View source for 20240048045. Multi-Level, Jittering, DC to AC Inverter with Low Pass Filter simplified abstract (Koolbridge Solar, Inc.)

=Multi-Level, Jittering, DC to AC Inverter with Low Pass Filter=


==Organization Name==

[[:Category:Koolbridge Solar, Inc.|Koolbridge Solar, Inc.]]


[[Category:Koolbridge Solar, Inc.]]

==Inventor(s)==

[[:Category:Paul Wilkinson Dent of Pittsboro NC (US)|Paul Wilkinson Dent of Pittsboro NC (US)]][[Category:Paul Wilkinson Dent of Pittsboro NC (US)]]

==Multi-Level, Jittering, DC to AC Inverter with Low Pass Filter - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240048045 titled 'Multi-Level, Jittering, DC to AC Inverter with Low Pass Filter

==Simplified Explanation==

The abstract describes a patent application for a DC to AC inverter used in solar energy installations. The inverter is designed to convert DC input power into a desired AC output power waveform. It utilizes multilevel circuitry to define different voltage levels, with each level having lower and upper voltage values. A jittering controller is used to generate a preliminary AC waveform by jittering between the lower and upper voltage values within each level. A low pass filter is then employed to remove the jittering and provide a smooth output AC waveform.

* The invention is a DC to AC inverter for solar energy installations.
* It converts DC input power to a desired AC output power waveform.
* Multilevel circuitry is used to define different voltage levels.
* A jittering controller generates a preliminary AC waveform by jittering between voltage values within each level.
* A low pass filter is used to remove the jittering and provide a smooth output AC waveform.

Potential applications of this technology:
* Solar energy installations
* Renewable energy systems
* Power generation for residential or commercial buildings

Problems solved by this technology:
* Efficient conversion of DC to AC power
* Generation of a desired AC waveform
* Reduction of voltage fluctuations and harmonics in the output waveform

Benefits of this technology:
* Improved energy conversion efficiency
* Enhanced power quality with a smooth output waveform
* Compatibility with various solar energy systems and installations


==Original Abstract Submitted==

a dc to ac inverter for solar energy installations is configured to convert dc input power at a first voltage to a desired ac output power waveform. the inverter includes multilevel circuitry configured to define a plurality of different levels, wherein each level is defined by lower and upper voltage values; a jittering controller configured to jitter between the lower and upper voltage values in each level in order to generate a preliminary ac waveform by producing waveform values between the lower and upper voltage values within each level; and a low pass filter configured to filter the preliminary ac waveform to remove the jittering in order to provide a smooth output ac waveform.



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