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This paper aims to analyze the engineering dynamics and potential for carbon footprint reduction through fuel-less generators.

May 2, 2026Open Access

Fuel-Less Generators: Engineering Analysis and Green Energy Prospects

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Engineering analysis reveals that fuel-less generators can significantly reduce carbon emissions in households, suggesting a cleaner energy future.

This paper aims to analyze the engineering dynamics and potential for carbon footprint reduction through fuel-less generators.
Analyzed engineering principles and construction of fuel-less generators.
Examined carbon emissions from conventional fossil fuel electricity in Nigerian households.
Calculated potential carbon footprint reduction if households switch to fuel-less generators.
Fuel-less generators can self-sustain through continuous charging of DC batteries.
Switching to fuel-less generators could lead to a reduction of 208,273.52 metric tons of CO2 emissions annually in Nigeria.
Approximately 45.36 million households in Nigeria use fossil fuel generators, contributing to significant carbon emissions.

Chinonso Obinna Eze (2025) studied this question.

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Engineering analysis reveals that fuel-less generators can significantly reduce carbon emissions in households, suggesting a cleaner energy future.