The relevance of energy storages for an autarky of electricity supply ...

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Bilanz der Öffentlichen Elektrizitätsversorgung an den 3. Mittwochen im Jahr 2010 [ stündliche Leistungsmittelwerte in MW ] Datum Zeit Laufkraftwerke Speicherkraftwerke Mittwoch, Jänner 20, 2010 Kalorische Kraftwerke Sonstige Erzeugung Physikalische Importe 0 Abgabe an Endverbr. inkl. Netzverluste und EB aus dem Netz Verbrauch für Pumpspeicherung Physikalische Exporte Electricity supply 2050 – constant szenario Electricity supply 2050 – growth szenario 20.01.2010 0:00 1.523 562 3.131 928 3.277 0 6.794 514 2.112 # 6.530 9.323 Höchstlast am Berichtstag 20.01.2010 1:00 1.522 578 3.041 838 3.399 0 6.462 698 2.218 # 6.210 8.867 Zeit MW 20.01.2010 2:00 1.493 478 3.039 863 3.230 0 6.249 834 2.020 # 6.006 8.575 18:00 9.237,4 20.01.2010 3:00 1.498 323 2.999 887 3.508 0 6.086 1.468 1.660 # 5.849 8.351 20.01.2010 4:00 1.496 319 2.993 933 3.488 0 6.040 1.481 1.709 # 5.804 8.287 Niedrigstlast am Berichtstag 20.01.2010 5:00 1.511 404 2.985 767 3.449 0 6.402 683 2.032 # 6.153 8.785 Zeit MW 20.01.2010 6:00 1.509 461 3.235 819 3.658 0 7.209 525 1.948 # 6.928 9.891 4:00 6.039,7 20.01.2010 7:00 1.733 1.712 3.641 1.000 2.965 0 8.384 303 2.365 # 8.058 11.504 20.01.2010 8:00 1.766 1.939 3.725 1.256 2.922 0 8.815 385 2.407 # 8.472 12.095 20.01.2010 9:00 1.766 1.668 3.917 1.132 3.067 0 8.950 210 2.389 # 8.601 12.280 20.01.2010 10:00 1.796 1.551 3.864 1.135 3.218 0 9.093 164 2.308 # 8.739 12.478 20.01.2010 11:00 1.816 1.685 3.788 1.144 3.227 0 9.155 163 2.341 # 8.798 12.562 20.01.2010 12:00 1.831 1.529 3.606 1.180 3.153 0 9.002 191 2.106 # 8.651 12.352 20.01.2010 13:00 1.837 1.363 3.515 1.117 3.289 0 8.869 162 2.091 # 8.523 12.169 20.01.2010 14:00 1.830 1.065 3.510 1.302 3.477 0 8.720 430 2.033 # 8.381 11.966 20.01.2010 15:00 1.802 1.006 3.486 1.258 3.545 0 8.611 385 2.102 # 8.276 11.816 20.01.2010 16:00 1.773 912 3.596 1.201 3.572 0 8.634 479 1.940 # 8.298 11.848 20.01.2010 17:00 1.778 1.789 3.671 1.266 3.098 0 9.103 300 2.198 # 8.749 12.491 20.01.2010 18:00 1.837 1.926 3.750 1.189 2.718 0 9.237 159 2.024 # 8.878 12.675 20.01.2010 19:00 1.817 1.705 3.693 1.141 2.851 0 8.997 160 2.050 # 8.647 12.345 20.01.2010 20:00 1.773 819 3.598 1.202 3.339 0 8.447 239 2.045 # 8.118 11.591 20.01.2010 21:00 1.699 728 3.371 1.071 3.466 0 7.824 251 2.262 # 7.519 10.736 20.01.2010 22:00 1.614 738 3.320 1.204 3.425 0 7.753 285 2.263 # 7.451 10.638 20.01.2010 23:00 1.586 785 3.137 1.207 3.333 0 7.332 303 2.412 # 7.047 10.061 184.688
Electricity Supply
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MSc Program Renewable Energy in Cen
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Abstract This Master Thesis raises
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4.4 Pumped Hydroelectric Storage ..
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Acronyms AC _______________________
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security, optimise the grid infrast
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1.3 Structure of work This paper is
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• This Thesis is a theoretic anal
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following procedure: Daily radiatio
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costs, and losses also cause high c
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Figure 3.2 shows that during the we
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3.2.2 Supply Side Which storage pow
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4.1 Storage demand Energy storage o
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4.3 Storage Technologies Several ty
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A disadvantage of Pumped Hydroelect
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4.4.3 Advantages/Disadvantages + Hu
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Utility Plant Power (Turbine) 14 St
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Oxygen Hydroxidions O2 OH - OH - +
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Figure 4.3: Schematic illustration
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Storage Media Volume Mass Pressure
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4.5.3 SWOT Analysis Strengths Weakn
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Figure 4.4: Layout of Compressed Ai
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4.6.2 Key figures Rated power Sizes
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4.7 Energy storage of pressurized g
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4.8 Comparison of key figures The c
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(kilometers per person or per tonne
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GWh 8.000 7.000 6.000 5.000 4.000 3
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During the course of the year, 5.3
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Table 5.2: Annual storage demand 20
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Figure 5.3: Daily comparison of dem
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5.4 Derived daily storage demand Th
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Table 5.3: Daily storage demand 205
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Power in Austria is two thirds. 23
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demand by 1.1 TWh from 5.3 TWh to 4
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8 References Books/Journals Alamri,
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Articles Daneshi, H. et al.: Genera
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A.1 Data from Verbund 64
Page 73 and 74: comparison demand & supply - annual
Page 75 and 76: constant szenario month January - -
Page 77 and 78: Hour Comparison demand + supply one
Page 81 and 82: Hour Nat. ele consumption MW (thrid
Page 89 and 90: Hour July MWh daily electricity pro
Page 101 and 102: Hour 0:00 5.724 5.360 1:00 5.361 5.
Page 103 and 104: Growth Scenario 110 Wp_Ele/m2 13 GW
Page 105 and 106: Electricity Demand
Page 107 and 108: Public electricity supply on thrid
Page 109 and 110: ÖFFENTLICHE STROMVERSORGUNG ÖSTER
Page 111 and 112: 02.01.10 02.01.10 16:45-17:00h 1.86
Page 113 and 114: 07.01.10 07.01.10 12:45-13:00h 2.06
Page 115 and 116: 12.01.10 12.01.10 08:45-09:00h 2.23
Page 117 and 118: 17.01.10 17.01.10 04:45-05:00h 1.34
Page 119 and 120: 22.01.10 22.01.10 00:45-01:00h 1.63
Page 121 and 122: 26.01.10 26.01.10 20:45-21:00h 2.06
Page 123: 31.01.10 31.01.10 16:45-17:00h 1.69
Page 127 and 128: Daily electricity supply from PV (M
Page 129 and 130: Month Wind electricity supply wind
Page 131 and 132: Month HP storage electricity supply
Page 133: month geothermal storage electricit
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