Inverter Specification: Difference between revisions
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=2012 Inverter Specification: Prototype I= | |||
*Input: 24 VDC | |||
**Input voltage scaling is attained with another module for both up- and down- scaling | |||
*Output: 240VAC | |||
*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. | ||
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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:Specifications]][[Category:Initial Specifications]] | ||
Latest revision as of 00:26, 25 May 2025
2012 Inverter Specification: Prototype I
- Input: 24 VDC
- Input voltage scaling is attained with another module for both up- and down- scaling
- Output: 240VAC
- Voltage scaling is accomplished with another module
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