Enter Stage Two: GM Patents brand-new Two-Stage Twin-Turbo Tech
like the item or not, induction is actually the future of by the internal combustion engine. GM knows This specific, which is actually why many its types adopted turbo as well as also at least one engine option. currently the company has submitted a patent with Office of the United States Patent as well as also Trademark Office may be the beginning of the next steps for the company in turbocharging technology.
under the title “ internal combustion engine having two stage turbocharger ,” innocence as well as also determine the possible means to make the most of the available within the exhaust stream of energy with two stages, preparing Turbo using dual turbochargers of different sizes.
while the basic premise is actually not brand-new, as well as also the means of GM’s proposed spouse is actually management. Dependence on ECUs in which are measured continuously engine speed as well as also load, as well as also the patents of GM suggests turbocharged dual processing engines in two phases using a pair of butterfly valves operated electronic engine. These valves are used to control the flow of exhaust to the turbo two. the item is actually mounted on both valves on a common shaft in order in which when you close the motor as well as also one valve, at the same time opens up various other (as well as also vice versa). Such a system allows for smaller, faster turbo spool to work at low engine speed as well as also a larger turbo to come online during the events, which calls for high speeds. In short, the item works much like any two phases various other engine Twin Turbo
- to blow or not: turbocharging versus natural ambition
- cars first production with the Turbo
- the item’s electric: the next stage in turbocharging
Although patents General Motors does not indicate the company is actually looking to reinvent the process by which a two-stage twin turbo engines work, the item does not appear an alternative way to ensure in which these engines are able to supply power more efficiently.