Open Source Inverter - Revision history

Alfie at 11:14, 20 November 2025

2025-11-20T11:14:10Z

← Older revision		Revision as of 11:14, 20 November 2025
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	=Links=		=Links=
	*Replimat - [https://wiki.replimat.org/wiki/Power_inverters]		*Replimat - [https://wiki.replimat.org/wiki/Power_inverters]

			Inverters should interest everyone

Marcin at 23:24, 9 January 2024

2024-01-09T23:24:08Z

← Older revision		Revision as of 23:24, 9 January 2024
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	\|header7 =		\|header7 =
	\|label7 = Construction		\|label7 = Construction
	\|data7 = 3D printed parts + [[COTS]] arduino, metal case. Terminal blocks for input and output.		\|data7 = 3D printed parts + [[COTS]] arduino, metal case. Terminal blocks for input and output. Cooling part is electrically isolated, via plastic base mount.
	\|header8 =		\|header8 =
	\|label8 = Productivity		\|label8 = Productivity

Marcin: /* OSE Work */

2021-06-16T12:25:04Z

OSE Work

← Older revision		Revision as of 12:25, 16 June 2021
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	=OSE Work=		=OSE Work=
	*[[Power Panel]] - one application could be an open source inverter.		*[[Power Panel]] - one application could be an open source inverter.

			=Links=
			*Replimat - [https://wiki.replimat.org/wiki/Power_inverters]

Marcin: /* Development */

2021-02-21T13:19:42Z

Development

← Older revision		Revision as of 13:19, 21 February 2021
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	\|-		\|-
	! scope=row \| 1		! scope=row \| 1
	\| [[Requirements + Value Proposition]] \|\| [[Open Source Inverter Requirements + Value Proposition]] \|\| 0		\| [[Requirements + Value Proposition]] \|\| [[Open Source Inverter Requirements + Value Proposition]] \|\| 50

	\|-		\|-
	! scope=row \| 2		! scope=row \| 2
	\| [[Industry_Standards]] \|\| [[Open Source Inverter Industry Standards]] \|\| 0		\| [[Industry_Standards]] \|\| [[Open Source Inverter Industry Standards]] \|\| 20

	\|-		\|-
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	\|}		\|}





	=More=		=More=

Marcin at 13:08, 21 February 2021

2021-02-21T13:08:02Z

← Older revision		Revision as of 13:08, 21 February 2021
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	\|data3 = [[OSHWA]] and [[OSI]] compliant. CC-BY-SA-4.0 International, GPLv3, [[DIN SPEC 3105]].		\|data3 = [[OSHWA]] and [[OSI]] compliant. CC-BY-SA-4.0 International, GPLv3, [[DIN SPEC 3105]].
	\|header4 =		\|header4 =
	\|label4 = ~~Module 1~~		\|label4 = Arduino Mega brain
	\|data4 = ~~Describe features of Module 1~~		\|data4 = Mega with LCD is used as in [[Universal Controller]]
	\|header5 =		\|header5 =
	\|label5 = ~~Module 2~~		\|label5 = Power Modules
	\|data5 = ~~Describe features~~ of ~~Module 2~~		\|data5 = Based on [[Power Panel]] concept of modular, air-cooled power transistor units.
	\|header6 =		\|header6 =
	\|label6 = Key Specification		\|label6 = Key Specification
	\|data6 = ~~Key spec data point~~		\|data6 = Scalability from 1-50kW
	\|header7 =		\|header7 =
	\|label7 = Construction		\|label7 = Construction
	\|data7 = ~~Describe basic construction technique~~ and ~~materials~~		\|data7 = 3D printed parts + [[COTS]] arduino, metal case. Terminal blocks for input and output.
	\|header8 =		\|header8 =
	\|label8 = Productivity		\|label8 = Productivity
	\|data8 = ~~Describe how this relates~~ to ~~industrial productivity on a~~ small ~~scale~~		\|data8 = Relevant to small and large power applications from small off-grid power units such as the [[Solar Power Station]] to [[Open Source PV System]], and power for larger, autonomous facilities.
	\|header9 = Completion Status		\|header9 = Completion Status
	\|label9 =		\|label9 =
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	\|header10 =		\|header10 =
	\|label10 =		\|label10 =
	\|data10 = ~~Describe whether built~~, ~~prototyped, etc~~. ~~Link to relevant~~ [[~~Genealogy~~]] and [[Status of Completion]].		\|data10 = Design phase, 2/21/21. See also [[Genealogeis]] and [[Status of Completion]].

Marcin at 12:50, 21 February 2021

2021-02-21T12:50:16Z

← Older revision		Revision as of 12:50, 21 February 2021
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	\|titlestyle =		\|titlestyle =

	\|image = [[Powermodule2.png\|200px\|alt=Example alt text]]		\|image = [[File:Powermodule2.png\|200px\|alt=Example alt text]]
	\|imagestyle =		\|imagestyle =
	\|caption = Short description		\|caption = Short description

Marcin at 12:48, 21 February 2021

2021-02-21T12:48:24Z

← Older revision		Revision as of 12:48, 21 February 2021
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	~~=2020=~~
	*There is a boatload of [[Arduino Inverter]]s on the web, but none of them are product level, just prototypes.
	*[[OSE Germany]] has an open source charge controller, but the controller per se is not modular. It is for lithium ion, and not sustainable battery types like the [[Nickel Iron Battery]].

	~~=2016 Work=~~
	*Ken Boak - OS inverter - at the UK-based Open Source Hardware User's Group - http://oshug.org/event/45

	=More=		=More=

Marcin at 12:41, 21 February 2021

2021-02-21T12:41:14Z

← Older revision		Revision as of 12:41, 21 February 2021
Line 7:		Line 7:
	\|titlestyle =		\|titlestyle =

	\|image = [[~~File:check~~.png\|200px\|alt=Example alt text]]		\|image = [[Powermodule2.png\|200px\|alt=Example alt text]]
	\|imagestyle =		\|imagestyle =
	\|caption = Short description		\|caption = Short description
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	\|header2 =		\|header2 =
	\|label2 = Product Ecology		\|label2 = Product Ecology
	\|data2 = ~~What other GVCS tools does this use?~~		\|data2 = 3D printing produces the plastic insulators and structure, [[Open Source Screw Machine]] ([[CNC Multimachine]])) produces screws and heatsinks, [[Induction Furnace]] provides metal from scrap, such as [[Zinc-Aluminum Alloy]]. [[D3D CNC Circuit Mill]] can produce the circuits, such as for a [[Minimalist Arduino]] or an off-shelf Arduino Mega.
	\|header3 =		\|header3 =
	\|label3 = License		\|label3 = License

Marcin at 12:38, 21 February 2021

2021-02-21T12:38:42Z

Show changes

Marcin: Undo revision 245760 by Marcin (talk)

2021-02-21T12:38:22Z

Undo revision 245760 by Marcin (talk)

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