Peer-to-peer energy sharing through a two-stage aggregated battery control in a community microgrid

<p>This dataset is for the work carried out on analysis the benefit of peer to peer (P2P) energy sharing through a two-stage aggregated battery control. <br></p><p>There is one Excel file, including the dataset for figures (8) to (13).</p><p>The first Sheet is for the battery charging and discharging profiles of the 3 customers in the 1^st study case. It also include the grid-feed and grid supply power with P2G and P2P energy trading. This sheet of data corresponds to Figure 8.</p><p>The second Sheet is the explanation for Figure 9. Due to the fact that, power flow analysis and the network constraints were not considered in this work, the network data was not needed in this work. Therefore, no network data is provided in this dataset.</p><p>The 3^rd Sheet is for the performance metrics of the network with different time scales of control cycles. A comparison between P2G and P2P energy trading is also included. This sheet of data corresponds to Figure 10.</p><p>The 4^th Sheet is for the performance metrics of the network with varying numbers of customers participating in P2P energy sharing. These are the detailed data for the heat maps shown in Fig. 11.</p><p>The 5^th Sheet is for the data of the P2P participation willingness with different compensating prices. This corresponds to Figure 12.</p><p>The 6^th Sheet is for the comparison of the electricity bills of individual customers before and after P2P energy sharing. This corresponds to Figure 13.</p><p>Research results nased upon these data are published at https://doi.org/10.1016/j.apenergy.2018.05.097<br></p><p><br></p>