Difference between revisions of "OX-STAT Photovoltaic Panels/Box"

	OX-STAT Photovoltaic Panels
	Solar panel by ; Probodobodyne Inc;
Radial size	Radial mounted
Drag	0.2
Max. Temp.	1200 K
Impact Tolerance	8 m/s
Research	Electrics
Unlock cost	1 200
Since version	0.18
Part configuration	radialFlatSolarPanel.cfg;
Electricity generated	0.35 ⚡/s
Retractable	Yes
Tracking	No
Packed volume	12 l
Stacking capacity	4 units
	↑ 1.0 1.1 The mass and drag are from the part config, but the game handles it as physicsless. ; ↑ Energy output depends on the distance and angle to the Sun. The value is achieved at Kerbin's distance, with the panel pointed directly at the Sun. ;

Latest revision as of 07:15, 15 October 2024

@@ Line 1: / Line 1: @@
-<noinclude>{{Data template used}}</noinclude><noinclude>Please move to [[OX-STAT Photovoltaic Panels/Box]] (incorrect caps and spelling).</noinclude>
+<noinclude>{{Data template used}}</noinclude>
-{{Partbox/SolarPanel
+{{Infobox/Part
-|file=Ox-stat photovoltaic panels.jpg
+|file=OX-STAT.png
-|costs=100
+|type=pan
+|size=r
+|manufacturer=P
+|costs=75
 |mass=0.005
 |drag=0.2
-|temp=3200
+|temp=1200
 |tolerance=8
-|electricity=0.75
+|research=Electrics
-|layout=1×1
+|unlock cost=1200
 |since=0.18
-|part=solarPanels5
+|physics insignificant=y
-|research=Electrics
+|filename=radialFlatSolarPanel.cfg
+|part=radialFlatSolarPanel
+|parent=Electrical
+|more={{Infobox/Part/solar panel
+ |retractable=y
+ |tracking=n
+ |electricity=0.35
+}}
+{{Infobox/Part/cargo
+ |volume=12
+ |stack=4
+}}
+|nref=N
 }}

OX-STAT Photovoltaic Panels

Solar panel by Probodobodyne Inc
Radial size		Radial mounted
Cost	(total)	75.00
Mass	(total)	0.005 t ^[1]
Drag		0.2 ^[1]
Max. Temp.		1200 K
Impact Tolerance		8 m/s
Research		Electrics
Unlock cost		1 200
Since version		0.18
Part configuration		radialFlatSolarPanel.cfg
Electricity generated		0.35 ⚡/s ^[2]
Retractable		Yes
Tracking		No
Packed volume		12 l
Stacking capacity		4 units
↑ ^1.0 ^1.1 The mass and drag are from the part config, but the game handles it as physicsless. ↑ Energy output depends on the distance and angle to the Sun. The value is achieved at Kerbin's distance, with the panel pointed directly at the Sun.