International Journal of Photoenergy

Research Article

Maximum Power Exploitation of Photovoltaic System under Fast-Varying Solar Irradiation and Local Shading

Table 1

Comparison of the differences between previous studies.
AuthorYearObjectivesTechnologyApplicable environment
Qiu et al.
(this paper)		2022MPPTA PF-MPPT algorithm and an improved MPPT systemFast-varying solar irradiation and local shading
Dobakhshari [1]2018MPPTA MPPT optimization algorithmFast-varying solar irradiation
Li [2]2019MPPTA variable-weather-parameter MPPT algorithmDifferent irradiances
Peng et al. [3]2018MPPTAn improved P&O algorithmFast-varying solar irradiation
Yilmaz et al. [4]2019MPPTA new MPPT methodFast-varying solar irradiation
Ko and Chao et al. [5]2012MPPTAn improved Quine–McCluskey (QM) algorithmFast-varying solar irradiation
Mohanty et al. [6]2015MPPTAn improved gray wolf optimization algorithmFast-varying solar irradiation
Kofinas et al. [7]2015MPPTA direct numerical control (DNC) MPPT algorithmFast-varying solar irradiation
Alik and Jusoh [8]2017MPPTA control method based on the traditional P&O and check algorithmsLocal shading
Eltamaly [9]2015MPPTAn improved PSO algorithm based on the genetic algorithmsLocal shading
Hou et al. [10]2016MPPTAn MPPT control method based on the glowworm swarm optimization algorithmFast-varying solar irradiation
Giraldo et al. [11]2017MPPTAn MPPT algorithm based on fuzzy controlFast-varying solar irradiation
Bingol and Ozkaya [12]2018Overcoming the negative effects of local shadingFive different PV array structure designsLocal shading
Macaulay and Zhou et al. [13]2018MPPTAn improved P&O algorithm with a variable step sizeFast-varying solar irradiation
Huang and Wang [14]2018Study on influencing factors of PV module agingAn algorithm to analyze the degradation factors of a PV moduleNatural environment
Li and Qi [15]2018MPPTAn improved gravity search algorithmLocal shading
Nabipour et al. [16]2018MPPTAn MPPT algorithm based on a fuzzy adaptive algorithmFast-varying solar irradiation
Teng et al. [17]2016MPPTAn MPPT algorithm based on parameter estimationFast-varying solar irradiation
Wjya et al. [18]2021Overcoming the problem of unstable output voltageA new method of solar micro grid based on long-term short-term memory and demand responseNatural environment
Sher et al. [19]2015MPPTAn improved P&O methodFast-varying solar irradiation
Fares et al. [20]2021MPPTAn improved MPPT method based on the squirrel search algorithmLocal shading
Shams et al. [21]2020MPPTAn improved MPPT algorithm based on a butterfly optimization algorithmFast-varying solar irradiation
Pervez et al. [22]2021MPPTAn MPPT algorithm based on the most valuable player algorithmLocal shading
Shams et al. [23]2020MPPTAn improved MPPT algorithm based on the team game optimization algorithmLocal shading
Premkumar and Sowmya [24]2019MPPTAn improved MPPT algorithm based on the bionic whale optimizationLocal shading
Manoharan et al. [25]2020MPPTAn improved MPPT algorithm based on the P&O algorithmFast-varying solar irradiation
Premkumar and Sumithira [26]2018MPPTA MPPT algorithm based on P&O and Whale Optimization algorithmsLocal shading
Premkumaret al. [27]2021MPPTA MPPT algorithm based on SALP group and P&O algorithmFast-varying solar irradiation
Priyadarshi et al. [28]2018MPPTAn intelligent fuzzy particle swarm optimization based MPPT algorithmLocal shading
Priyadarshi et al. [29]2018MPPTAn MPPT method based on Flower pollination algorithmLocal shading
Priyadarshi et al. [30]2019MPPTA hybrid MPPT method based on adaptive neural and PSOLocal shading
Priyadarshi et al. [31]2019MPPTA MPPT algorithm based on adaptive neural and artificial bee colonyLocal shading
Tayagaki et al. [32]2019To improve power generation efficiencyStudy on the relationship between PV module inclination and power generation efficiencyNatural environment
Zakaria et al. [33]2015To improve power generation efficiencyA solar azimuth tracking method based on artificial visionNatural environment