Portable Solar Panel - Revision history

Maintenance script: Remove translation markup (automated)

2026-03-08T17:21:16Z

Remove translation markup (automated)

← Older revision		Revision as of 17:21, 8 March 2026
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	[[Category:Solar power]]		[[Category:Solar power]]
	= Portable Solar Panel = ~~<!--T:1-->~~		= Portable Solar Panel = {{Itembox

	{{Itembox
	\| name = Portable Solar Panel		\| name = Portable Solar Panel
	\| image = [[File:PortableSolarPanel.png]] [[File:Portable Solar Panel.png\|thumb\|Portable Solar Panel]]		\| image = [[File:PortableSolarPanel.png]] [[File:Portable Solar Panel.png\|thumb\|Portable Solar Panel]]
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	}}		}}

	= Description = ~~<!--T:1-->~~		= Description = This small, self-deploying solar panel has one battery slot (refer to picture) and cannot have the solar panels tuned to the sun.
	This small, self-deploying solar panel has one battery slot (refer to picture) and cannot have the solar panels tuned to the sun.
	Therefore, this little device should be used for long excursions where recharges may be necessary.		Therefore, this little device should be used for long excursions where recharges may be necessary.
	This should be used as an emergency power device and not as a '''Main''' Source of power		This should be used as an emergency power device and not as a '''Main''' Source of power



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	*Works best with [[Battery Cell (Small)\|Small Battery cells]]		*Works best with [[Battery Cell (Small)\|Small Battery cells]]

	= Statistics = ~~<!--T:2-->~~		= Statistics = (At 100 watts)
	(At 100 watts)
	*[[Battery Cell (Small)\|Small Battery cells]] charged in 3 minutes and 52 seconds		*[[Battery Cell (Small)\|Small Battery cells]] charged in 3 minutes and 52 seconds
	*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)		*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)

Legolegs: Category:Solar power

2024-05-04T14:19:57Z

Category:Solar power

← Older revision		Revision as of 14:19, 4 May 2024
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			[[Category:Solar power]]
	= Portable Solar Panel = <!--T:1-->		= Portable Solar Panel = <!--T:1-->

JavaSkeptre: fix clean up

2020-11-11T16:36:35Z

fix clean up

← Older revision		Revision as of 16:36, 11 November 2020
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	= Statistics = <!--T:2-->		= Statistics = <!--T:2-->
	(At 100 watts)		(At 100 watts)
	*Small Battery cells charged in 3 minutes and 52 seconds		*[[Battery Cell (Small)\|Small Battery cells]] charged in 3 minutes and 52 seconds
	*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)		*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)
	*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds		*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds

	Justification: A large battery has 288 000 J of capacity, which when divided by the small cell's capacity of 36000 J we obtain 8. That number is then multiplied to the small battery's charging time to obtain the larger batteries' charging time.		Justification: A large battery has 288 000 J of capacity, which when divided by the small cell's capacity of 36000 J we obtain 8. That number is then multiplied to the small battery's charging time to obtain the larger batteries' charging time.

JavaSkeptre: clean up

2020-11-11T16:35:32Z

clean up

← Older revision		Revision as of 16:35, 11 November 2020
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	{{Itembox		{{Itembox
	\| name = Portable Solar Panel		\| name = Portable Solar Panel
	\| image = [[File:PortableSolarPanel.png]] [[File:Portable Solar Panel.png\|thumb\|Portable Solar Panel ]]		\| image = [[File:PortableSolarPanel.png]] [[File:Portable Solar Panel.png\|thumb\|Portable Solar Panel]]
	\| createdwith = [[Electronics Printer ]]		\| createdwith = [[Electronics Printer]]
	\| cost = 5g [[Iron]], 3g [[Gold]], 10g [[Copper]]		\| cost = 5g [[Iron]], 3g [[Gold]], 10g [[Copper]]
	\| stacks = 1		\| stacks = 1
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	= Description = <!--T:1-->		= Description = <!--T:1-->
	This small, self-deploying solar panel has one battery slot (refer to picture) and cannot have the solar panels tuned to the sun.		This small, self-deploying solar panel has one battery slot (refer to picture) and cannot have the solar panels tuned to the sun.
	Therefore this little device should be used for long excursions where recharges may be necessary.		Therefore, this little device should be used for long excursions where recharges may be necessary.
	This should be used as an emergency power device and not as a '''Main''' Source of power		This should be used as an emergency power device and not as a '''Main''' Source of power



	==== Information to know====		== Information to know==
	* Visibility is Equal to Watts Produced (50 visibility Watts 50)		* Visibility is Equal to Watts Produced (50 visibility Watts 50)
	* Mainly used for tool battery recharges and maybe Emergency suit charges		* Mainly used for tool battery recharges and maybe Emergency suit charges
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	= Statistics = <!--T:2-->		= Statistics = <!--T:2-->
	(At 100 watts)		(At 100 watts)
	*~~[[Battery Cell (Small)\|~~Small Battery cells]] charged in 3 minutes and 52 seconds		*Small Battery cells charged in 3 minutes and 52 seconds
	*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)		*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)
	*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds		*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds

	Justification: A large battery has 288 000 J of capacity, which when divided by the small cell's capacity of 36000 J we obtain 8. That number is then multiplied to the small battery's charging time to obtain the larger batteries' charging time.		Justification: A large battery has 288 000 J of capacity, which when divided by the small cell's capacity of 36000 J we obtain 8. That number is then multiplied to the small battery's charging time to obtain the larger batteries' charging time.

