| Author | Objective | Method |
| Biswas and Das [18] | Selection of BEVs | Fuzzy AHP, MABAC | Biswas et al. [19] | EV evaluation under sustainable automotive environment | CoCoSo, CRITIC | Loganathan et al. [20] | Advanced battery technologies selection | MCDM-WPM | Babar et al. [21] | Viability of EV in the current market | Fuzzy SWOT, fuzzy LP | Büyüközkan and Uztürk [22] | Sustainable urban logistics | SAW, VIKOR | Hamurcu and Eren [23] | Electric bus selection | AHP, TOPSIS | Khan et al. [24] | HEV selection | TOPSIS | Ziemba [25] | EV selection for government use | PROSA-C, Monte Carlo | Ecer [26] | Comprehensively assessing BEV alternatives | SECA, MARCOS, MAIRCA, COCOSO, ARAS, COPRAS | Khan and Ali [27] | Smart waste management adoption framework | Fuzzy SWARA, fuzzy VIKTOR | Ren et al. [28] | Selection strategies for BEVs | LDA, DEMATEL, DANP, VIKTOR | Ziemba [29] | Selection of city and compact EVs | NEAT F-PROMETHEE | Ziemba [30] | Analysis and recommendation of the EV | Monte Carlo, fuzzy TOPSIS, fuzzy SAW, NEAT F-PROMETHEE II | Hamurcu and Eren [31] | EV selection for transportation in inner city | AHP, GP, TOPSIS | He [32] | Selection of battery electric bus | EWM | Oztaysi et al. [33] | EV selection problem | F-SMART | Ozdagoglu et al. [34] | Bus selection for intercity transportation | PIPRECIA, COPRAS-G | Stopka et al. [35] | Evaluation of selected passenger EVs | AHP | Štilić et al. [36] | Taxi service EV selection | SWARA, MSDM, MABAC | Wei and Zhou [37] | EV supplier selection | BWM, fuzzy VIKOR | Ziemba and Gago [38] | Selection and analysis of e-scooters | PROMETHEE GDSS, GAIA | Puška et al. [39] | EV selection | DNMEREC, DNCRADIS | Bączkiewicz and Wątróbski [40] | EV selection | Entropy, standard deviation (SD), CRITIC, Gini coefficient-based, MEREC, statistical variance, CILOS, IDOCRIW, VIKOR | Dwivedi and Sharma [41] | EV selection | Entropy, TOPSIS |
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