Recently, pursuing a strategic alternative to traditional fossil fuels has become an important
method to meet the increasing energy demands and environmental improvement needs …

Enhanced Cross-flow split serpentine flow field (ECSSFF) for a rectangular cross sectional
polymer electrolyte membrane fuel cells (PEMFCs) has been shown to be an effective layout …

The flow field design of the proton exchange membrane fuel cell (PEMFC) is essential to the
performance of the fuel cell and directly affects the uniformity of the reactant distribution. In …

Traditional MPPT algorithms have demonstrated effective performance relative to their
flexibility and simplicity of implementation. However, its main disadvantages are the …

A new enhanced drainage parallel (EDP) flow field was designed that not only enhances
under-rib convection but also enables a more uniform distribution of hydrogen and oxygen …

Performance of fuel cell largely depends on various design parameters like thickness and
porosity of gas diffusion layer and catalyst layer, thickness of membrane and flow field …

Fuel cells have been identified as a promising technology to meet future electric power
requirements. Out of various fuel cells, Proton Exchange Membrane Fuel Cells (PEMFC) has …

We present an experimental investigation on a proton battery, that could run both as
electrolyser and fuel cell, using six different flow channel orientations viz. pin‐type, parallel …

In proton exchange membrane fuel cell, it is essential to maintain the operating parameters
within the critical range to achieve improved performance. Moreover, water flooding on the …