Maximum output to the grid is 100 MW. 2 100 MW solar PV modifies its Based on a 90% exceedance factor project to 80 MW Solar PV for solar PV the project has 72 MW and 20 MW energy storage (80 MW * 90%) FCDS. If energy storage could meet the resource adequacy requirements, then the storage component of the project would have 18 MW (90 MW 72 MW) FCDS, for a total of 90 – MW FCDS. Maximum output to the grid is 100 MW. 3 100 MW solar PV modifies its Based on a 90% exceedance factor project and adds 20 MW the project has 90 MW (100 MW * energy storage. 90%) FCDS. The energy storage component of the project is Energy Only. Maximum output to the grid is 100 MW. 4 200 MW wind project Based on a 40% exceedance factor for wind the project has 80 MW (200 MW * 40%) FCDS. Maximum output to the grid is 200 MW. 5 200 MW wind modifies its Based on 40% exceedance factor project to 150 MW wind and for wind, the project has a maximum 50 MW energy storage of 60 MW (150 MW * 40%) FCDS. capacity conversion If energy storage could meet the resource adequacy requirements, then the storage component of the project would have 20 MW (80 MW 60 MW) FCDS for a total of 80 – MW FCDS. Maximum output to the grid is 200 MW.
Maximum output to the grid is 100 MW. 2 100 MW solar PV modifies its project to 80 MW Solar PV and 20 MW energy storage Based on a 90% exceedance factor for solar PV the project has 72 MW (80 MW * 90%) FCDS. If energy storage could meet the resource adequacy requirements, then the storage component of the project would have 18 MW (90 MW – 72 MW) FCDS, for a total of 90 MW FCDS. Maximum output to the grid is 100 MW. 3 100 MW solar PV modifies its project and adds 20 MW energy storage. Based on a 90% exceedance factor the project has 90 MW (100 MW * 90%) FCDS. The energy storage component of the project is Energy Only. Maximum output to the grid is 100 MW. 4 200 MW wind project Based on a 40% exceedance factor for wind the project has 80 MW (200 MW * 40%) FCDS. Maximum output to the grid is 200 MW. 5 200 MW wind modifies its project to 150 MW wind and 50 MW energy storage capacity conversion Based on 40% exceedance factor for wind, the project has a maximum of 60 MW (150 MW * 40%) FCDS. If energy storage could meet the resource adequacy requirements, then the storage component of the project would have 20 MW (80 MW – 60 MW) FCDS for a total of 80 MW FCDS. Maximum output to the grid is 200 MW.
BPM_for_GeneratorManagement_V19_Clean.docx