This work demonstrates a remote control hydraulic system for managing diesel engine power units, suggesting improved operation modes for hydraulic fracturing.
The article considers current issues of designing a hydraulic system for remote control of the operating modes of a power unit with a diesel internal combustion engine (ICE) with an effective capacity of up to 6000 hp and with a mechanical high-speed, ten-speed, two-flow gearbox (GCB) with two identical intermediate shafts of a high-performance pumping unit for deep-penetrating hydraulic fracturing of formation bridges (HFB) of oil and gas isolated cavities.
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Karlov et al. (2025) studied this question.
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