Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890618867> ?p ?o ?g. }
- W2890618867 endingPage "488" @default.
- W2890618867 startingPage "474" @default.
- W2890618867 abstract "A novel 15 kW reactor for the hybridization of concentrated solar and conventional electric heat was fabricated for renewable and continuous chemical processing at temperatures up to 1700 °C. Solar-electric controllers based on feedback or predictive linear models were used to regulate the device at 925 °C for the production of syngas via the gasification of carbon. The system was challenged with cloud transients programmed on a 45 kW high-flux solar simulator that approximated weather observed in the San Luis Valley (Colorado, USA). In experiment it was found that model predictive control with a 1 min ahead nowcast of incipient clouding best regulated solar-electric reactor temperatures, potentially averting thermal fatigue. Upon clouding, model predictive control with a nowcast yielded temperature disturbances of ±10 °C, whereas feedback control alone featured ±25 °C excursions. Overall, the performance of model predictive control with a nowcast was 75% better than feedback as indicated by the integral squared error of temperature excursion residuals. The importance of nowcast accuracy was explored, and although the model-based controller was robust to forecast amplitude inaccuracy, temporal forecast inaccuracy wholly negated the benefits of predictive control." @default.
- W2890618867 created "2018-09-27" @default.
- W2890618867 creator A5007655031 @default.
- W2890618867 creator A5012477743 @default.
- W2890618867 creator A5019276798 @default.
- W2890618867 creator A5028225032 @default.
- W2890618867 creator A5030266920 @default.
- W2890618867 creator A5031062248 @default.
- W2890618867 creator A5040403348 @default.
- W2890618867 creator A5084561602 @default.
- W2890618867 creator A5088054623 @default.
- W2890618867 date "2018-11-01" @default.
- W2890618867 modified "2023-10-12" @default.
- W2890618867 title "Nowcasting, predictive control, and feedback control for temperature regulation in a novel hybrid solar-electric reactor for continuous solar-thermal chemical processing" @default.
- W2890618867 cites W1457421982 @default.
- W2890618867 cites W1508833611 @default.
- W2890618867 cites W153231653 @default.
- W2890618867 cites W1562586215 @default.
- W2890618867 cites W1601191595 @default.
- W2890618867 cites W1699741748 @default.
- W2890618867 cites W1807563098 @default.
- W2890618867 cites W1903398684 @default.
- W2890618867 cites W1963567630 @default.
- W2890618867 cites W1967499345 @default.
- W2890618867 cites W1967509167 @default.
- W2890618867 cites W1969163648 @default.
- W2890618867 cites W1969196300 @default.
- W2890618867 cites W1970279939 @default.
- W2890618867 cites W1970994871 @default.
- W2890618867 cites W1973515954 @default.
- W2890618867 cites W1983443619 @default.
- W2890618867 cites W1987254916 @default.
- W2890618867 cites W1990685199 @default.
- W2890618867 cites W1993776562 @default.
- W2890618867 cites W1998690016 @default.
- W2890618867 cites W2000895741 @default.
- W2890618867 cites W2006724057 @default.
- W2890618867 cites W2009437481 @default.
- W2890618867 cites W2013610941 @default.
- W2890618867 cites W2021398552 @default.
- W2890618867 cites W2026153323 @default.
- W2890618867 cites W2028495104 @default.
- W2890618867 cites W2029095246 @default.
- W2890618867 cites W2036052896 @default.
- W2890618867 cites W2036708776 @default.
- W2890618867 cites W2037137208 @default.
- W2890618867 cites W2039305660 @default.
- W2890618867 cites W2041473419 @default.
- W2890618867 cites W2047715749 @default.
- W2890618867 cites W2050548708 @default.
- W2890618867 cites W2080897815 @default.
- W2890618867 cites W2081373060 @default.
- W2890618867 cites W2081397534 @default.
- W2890618867 cites W2088812424 @default.
- W2890618867 cites W2091576220 @default.
- W2890618867 cites W2107303585 @default.
- W2890618867 cites W2119984213 @default.
- W2890618867 cites W2134673975 @default.
- W2890618867 cites W2145286332 @default.
- W2890618867 cites W2153292828 @default.
- W2890618867 cites W2155393162 @default.
- W2890618867 cites W2216020224 @default.
- W2890618867 cites W2238931067 @default.
- W2890618867 cites W2267668147 @default.
- W2890618867 cites W2275870250 @default.
- W2890618867 cites W2326792540 @default.
- W2890618867 cites W2331424689 @default.
- W2890618867 cites W2471626720 @default.
- W2890618867 cites W2501630043 @default.
- W2890618867 cites W2553990045 @default.
- W2890618867 cites W2555421394 @default.
- W2890618867 cites W2587777069 @default.
- W2890618867 cites W2592921265 @default.
- W2890618867 cites W2613400174 @default.
- W2890618867 cites W2618772440 @default.
- W2890618867 cites W2725070294 @default.
- W2890618867 cites W2754024146 @default.
- W2890618867 cites W2765466032 @default.
- W2890618867 cites W2772841165 @default.
- W2890618867 cites W4301025388 @default.
- W2890618867 cites W2012268057 @default.
- W2890618867 doi "https://doi.org/10.1016/j.solener.2018.09.005" @default.
- W2890618867 hasPublicationYear "2018" @default.
- W2890618867 type Work @default.
- W2890618867 sameAs 2890618867 @default.
- W2890618867 citedByCount "24" @default.
- W2890618867 countsByYear W28906188672019 @default.
- W2890618867 countsByYear W28906188672020 @default.
- W2890618867 countsByYear W28906188672021 @default.
- W2890618867 countsByYear W28906188672022 @default.
- W2890618867 countsByYear W28906188672023 @default.
- W2890618867 crossrefType "journal-article" @default.
- W2890618867 hasAuthorship W2890618867A5007655031 @default.
- W2890618867 hasAuthorship W2890618867A5012477743 @default.
- W2890618867 hasAuthorship W2890618867A5019276798 @default.
- W2890618867 hasAuthorship W2890618867A5028225032 @default.
- W2890618867 hasAuthorship W2890618867A5030266920 @default.
- W2890618867 hasAuthorship W2890618867A5031062248 @default.