A., Wilbert, S., Sengupta, M. & Zarzalejo, L., 2020, In: Energies. 13, 20, 18 p., 5248.

  Research output: Contribution to journal › Article › peer-review

  Open Access
  8 Scopus Citations

• Thermomechanical Behavior of Advanced Manufactured Parts, Subcomponents, and Their Weldments for Gen3 CSP

  Augustine, C., Osorio, J., Vidal, J., Zhao, Y., Yu, Z., Pickle, T., Abdelmotagaly, A., Zhang, W., Gao, X., Vidal, E., Iten, J. & Rafferty, B., 2024, 291 p.

  Research output: NREL › Technical Report

• Addressing Failures in Molten Salt Thermal Energy Storage Tank for Central Receiver Concentrating Solar Power Plants

  Osorio, J., Mehos, M., Hamilton, W., Martinek, J., Imponenti, L., Kelly, B., Price, H., Rivera-Alvarez, A., Nieto, C., Torres, J., Yu, Z. & Ni, C., 2024, 17 p.

  Research output: NREL › Presentation

• Modeling of Stress Distribution in Molten Salt Thermal Energy Storage Tanks for In-Service Central Receiver Power Plants

  Osorio, J., Mehos, M., Martinek, J., Hamilton, B., Imponenti, L., Kelly, B., Price, H., Yu, Z., Ni, C., Rivera-Alvarez, A., Torres, J. & Nieto, C., 2023, 23 p.

  Research output: NREL › Presentation

• Analysis of Thermal and Mechanical Properties with Inventory Level of the Molten Salt Storage Tank in Central Receiver Concentrating Solar Power Plants: Article No. 124984

  Guo, H., Zang, C., Wang, Z., Zhao, X., Meng, Y., Osorio, J. & Mehos, M., 2025, In: Applied Thermal Engineering. 260, 16 p.

  Research output: Contribution to journal › Article › peer-review
  1 Scopus Citations

• Mechanism of Hydrogen Formation in Solar Parabolic Trough Receivers

  Moens, L., 2008. 8 p.

  Research output: Contribution to conference › Paper

• A General Method to Analyze the Thermal Performance of Multi-Cavity Concentrating Solar Power Receivers

  Fleming, A., Folsom, C., Ban, H. & Ma, Z., 2017, In: Solar Energy. 150, p. 608-618 11 p.

  Research output: Contribution to journal › Article › peer-review

  Open Access
  21 Scopus Citations

• Concentrating Solar Power (Fact Sheet)

  NREL, 2010, 2 p.

  Research output: NREL › Fact Sheet

• Structural Design Considerations for Tubular Power Tower Receivers Operating at 650 Degrees C: Preprint

  Neises, T., Wagner, M. & Gray, A., 2014. 9 p.

  Research output: Contribution to conference › Paper

• Techno-Economic Analysis of CSP Incorporating sCO2 Brayton Power Cycles: Trade-Off Between Cost and Performance

  Alfani, D., Neises, T., Astolfi, M., Binotti, M. & Silva, P., 12 May 2022. 11 p.

  Research output: Contribution to conference › Paper › peer-review
  15 Scopus Citations

• Failure Analysis for Molten Salt Thermal Energy Storage Tanks for In-Service CSP Plants

  Osorio, J., Mehos, M., Imponenti, L., Kelly, B., Price, H., Torres-Madronero, J., Rivera-Alvarez, A., Nieto-Londono, C., Ni, C., Yu, Z., Hamilton, W. & Martinek, J., 2024, 128 p.

  Research output: NREL › Technical Report