| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 1732953 | Energy | 2013 | 8 Pages |
•Optimal sizing of multiple building energy conversion systems.•Integration of polygeneration systems in modern grids.•Integration of thermal and electrical components.•Optimal predictive control in microgrids.•Multi-objective optimisation design problem.
The concept of smart grids being developed involves interdependence between the electrical, thermal and material flows. Control strategies are required for the optimal operation of these modern grids. This paper studies the optimal design of multi-node microgrids integrating heat pumps and cogeneration units considering optimal predictive control strategies.A few case studies have been implemented to demonstrate the interest of the optimal design strategies at various levels of the modern grids: at local level, multiple building level and at the grid level. This has been further elaborated by studying the influence of electrical pricing and electrical grid constraints.
