Case A. In this model, the system is in its normal configuration without the new proposed substation. The system loading depicts summer 2013 peak loadings, with the existing Skaneateles Municipal substation normally supplied from the Skaneateles U1 Tap via the NYSEG 509 line from State St- Auburn substation at its summer 2013 measured peak. - Assumptions: o Skaneateles existing substation load is at 6,107kW at 94% power factor and a voltage of 0.99pu, CUSTOMER 2013 measured peak. o Skaneateles existing substation supplied from normal source: NYSEG Line 509 from State St- Auburn Substation. - Results: o System is within planning criteria. There are no capacity or voltage concerns. o The voltage on Xxxxxxxx-Xxxxxx 31 line is approximately 1.0pu throughout its length. Case (B): This case assumes the same system configuration as in Case (A) but with the new Skaneateles substation in service, supplied via the National Grid owned Skaneateles Municipal U2 Tap which is in turn supplied by the NYSEG 508 line supplied by the Xxxxxxxx-Xxxxxx #31 line. The new Skaneateles substation load was first set to 100% of the nameplate rating (7.5 MVA) at 95% power factor. After running several iterations with various incremental loads involving the new and existing CUSTOMER substations, it was found that the maximum load the COMPANY is able to supply to the new CUSTOMER substation during normal system configuration is 5,500kW with 95% power factor and a voltage of 0.95pu. At full load (7,200kW at 95% power factor), the new CUSTOMER substation would have a voltage of 0.93pu, which violates the COMPANY’s voltage limits of 0.95-1.05pu in normal system configuration. Case (B) assumptions and results are: - Assumptions: o The new Skaneateles Substation will be operating with 95% power factor. o The new Skaneateles substation will be normally supplied by the Xxxxxxxx- Xxxxxx #00 line. o There will be no other system modifications. o The existing CUSTOMER substation is supplied via the existing U1 Skaneateles Municipal Tap supplied by the NYSEG 509 line and has a load of
Case A. If a Pilot is called out from Reserve A to conduct an FDP before completing six (6) hours reserve duty then the Total Duty Period Allowed is the sum of the time spent on Reserve A and the FDP obtained from clause 10: Maximum FDP.
Case A. If a Pilot is called out from Standby A to conduct an FDP before completing six
