چكيده به لاتين
Implementation of Distributed Generation Systems (DG) to provide Electricity near the end-user , generally decreases the power loss and improves the voltage profile.
On the other hand, optimized combination of fossilized fuel and renewable energy resources in planning Distributed Generations , would result into less emission of greenhouse gas and make Sustainable Development , more acheivable.
However , the benefits of DG could only occur by proper sitting and sizing of such resources in distribution network.
The suggested model at this study, presents optimal placement of Gas and CHP (Combined Heat & Power) distributed generations in distribution network which follows two objectives : one is to decrease the electric power loss and the other is to decrease CO2 emission.
To solve this Multi-Objective model , optimization method of Ɛ-Constraint has been used.
The suggested mathematical model has been run in GAMS software and after simulation on a typical standard IEEE-33 bus power system, the results have been analyzed and evaluated.
Keywords: Multi-Objective Optimization, Distributed Generation (DG), Combined Heat & Power (CHP), Sustainable Develepment
