Inverter Design Rationale and Specification - Revision history

DavidCary: "Underestimating Complexity of Power Supply Design" and other links.

2013-07-27T02:00:59Z

"Underestimating Complexity of Power Supply Design" and other links.

← Older revision		Revision as of 02:00, 27 July 2013
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	=Links=		=Links=

			* Jerrold Foutz. [http://www.smpstech.com/undest.htm "Underestimating Complexity of Power Supply Design"].

	IGBT Sources		IGBT Sources
	*http://www.shaoguang.com.cn/data/sgkj09005.pdf		*http://www.shaoguang.com.cn/data/sgkj09005.pdf


			* [http://electronics.stackexchange.com/questions/12186/how-to-build-a-high-power-4kw-switched-mode-dc-dc-converter "How to build a high-power (4kW) switched-mode DC-DC converter?"] at Electrical Engineering Stackexchange.
			* [http://electronics-diy.com/electronic_schematic.php?id=609 "500W Mos-Fet Power Inverter from 12V to 110V/220V"] from Electronics-DIY.
			* [http://opencircuits.com/switching_regulator "Switching regulator"] from Open Circuits.
			* Roman Black. [http://www.romanblack.com/micro_gt.htm "Micro Grid-Tie"].

	=Deployment Strategy=		=Deployment Strategy=

2012-01-20T05:54:06Z

Deployment Strategy

← Older revision		Revision as of 05:54, 20 January 2012
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	*3-phase power is the next stage after 1 phase is developed		*3-phase power is the next stage after 1 phase is developed
	*Ask a vendor for a ready design		*Ask a vendor for a ready design
	*Post on GrabCAD		*Post on [http://grabcad.com/challenges GrabCAD]
			*Post on [http://upverter.com/ Upverter]
	*Assess assistance from [[Universal Power Supply on the Amp Hour]] - An off-the-cuff radio show and podcast for electronics enthusiasts and professionals		*Assess assistance from [[Universal Power Supply on the Amp Hour]] - An off-the-cuff radio show and podcast for electronics enthusiasts and professionals
	*Request [[David Kronstein]] to produce a simple inverter design for our purposes		*Request [[David Kronstein]] to produce a simple inverter design for our purposes

2012-01-20T02:58:36Z

Deployment Strategy

← Older revision		Revision as of 02:58, 20 January 2012
Line 48:		Line 48:
	*Ask a vendor for a ready design		*Ask a vendor for a ready design
	*Post on GrabCAD		*Post on GrabCAD
			*Assess assistance from [[Universal Power Supply on the Amp Hour]] - An off-the-cuff radio show and podcast for electronics enthusiasts and professionals
	*Request [[David Kronstein]] to produce a simple inverter design for our purposes		*Request [[David Kronstein]] to produce a simple inverter design for our purposes
	*Request Dedicated Project Visit or Remote Dedicated Project Visit to design inverter and begin the prototyping stage.		*Request Dedicated Project Visit or Remote Dedicated Project Visit to design inverter and begin the prototyping stage.

	[[Category:Specifications]][[Category:Inverter]][[Category:Universal Power Supply]]		[[Category:Specifications]][[Category:Inverter]][[Category:Universal Power Supply]]

2012-01-20T02:42:45Z

Deployment Strategy

← Older revision		Revision as of 02:42, 20 January 2012
Line 48:		Line 48:
	*Ask a vendor for a ready design		*Ask a vendor for a ready design
	*Post on GrabCAD		*Post on GrabCAD
			*Request [[David Kronstein]] to produce a simple inverter design for our purposes
			*Request Dedicated Project Visit or Remote Dedicated Project Visit to design inverter and begin the prototyping stage.

	[[Category:Specifications]][[Category:Inverter]][[Category:Universal Power Supply]]		[[Category:Specifications]][[Category:Inverter]][[Category:Universal Power Supply]]

2012-01-20T02:40:53Z

Scalability and Modularity Analysis

← Older revision		Revision as of 02:40, 20 January 2012
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	*Basic unit above provides up to 25kW continuous power with a stack of 10 inverters		*Basic unit above provides up to 25kW continuous power with a stack of 10 inverters
	*Plug in IGBT module may be scaled for higher power, up to 250 kW for a stack of 10 inverters.		*Plug in IGBT module may be scaled for higher power, up to 250 kW for a stack of 10 inverters. Relevant to the scale of 200kW induction furnace.
	*Modular design retains allowance for different gate drivers, such as high frequency power for induction furnace power supplies and other applications		*Modular design retains allowance for different gate drivers, such as high frequency power for induction furnace power supplies and other applications

2012-01-20T02:35:46Z

Deployment Strategy

← Older revision		Revision as of 02:35, 20 January 2012
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	=Deployment Strategy=		=Deployment Strategy=
			*Initial prototype is a 2.5 kW module in 1 phase, later modules are slave modules for stackability
			*3-phase power is the next stage after 1 phase is developed
	*Ask a vendor for a ready design		*Ask a vendor for a ready design
	*Post on GrabCAD		*Post on GrabCAD

	[[Category:Specifications]][[Category:Inverter]][[Category:Universal Power Supply]]		[[Category:Specifications]][[Category:Inverter]][[Category:Universal Power Supply]]

2012-01-20T02:32:37Z

← Older revision		Revision as of 02:32, 20 January 2012
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	*Plug-in transformers		*Plug-in transformers
	::[[Image:BlockDiagram.png]]		::[[Image:BlockDiagram.png]]
			*Unit should be readily scalable to 3 phase power output (3 phase welders at Factor e Farm, with 12.5kW of battery power avaialable in our off grid digital fabrication facility)

	=Scalability and Modularity Analysis=		=Scalability and Modularity Analysis=

2012-01-20T02:14:12Z

Deployment Strategy

← Older revision		Revision as of 02:14, 20 January 2012
Line 46:		Line 46:
	*Post on GrabCAD		*Post on GrabCAD

	[[Category:Specifications]]		[[Category:Specifications]][[Category:Inverter]][[Category:Universal Power Supply]]

2012-01-20T01:34:06Z

Links

← Older revision		Revision as of 01:34, 20 January 2012
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	IGBT Sources		IGBT Sources
	*http://www.shaoguang.com.cn/data/sgkj09005.pdf		*http://www.shaoguang.com.cn/data/sgkj09005.pdf

			=Deployment Strategy=
			*Ask a vendor for a ready design
			*Post on GrabCAD

	[[Category:Specifications]]		[[Category:Specifications]]

2012-01-20T01:30:12Z

Scalability and Modularity Analysis

← Older revision		Revision as of 01:30, 20 January 2012
Line 34:		Line 34:
	=Scalability and Modularity Analysis=		=Scalability and Modularity Analysis=

	*Basic unit above provides up to 25kW continuous power		*Basic unit above provides up to 25kW continuous power with a stack of 10 inverters
	*Plug in IGBT module may be scaled for higher power, up to 250 kW for a stack of 10 inverters.		*Plug in IGBT module may be scaled for higher power, up to 250 kW for a stack of 10 inverters.
	*Modular design retains allowance for different gate drivers, such as high frequency power for induction furnace power supplies and other applications		*Modular design retains allowance for different gate drivers, such as high frequency power for induction furnace power supplies and other applications