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Appl. Sci. 2020, 10, 5049 19 of 22 Table A3. Performance as a function of ambient temperature (MOD3) table for Allam cycle. “Low”, “On” and “High” respectively refer to the three values of molten salt (hot) temperature levels employed: 700, 770 and 800 oC. THTF W ̇ cycle,low W ̇ cycle,on W ̇ cycle,high 5 0.84245 1.0002 1.0628 6.25 0.83983 1.0029 1.0651 7.5 0.83769 0.9998 1.0619 8.75 0.83705 0.9998 1.062 10 0.83632 0.99971 1.062 Qin,low 0.88637 0.88229 0.88303 0.88206 0.88109 Qin,on Qin,high W ̇ cooling,low W ̇ cooling,on W ̇ cooling,high m ̇ w,cooling,low m ̇ w,coolingon m ̇ w,cooling,high 1.0012 1.043 0.68615 0.74597 0.74426 0.88637 1.0012 1.043 1.001 1.0423 0.69913 0.77435 0.77091 0.88229 1.001 1.0423 1.0008 1.0421 0.74811 0.81131 0.80918 0.88303 1.0008 1.0421 1.0007 1.042 0.78135 0.84512 0.84393 0.88206 1.0007 1.042 1.0005 1.0419 0.81491 0.87793 0.8776 0.88109 1.0005 1.0419 1.0004 1.0417 0.85157 0.90983 0.91013 0.8813 1.0004 1.0417 1.0003 1.0415 0.88103 0.94082 0.94183 0.87985 1.0003 1.0415 1.0001 1.0414 0.91711 0.97077 0.9726 0.88065 1.0001 1.0414 1 1.0413 0.94527 1 1.0024 0.87967 1 1.0413 0.99991 1.0411 0.97315 1.0282 1.0313 0.8786 0.99991 1.0411 0.99978 1.0411 1.0049 1.0556 1.0593 0.87934 0.99978 1.0411 0.99971 1.0409 1.0302 1.082 1.0862 0.87829 0.99971 1.0409 0.99956 1.0408 1.0565 1.1075 1.1123 0.87776 0.99956 1.0408 0.9995 1.0407 1.0826 1.132 1.1373 0.87766 0.9995 1.0407 0.99937 1.0406 1.1056 1.1555 1.1613 0.87642 0.99937 1.0406 0.99931 1.0405 1.1325 1.1781 1.1843 0.87786 0.99931 1.0405 0.99918 1.0404 1.1531 1.1995 1.2063 0.87716 0.99918 1.0404 0.99912 1.0404 1.1731 1.2198 1.2271 0.87546 0.99912 1.0404 0.99901 1.0402 1.1952 1.2389 1.2467 0.87692 0.99901 1.0402 0.99895 1.0402 1.2127 1.257 1.2651 0.87634 0.99895 1.0402 0.99884 1.0401 1.2285 1.2736 1.2821 0.87548 0.99884 1.0401 0.99877 1.04 1.2517 1.2975 1.3064 0.87311 0.99877 1.04 0.99874 1.04 1.2741 1.3081 1.3173 0.87782 0.99874 1.04 0.99871 1.0399 1.2711 1.3176 1.327 0.8724 0.99871 1.0399 0.99863 1.0399 1.294 1.3261 1.3357 0.87816 0.99863 1.0399 0.99861 1.0398 1.2829 1.3333 1.3431 0.86695 0.99861 1.0398 0.99859 1.0398 1.3101 1.3394 1.3493 0.88567 0.99859 1.0398 0.99858 1.0398 1.2548 1.3444 1.3544 0.82624 0.99858 1.0398 0.99856 1.0398 1.2454 1.3479 1.358 0.84161 0.99856 1.0398 0.99857 1.0398 0.83365 1.35 1.3601 0.82091 0.99857 1.0398 11.25 0.8369 0.99975 1.0621 0.8813 12.5 0.83557 0.99978 1.0623 13.75 0.83665 0.99988 1.0624 15 0.83593 1 1.0625 0.87985 0.88065 0.87967 16.25 0.83519 1.0002 1.0626 0.8786 17.5 0.83623 1.0003 1.0627 18.75 0.83564 1.0005 1.0627 20 0.83525 1.0005 1.0628 21.25 0.83548 1.0006 1.0628 22.5 0.83418 1.0006 1.0629 23.75 0.83608 1.0006 1.0629 25 0.83561 1.0007 1.0629 26.25 0.83268 1.0008 1.063 27.5 0.83563 1.0008 