Abstract Analysis and modeling of photovoltaic (PV) solar cells and modules based on
experimentally measured data are critical for optimizing their design. The need for new …

This paper presents an emended Heap-based optimizer (EHBO) for characterizing the
accurate-performance of three-diode-based model (3DbM) of solar generating units (SGUs) …

To simulate the behaviors of photovoltaic (PV) systems properly, the best values of the
uncertain parameters of the PV models must be identified. Therefore, this paper proposes a …

To accurately, efficiently and reliably extract the parameters of single, double and triple
diode solar cell models, this paper proposes a randomly initialized opposite normalized trust …

In structural designs, the rebar layout often relies on the empirical knowledge from
engineers, resulting in higher labor cost, low efficiency, and low accuracy. This paper …

The flexible operation capacity of ultra-supercritical (USC) unit under full operating
conditions must be promoted to adapt a larger-scale renewable energy integrated into the …

In order to accurately and efficiently evaluate the actual operating status of photovoltaic (PV)
power stations, this study proposes a novel design of quick current–voltage (IV) curve tracer …

This paper introduced a newly proposed Meta-heuristic (MH) algorithm for parameter
estimation of solar PV, ie Bonobo Optimizer (BO) algorithm. This algorithm has been …

Accuracy of solar cell model parameters is now a requirement for the manufacturing of
appropriate photovoltaic models. Consequently, the methodologies of the parameters had …

This paper presents a comprehensive evaluation and ranking mechanism of analytical and
meta-heuristic algorithms for the extraction of parameters of a practical PV device. A total of …