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Digital Twin Spark Ignition System

                               
DTSi stands for Digital Twin Spark Ignition. DTSi has two spark plugs that use to ignite the charge in the combustion chamber. 2 Twin spark plugs at either ends of the combustion chamber help in faster and better combustion. Twin spark engine have two spark plugs this works like regularengine but due to dual spark plug the total combustion of fuel take place. Twin spark engine works same as single spark engine.Its main purpose is to enable increased combustion efficiency, by igniting the fuel/air mixture faster and more evenly.

WORKING OF TWIN SPARK




         Digital Twin Spark ignition engine has 2 Spark plugs settled at opposite ends of the combustion chamber and therefore quick and economical combustion is obtained. the advantages of this economical combustion method are often felt in terms of higher fuel potency and lower emissions. The mechanism on the dual spark may be a digital system with static lead and no moving elements subject to wear. it's mapped by the integrated digital electronic management box that additionally handles mechanical system and valve temporal arrangement. It options 2 plugs per cylinder.
         

This innovative answer, conjointly entailing a special configuration of the subfigure combustion chambers and piston heads, ensures a quick, wide flame front once the air-fuel mixture is lit, and thus less ignition advance, enabling, moreover, comparatively lean mixtures to be used. This technology provides a mixture of the sunshine weight and double the ability offered by two-stroke engines with a major power boost, i.e. a substantial "power-to-weight ratio" compared to quite few four-stroke engines.
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Moreover, such a system will alter loafing speed & even cuts off fuel feed once the gas is free, and meters the enrichment of the air-fuel mixture for cold beginning and fast purposes; if necessary, it conjointly prevents the higher rev limit from being exceeded. At low revs, the over boost is generally used once reordering, and this can be why it cuts out mechanically. At higher speeds the over boost can enhance full power delivery and can continue as long because the driver exercises most pressure on the accelerator.

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