Inverter Specification - Revision history

Marcin at 00:26, 25 May 2025

2025-05-25T00:26:39Z

← Older revision		Revision as of 00:26, 25 May 2025
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	=Inverter Specification: Prototype I=		=2012 Inverter Specification: Prototype I=

	*Input: 24 VDC		*Input: 24 VDC

Marcin at 05:22, 10 January 2012

2012-01-10T05:22:05Z

← Older revision		Revision as of 05:22, 10 January 2012
Line 58:		Line 58:
	Ex. Possibility of component interchangeability with other electronics via the inverter's independent modules, Sustainably produced materials		Ex. Possibility of component interchangeability with other electronics via the inverter's independent modules, Sustainably produced materials

	[[Category:Initial ~~Specification~~]]		[[Category:Specifications]][[Category:Initial Specifications]]

Marcin: /* Inverter Specification: Prototype I */

2012-01-09T05:22:03Z

Inverter Specification: Prototype I

← Older revision		Revision as of 05:22, 9 January 2012
Line 58:		Line 58:
	Ex. Possibility of component interchangeability with other electronics via the inverter's independent modules, Sustainably produced materials		Ex. Possibility of component interchangeability with other electronics via the inverter's independent modules, Sustainably produced materials

	[[Category:~~Specifications~~]]		[[Category:Initial Specification]]

Marcin: /* Inverter Specification: Prototype I */

2012-01-09T02:49:49Z

Inverter Specification: Prototype I

← Older revision		Revision as of 02:49, 9 January 2012
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	*Input: 24 VDC		*Input: 24 VDC
	**Input voltage scaling is attained with another module		**Input voltage scaling is attained with another module for both up- and down- scaling
	*Output: 240VAC		*Output: 240VAC
	*Voltage scaling is accomplished with another module		*Voltage scaling is accomplished with another module

Marcin: /* Inverter Specifications */

2012-01-09T01:58:13Z

Inverter Specifications

← Older revision		Revision as of 01:58, 9 January 2012
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	=Inverter ~~Specifications~~=		=Inverter Specification: Prototype I=

	*Input: 24 VDC		*Input: 24 VDC
	**~~If design must change for 12 to 48f~~		**Input voltage scaling is attained with another module
	*Output: 240VAC		*Output: 240VAC
	**12 to 120		*Voltage scaling is accomplished with another module

	2 Output: Standard Type AB Outlets (x2) per 2kW unit, Bolt Terminals per 20kW unit.		2 Output: Standard Type AB Outlets (x2) per 2kW unit, Bolt Terminals per 20kW unit.

Marcin at 01:53, 9 January 2012

2012-01-09T01:53:34Z

← Older revision		Revision as of 01:53, 9 January 2012
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	1 Inverter Specifications		=Inverter Specifications=

	2 Input: 12 to ~~48VDC~~		*Input: 24 VDC
			**If design must change for 12 to 48f
			*Output: 240VAC
			**12 to 120

	2 Output: Standard Type AB Outlets (x2) per 2kW unit, Bolt Terminals per 20kW unit.		2 Output: Standard Type AB Outlets (x2) per 2kW unit, Bolt Terminals per 20kW unit.

Marcin: Created page with "1 Inverter Specifications 2 Input: 12 to 48VDC 2 Output: Standard Type AB Outlets (x2) per 2kW unit, Bolt Terminals per 20kW unit. 3 120VAC 60Hz Single Phase 2kW Stackable 3 ..."

2012-01-09T01:49:40Z

Created page with "1 Inverter Specifications 2 Input: 12 to 48VDC 2 Output: Standard Type AB Outlets (x2) per 2kW unit, Bolt Terminals per 20kW unit. 3 120VAC 60Hz Single Phase 2kW Stackable 3 ..."

New page

1 Inverter Specifications

2 Input: 12 to 48VDC

2 Output: Standard Type AB Outlets (x2) per 2kW unit, Bolt Terminals per 20kW unit.

3 120VAC 60Hz Single Phase 2kW Stackable

3 240VAC 60Hz Single Phase 2kW Stackable

3 240VAC 60Hz Triple Phase 20kW Stackable

2 Harmonic Distortion < 1% : Pure Sine Wave

2 Efficiency > 95%

2 Features: Post-assembly configurable

3 Overcurrent protection

3 Low Input Voltage Warning and Shutoff

3 Part Replacement Signals (ex. signal by LED activation within modules)

3 LED Display

2 General Guidelines

2 Scalability

Ex. Possibility of easy inverter redesign for different power ratings.

2 Modularity

Ex. Separation of carrier wave and reference wave generator circuits as independent modules

2 Design-for-Disassembly-and-Maintenance

Ex. Easily replaceable power-handling elements

2 Lifetime Design

Ex. Solid State, Over-built, Protection Features

2 Ease-of-Manufacturing

Ex. Easily acquired materials, interchangeable part usage, safe and simplified fabrication and assembly procedures, focus on functional relevance

2 User-friendly

Ex. Safe and Silent Operation, Intuitive Usage, Problem Detection Signals

2 Ecological Design

Ex. Possibility of component interchangeability with other electronics via the inverter's independent modules, Sustainably produced materials

[[Category:Specifications]]