It can be shown, that vehicle efficiencies in WLTC of up to 44.7% can be reached using a methanol powered engine and high voltage hybridization which surpasses the achieved efficiencies with a gasoline powered engine and clarifies the efficiency benefits that can be gained through methanol.
Jul 4, 2021
This paper focuses on the usage of methanol due to its promising properties in combination with different hybridized powertrains to determine vehicle efficiency ...
Abstract. In order to meet future CO2 emission requirements and to contribute to reducing greenhouse gases of the mobility sector, the vehicle powertrain ...
Potential of the methanol-powered SI engine in the hybrid powertrain: A simulative investigation. https://doi.org/10.1007/978-3-662-63403-5_6.
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The potential of methanol in SI engine was simulated and examined. •. A novelty of Miller Cycle-Late inlet valve performance on SI engine was proposed.
Feyyaz Negüs's 3 research works with 8 citations and 128 reads, including: Potential of the methanol-powered SI engine in the hybrid powertrain: A ...
Jan 12, 2024 · Bench tests showed that combusting methanol and dissociated methanol gas together could accelerate the fuel burn rate and improve the engine's ...
The simulation analysis compares the results of the virtual methanol engine with available data from a similar, existing gas engine, highlighting the ...
Missing: powertrain: | Show results with:powertrain:
The combustion rate and combustion efficiency of the methanol SI engine is expected to be high because of its high laminar flame speed, which is also conducive ...
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Mar 29, 2022 · A central composite design (CCD) was used to quantify the influence of five control parameters on the brake thermal efficiency (BTE) and main energy losses.
Missing: Potential hybrid powertrain: