Power Plants: Difference between revisions

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Created page with "Despite the listed nominal output of each power plant their true output is measured in "tiles powered" per individual power plant tile. In addition to this counter-intuitively the power plant itself "consumes" some of the electricity it generates at the same rate that all tiles do, meaning that while the full output of a Coal Power plant is 704, it's effective output is actually 688 due to the 16 tiles immediately consumed by the power plant itself. {| class="wikitable s..."
 
Looked at table at [004E99E8] - the "common wisdom" was wrong
 
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Despite the listed nominal output of each power plant their true output is measured in "tiles powered" per individual power plant tile. In addition to this counter-intuitively the power plant itself "consumes" some of the electricity it generates at the same rate that all tiles do, meaning that while the full output of a Coal Power plant is 704, it's effective output is actually 688 due to the 16 tiles immediately consumed by the power plant itself.
'''Func Location:''' <code>004679B6</code>
 
Despite the listed nominal output of each power plant their true output is measured in "tiles powered" per individual power plant tile. In addition to this counter-intuitively the power plant itself "consumes" some of the electricity it generates at the same rate that all tiles do, meaning that while the full output of a Coal Power plant is 704, it's effective output is actually 688 due to the 16 tiles immediately consumed by the power plant.
{| class="wikitable sortable"
{| class="wikitable sortable"
|+ Power Plants
|+ Power Plants
|-
|-
! !! Name !! TileID !! Base Year !! Power per tile !! Total output !! Pollution
! !! Name !! TileID !! Base Year !! Cost !! Nominal "Output" !!Power per tile !! Total output !! Pollution
|-
|-
| [[File:207.gif|128x106px]]  || Coal Power Plant || 0x00CF|| 1900 || 44 || 704 || 50
| [[File:207.gif|128x106px]]  || Coal Power Plant || 0x00CF|| 1900 || 4000 || 200 || 44 || 704 || 50
|-
|-
| [[File:198.gif|32x32px]] [[File:199.gif|32x32px]] || Hydro Power Plant|| 0x00C6, 0x00C7 || 1900 || 40  || 40 ||
|style="text-align:center;"| [[File:198.gif|32x32px]] [[File:199.gif|32x32px]] || Hydro Power Plant|| 0x00C6, 0x00C7 || 1900 || 400 || 20 || 40  || 40 || 0
|-
|-
| [[File:202.gif|128x115px]] || Oil Power Plant || 0x00CA || 1900 ||48 || 768 || 25
| [[File:202.gif|128x115px]] || Oil Power Plant || 0x00CA || 1900 || 6600 || 220 ||48 || 768 || 25
|-
|-
| [[File:201.gif|128x115px]] || Natural Gas Power Plant || 0x00C9 ||1950 || 11 || 176 || 10
| [[File:201.gif|128x115px]] || Natural Gas Power Plant || 0x00C9 ||1940 || 2000 || 50 || 11 || 176 || 10
|-
|-
| [[File:203.gif|128x115px]] || Nuclear Power Plant || 0x00CB ||1955 || 111 || 1776 || 2
| [[File:203.gif|128x115px]] || Nuclear Power Plant || 0x00CB ||1950 || 15000 || 500 || 111 || 1776 || 2
|-
|-
| [[File:200.gif|32x48px]]  || Wind Power Plant || 0x00C8 || 1970 || * || * || 0
|style="text-align:center;"| [[File:200.gif|32x48px]]  || Wind Power Plant || 0x00C8 || 1970 || 100 || 4 || * || * || 0
|-
|-
| [[File:204.gif|128x115px]] || Solar Power Plant || 0x00CC ||1980 || * || * || 0
| [[File:204.gif|128x115px]] || Solar Power Plant || 0x00CC ||1980 || 1300 || 50 || * || * || 0
|-
|-
| [[File:205.gif|128x95px]] || Microwave Power Plant || 0x00CD || 2020 ||355 || 5680 || 0
| [[File:205.gif|128x95px]] || Microwave Power Plant || 0x00CD || 2020 || 28000 || 1600 ||355 || 5680 || 0
|-
|-
| [[File:206.gif|128x69px]] || Fusion Power Plant || 0x00CD || 2050 ||555 || 8880 || 2
| [[File:206.gif|128x69px]] || Fusion Power Plant || 0x00CE || 2050 || 40000 || 2500 ||555 || 8880 || 2
|}
|}
==Wind==
'''Location:''' <code>00467AD7</code>
<syntaxhighlight lang="cpp">
case 0xC8:                                  //Wind Power
  VariableOutput = (bWeatherWind / 8) + 1;
  Total += (rand() % VariableOutput + (dwMapALTM[Tile_X][Tile_Y] & 31)) / 2;
  break;
</syntaxhighlight>
==Solar==
'''Location:''' <code>00467B29</code>
<syntaxhighlight lang="cpp">
case 0xCC:                                  //Solar Power
  VariableOutput = (100 - bWeatherHumidity) / 10;
  Total += rand() % VariableOutput + 5;
  break;
</syntaxhighlight>

Latest revision as of 04:10, 19 March 2025

Func Location: 004679B6

Despite the listed nominal output of each power plant their true output is measured in "tiles powered" per individual power plant tile. In addition to this counter-intuitively the power plant itself "consumes" some of the electricity it generates at the same rate that all tiles do, meaning that while the full output of a Coal Power plant is 704, it's effective output is actually 688 due to the 16 tiles immediately consumed by the power plant.

Power Plants
Name TileID Base Year Cost Nominal "Output" Power per tile Total output Pollution
Coal Power Plant 0x00CF 1900 4000 200 44 704 50
Hydro Power Plant 0x00C6, 0x00C7 1900 400 20 40 40 0
Oil Power Plant 0x00CA 1900 6600 220 48 768 25
Natural Gas Power Plant 0x00C9 1940 2000 50 11 176 10
Nuclear Power Plant 0x00CB 1950 15000 500 111 1776 2
Wind Power Plant 0x00C8 1970 100 4 * * 0
Solar Power Plant 0x00CC 1980 1300 50 * * 0
Microwave Power Plant 0x00CD 2020 28000 1600 355 5680 0
Fusion Power Plant 0x00CE 2050 40000 2500 555 8880 2

Wind

Location: 00467AD7 

case 0xC8:                                  //Wind Power
  VariableOutput = (bWeatherWind / 8) + 1;
  Total += (rand() % VariableOutput + (dwMapALTM[Tile_X][Tile_Y] & 31)) / 2;
  break;

Solar

Location: 00467B29 

case 0xCC:                                  //Solar Power
  VariableOutput = (100 - bWeatherHumidity) / 10;
  Total += rand() % VariableOutput + 5;
  break;
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