Operation of Distributed Energy Resources in Smart Distribution Networks

<p>Part 1: A conceptual introduction<br>1. Definition of smart distribution networks<br>2. Impacts of renewable energy sources and energy storage technologies on smart distribution networks<br>3. Impacts of electrical vehicles and demand response programs on smart distribution networks</p> <p>Part 2: Operation and economic analysis of smart distribution networks<br>4. Operation of future distribution networks in high penetration of renewable sources<br>5. Short-term scheduling of future distribution network in high penetration of electric vehicles in deregulated energy market<br>6. Application of load shifting programs in next day operation of distribution network<br>7. Impact of solar parks and wind farms on controlled islanding of radial distribution networks<br>8. Reliability based scheduling of active distribution system with the integration of wind power generation<br>9. Calculation of the participants' loss share in the advanced distribution network<br>10. Multi-objective model for DG-owner and distribution network operator in smart distribution network<br>11. The impact of AMI malfunctions on the distribution system operation</p> <p>Part 3: Hybrid energy system integration in distribution networks<br>12. Hybrid electrical and thermal energy integration in smart distribution network<br>13. Optimal scheduling of smart home in smart distribution network<br>14. A cost and environmental performance of hybrid energy system in future distribution network </p> <p>Part 4: Nodal pricing of smart distribution networks<br>15. Nodal pricing for the advanced distribution network based on losses in deregulated electricity market<br>16. Demand response and line limit effects on mesh distribution networks pricing</p> <p>Part 5: Optimal planning of electrical smart distribution network<br>17. Dynamic and static of EV charging station planning in future distribution network<br>18. Fixed and switched capacitor placement in power market environment considering voltage correlation</p>