1.063 28.75 0.83508 1.0008 1.063 30 0.83509 1.0009 1.0631 32 0.83197 1.0009 1.0631 33 0.83607 1.001 1.0631 0.87934 0.87829 0.87776 0.87766 0.87642 0.87786 0.87716 0.87546 0.87692 0.87634 0.87548 0.87311 0.87782 34 0.83332 1.001 1.0631 0.8724 35 0.8366 1.0009 1.0631 36 0.82669 1.001 1.0632 37 0.84971 1.001 1.0632 38 0.73357 1.001 1.0632 39 0.78815 1.001 1.0632 40 0.71604 1.001 1.0632 0.87816 0.86695 0.88567 0.82624 0.84161 0.82091 Table A4. Performance as a function of HTF temperature (MOD1) table for Partial Cooling cycle. “Low”, “On” and “High” respectively refer to the three normalised mass flows employed: 0.2, 1 and 1.05. THTF W ̇ cycle,low W ̇ cycle,on W ̇ cycle,high Qin,low Qin,on Qin,high W ̇ cooling,low W ̇ cooling,on W ̇ cooling,high m ̇ w,cooling,low m ̇ w,coolingon m ̇ w,cooling,high 700 0.13893 0.85703 0.912 0.16588 705 0.14061 0.86785 0.92333 0.1666 0.91658 0.97042 0.088139 1 0.90031 0.16588 0.91658 0.97042 0.92329 0.97745 0.091209 1 0.90031 0.1666 0.92329 0.97745 0.9299 0.98448 0.097024 1 0.90031 0.16742 0.9299 0.98448 0.93606 0.9916 0.10127 1 0.90031 0.16815 0.93606 0.9916 0.9429 0.9986 0.10724 1 0.90031 0.16895 0.9429 0.9986 0.94992 1.0052 0.1124 1 0.90031 0.16975 0.94992 1.0052 0.95517 1.0121 0.11938 1 0.90031 0.17056 0.95517 1.0121 0.96188 1.0186 0.11938 1 0.90031 0.1709 0.96188 1.0186 0.96718 1.0258 0.11938 1 0.90031 0.17201 0.96718 1.0258 0.97367 1.0314 0.14248 1 0.90031 0.17308 0.97367 1.0314 0.97817 1.0383 0.14248 1 0.90031 0.17384 0.97817 1.0383 0.98478 1.0437 0.14463 1 0.90031 0.17451 0.98478 1.0437 0.98953 1.0505 0.15914 1 0.90031 0.17511 0.98953 1.0505 0.99594 1.0552 0.16548 1 0.90031 0.17586 0.99594 1.0552 710 0.14236 0.87873 0.9345 715 0.14399 0.8888 0.94589 720 0.14566 0.89978 0.9572 725 0.1474 0.91036 0.96783 730 0.14859 0.9238 0.97924 735 0.14928 0.93018 0.98974 0.1709 785 0.16461 1.025 1.0929 790 0.16558 1.0364 1.1003 795 0.16736 1.0429 1.1111 800 0.16773 1.0491 1.1172 0.17828 1.0167 1.0783 0.17775 1 0.90031 0.17828 1.0167 1.0783 0.17876 1.0209 1.085 0.17775 0.99727 0.90031 0.17876 1.0209 1.085 0.17948 1.0241 1.0886 0.17775 0.98552 0.88922 0.17948 1.0241 1.0886 0.18055 1.0308 1.0956 0.17992 0.9859 0.88824 0.18055 1.0308 1.0956 0.16742 0.16815 0.16895 0.16975 0.17056 740 0.15066 0.94373 1.0005 745 0.15375 0.95011 1.0143 750 0.15475 0.96253 1.0212 755 0.15637 0.96885 1.0346 760 0.15821 0.9818 1.0413 765 0.1597 0.98829 1.0541 770 0.16117 1 1.0608 775 0.16246 1.007 1.0731 780 0.16361 1.0178 1.08 0.1778 1.01 1.0736 0.17775 1 0.90031 0.1778 1.01 1.0736 0.17201 0.17308 0.17384 0.17451 0.17511 0.17586 0.17659 0.17729 1 1.062 0.1725 1 0.90031 0.17659 1 1.062 1.0065 1.0666 0.17775 1 0.90031 0.17729 1.0065 1.0666PDF Image | Supercritical CO2 Power Solar Power Plants
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