Due to complex electrochemical and thermal phenomena, varying operations towards
automotive applications, and vulnerable ancillaries in proton exchange membrane fuel cells …

A hybrid control scheme of the fuel cell air supply system based on model predictive control
(MPC) and proportional integral differential (PID) control is proposed for adjusting the …

Guaranteeing rapid management of oxygen excess ratio (OER) for proton exchange
membrane fuel cells (PEMFC) under load variations is a challenge with practical …

Fault diagnosis and controller design are two important aspects to improve proton exchange
membrane fuel cell (PEMFC) system durability. However, the two tasks are often separately …

A fuel-cell system is interconnected with subsystems such as the stack, thermal/water
management systems, air/fuel supply systems, and inverter; if an abnormality occurs …

Fuel cells are powerful systems for power generation. They have a good efficiency and do
not generate greenhouse gases. This technology involves a lot of scientific fields, which …

This paper addresses the implementation of a data-driven control strategy in a real test
bench based on proton exchange membrane fuel cells (PEMFCs). The proposed control …

Multistack fuel cell systems (MFCS) are promising developments of fuel cell technology. For
MFCS, faults affect durability and stability, and appropriate fault diagnosis methods and …

In this paper, fault-tolerant MPC control of PEM fuel cells is addressed. MPC is a suitable
control methodology to control fuel cell systems because of their multivariable and complex …

A novel control design is introduced for pressure control in proton exchange membrane
(PEM) fuel cells. The proposed control design is able to control the system under faults in …