Viperel at 14:28, 1 August 2018

2018-08-01T14:28:50Z

← Older revision		Revision as of 14:28, 1 August 2018
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	{{Itembox		{{Itembox
	\| name = Portable Solar Panel		\| name = Portable Solar Panel
	\| image = [[File:Portable Solar Panel.png\|thumb\|Portable Solar Panel ]]		\| image = [[File:PortableSolarPanel.png]] [[File:Portable Solar Panel.png\|thumb\|Portable Solar Panel ]]
	\| createdwith = [[Electronics Printer ]]		\| createdwith = [[Electronics Printer ]]
	\| cost = 5g [[Iron]], 3g [[Gold]], 10g [[Copper]]		\| cost = 5g [[Iron]], 3g [[Gold]], 10g [[Copper]]

Nuclearwinter: Just did some minor editing

2018-07-03T03:52:03Z

Just did some minor editing

← Older revision		Revision as of 03:52, 3 July 2018
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	= Description = <!--T:1-->		= Description = <!--T:1-->
	This small, self deploying solar panel has one battery slot (refer to picture) and cannot have the solar panels tuned to the sun.		This small, self-deploying solar panel has one battery slot (refer to picture) and cannot have the solar panels tuned to the sun.
	Therefore this little device should be used for long excursions where recharges may be necessary.		Therefore this little device should be used for long excursions where recharges may be necessary.
	This should be used as a emergency power device and not as a '''Main''' Source of power		This should be used as an emergency power device and not as a '''Main''' Source of power


Line 22:		Line 22:

	= Statistics = <!--T:2-->		= Statistics = <!--T:2-->
			(At 100 watts)
	*[[Battery Cell (Small)\|Small Battery cells]] charged in 3 minutes and 52 seconds		*[[Battery Cell (Small)\|Small Battery cells]] charged in 3 minutes and 52 seconds
	*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)		*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)
	*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds ~~(also extrapolated)~~		*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds

	Justification: A large battery has 288 000 J of capacity, which when divided by the small cell's capacity of 36000 J we obtain 8. That number is then multiplied to the small battery's charging time to obtain the larger batteries' charging time.		Justification: A large battery has 288 000 J of capacity, which when divided by the small cell's capacity of 36000 J we obtain 8. That number is then multiplied to the small battery's charging time to obtain the larger batteries' charging time.

45.42.103.176: Fixed presentation

2018-05-04T16:27:21Z

Fixed presentation

← Older revision		Revision as of 16:27, 4 May 2018
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	= Statistics = <!--T:2-->		= Statistics = <!--T:2-->
	*[[Battery Cell (Small)\|Small Battery cells]] charged in 3 minutes and 52 seconds		*[[Battery Cell (Small)\|Small Battery cells]] charged in 3 minutes and 52 seconds
	*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (~~did the math not actual test~~)		*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (extrapolated)
	*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds (also ~~math~~)		*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds (also extrapolated)

	~~Explanation of math So basically i just took the joules a batter has. So for a~~ large battery it has 288,~~000J then dividing it~~ by the small cell's ~~joules ,~~36000 ~~getting~~ 8 ~~which~~ then ~~i multiply by how much time it took~~ the small ~~cell~~ to ~~charge (3:52) and boom there ya go~~		Justification: A large battery has 288 000 J of capacity, which when divided by the small cell's capacity of 36000 J we obtain 8. That number is then multiplied to the small battery's charging time to obtain the larger batteries' charging time.

Nuclearwinter at 00:59, 20 March 2018

2018-03-20T00:59:58Z

← Older revision		Revision as of 00:59, 20 March 2018
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	*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (did the math not actual test)		*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (did the math not actual test)
	*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds (also math)		*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds (also math)

			Explanation of math So basically i just took the joules a batter has. So for a large battery it has 288,000J then dividing it by the small cell's joules ,36000 getting 8 which then i multiply by how much time it took the small cell to charge (3:52) and boom there ya go

Nuclearwinter at 00:44, 20 March 2018

2018-03-20T00:44:43Z

← Older revision		Revision as of 00:44, 20 March 2018
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	== Portable Solar Panel ==		= Portable Solar Panel = <!--T:1-->

	{{Itembox		{{Itembox
Line 8:		Line 8:
	\| stacks = 1		\| stacks = 1
	}}		}}
	==== Information to know====
			= Description = <!--T:1-->
			This small, self deploying solar panel has one battery slot (refer to picture) and cannot have the solar panels tuned to the sun.
			Therefore this little device should be used for long excursions where recharges may be necessary.
			This should be used as a emergency power device and not as a '''Main''' Source of power



			==== Information to know====
	* Visibility is Equal to Watts Produced (50 visibility Watts 50)		* Visibility is Equal to Watts Produced (50 visibility Watts 50)
	* Mainly used for tool battery recharges and maybe Emergency suit charges		* Mainly used for tool battery recharges and maybe Emergency suit charges
	*Works best with [[Battery Cell (Small)\|Small Battery cells]]		*Works best with [[Battery Cell (Small)\|Small Battery cells]]

			= Statistics = <!--T:2-->
			*[[Battery Cell (Small)\|Small Battery cells]] charged in 3 minutes and 52 seconds
			*[[Battery Cell (Large)\|Large Battery cells]] charged in 28 minutes and 16 seconds (did the math not actual test)
			*[[Battery Cell (Nuclear)\|Nuclear Battery cells]] charged in 225 minutes and 28 seconds or 4 hours 15 minutes and 28 seconds (also math)

Nuclearwinter at 00:19, 20 March 2018

2018-03-20T00:19:45Z

← Older revision		Revision as of 00:19, 20 March 2018
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	\| stacks = 1		\| stacks = 1
	}}		}}
	~~''Not completed yet please stand by :D ''~~		==== Information to know====
			* Visibility is Equal to Watts Produced (50 visibility Watts 50)
			* Mainly used for tool battery recharges and maybe Emergency suit charges
			*Works best with [[Battery Cell (Small)\|Small Battery cells]]