Optimal power flow in distribution network considering spatial electro-thermal coupling effect - Shu, Jun; Guan, Rui; Wu, Lei (IET generation, transmission & distribution, 2017)
Keywords: back‐forward sweep method; computational complexity; conductor resistance; conductor temperature; distributed generation; distributed power generation; distribution network operation constraints; distribution system OPF problem; electrothermal coupling constraints; genetic algorithm; genetic algorithms; heat transfer constraints; iterative methods; iterative procedure; line routes; line thermal capacity limit; load flow; OPF model; optimal dispatch; optimal power flow; power distribution lines; power flow calculation; power generation dispatch; Research Article; spatial characteristics; spatial electrothermal coupling effect; spatial steady‐state heat balance equation; thermal analysis; electrothermal coupling constraints; iterative methods; line thermal capacity limit; power distribution lines; heat transfer constraints; optimal power flow; spatial electrothermal coupling effect; line routes; distributed power generation; back-forward sweep method; conductor resistance; genetic algorithm; optimal dispatch; spatial steady-state heat balance equation; distribution system OPF problem; distribution network operation constraints; conductor temperature; thermal analysis; spatial characteristics; genetic algorithms; power flow calculation; power generation dispatch; OPF model; distributed generation; iterative procedure; load flow; computational complexity