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Calorimetric Study of the Influence of Spark Ignition System Parameters on the Energy Transfer to the Gas

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The electrode gap is the primary factor influencing energy transfer to the gas in heavy-duty engines.
Increased gas density and glow current positively affect energy deposition, though dependent on electrode gap.
A custom spark calorimeter was used to study the thermal energy transfer from the spark to the gas.
Optimal ignition strategies for hydrogen engines can potentially extend spark plug life and improve performance.

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Experimental design reveals electrode gap's key role in energy transfer for biogas and hydrogen engines, suggesting optimal ignition strategies.

Saha et al. (2025) studied this question.

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Experimental design reveals electrode gap's key role in energy transfer for biogas and hydrogen engines, suggesting optimal ignition strategies.