I hope this is new information, anyway.
Square energy parks are not the most efficient arrangement, you're actually better off with a rectangle with sides in the ratio of 3-2, with the longer side being the direction in which Solar Collectors and E-Mirrors alternate, e.g.
SESESE
SESESE
SESESE
SESESE
where 'S's are collectors and 'E's are mirrors.
An 'A' by 'B' rectangle (where 'A' is the alternating direction) will give 7AB-2A-3B+2 energy.
Probably everyone know's that a larger park will give more EPS (average energy per square) than a smaller one (e.g. a 10 by 10 park {if you could somehow manage it } will give 6.52 EPS while a 3 by 3 park would only give about 5.56 EPS) A rectangular park though can give more EPS even if it's smaller than a square park.
SESES
SESES
SESES
SESES
SESES
gives 152/25 = 6.08 EPS, while the rectangular one shown earlier gives 46/24 = 6.083 EPS.
Add another collector to the right-hand end of the rectangle and you'll get 153 energy instead of 152, for the same number of squares.
Also, whatever the shape of a park, swapping all the Solar Collectors for E-Mirrors and vice-versa makes no change to the total energy production.
I'd better make the disclaimer that I'm not sure if any of this works on square's under 3000ft.
Square energy parks are not the most efficient arrangement, you're actually better off with a rectangle with sides in the ratio of 3-2, with the longer side being the direction in which Solar Collectors and E-Mirrors alternate, e.g.
SESESE
SESESE
SESESE
SESESE
where 'S's are collectors and 'E's are mirrors.
An 'A' by 'B' rectangle (where 'A' is the alternating direction) will give 7AB-2A-3B+2 energy.
Probably everyone know's that a larger park will give more EPS (average energy per square) than a smaller one (e.g. a 10 by 10 park {if you could somehow manage it } will give 6.52 EPS while a 3 by 3 park would only give about 5.56 EPS) A rectangular park though can give more EPS even if it's smaller than a square park.
SESES
SESES
SESES
SESES
SESES
gives 152/25 = 6.08 EPS, while the rectangular one shown earlier gives 46/24 = 6.083 EPS.
Add another collector to the right-hand end of the rectangle and you'll get 153 energy instead of 152, for the same number of squares.
Also, whatever the shape of a park, swapping all the Solar Collectors for E-Mirrors and vice-versa makes no change to the total energy production.
I'd better make the disclaimer that I'm not sure if any of this works on square's under 3000ft.
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