Electro-hydraulic hybrid technology has become one of the most critical and advanced
branches in new energy and engineering machinery, which is not mature enough in terms of …

To enhance the hydraulic energy utilization and torque output stability, a novel mechatronics-
electro-hydraulic power coupling electric vehicle (MEH-PCEV) is proposed, integrating a …

Based on the theory of the traditional hydraulic braking system of mining trucks and under
the condition of safety, in order to maximize the regenerative braking energy recovery of …

With increasing attention being paid to electric vehicles, hybrid braking systems combining
regenerative braking and conventional friction braking have become a hot research topic …

Environmental contamination has prompted researchers to offer approaches and solutions
in a variety of fields, including hybrid drive train. A novel series hydraulic circuit for a …

The development of fuel-efficient vehicles has increased along with the needs of consumers
and the rise of environmental issues. Hybrid vehicles have become a popular alternative to …

In order to solve the problems of large peak torque and short battery life when the city battery
bus starts or accelerates, a new electro-hydrostatic hydraulic hybrid powertrain is designed …

The power losses of the hydraulic pump in engineering vehicle include mechanical losses,
churning losses, and volume losses. The proportion of churning losses to power losses …

The series electro-hydraulic hybrid powertrain has advantages in improving the dynamic
characteristics and increasing the cruising range of battery rail vehicles. In order to reduce …

Aiming at the adverse effect of the peak power of the electric motor of the battery-powered
rail vehicles on the battery life and the driving range when starting or accelerating, a new …