Table 1. Primary Distribution Data: Sectionalizing and Switching Devices Worksheet Name: PriDist – Sect and Sw Devices Column Column Name Description / Instruction A Count Specify the row index number, starting from 1 and incrementing for each additional row. B Primary Device ID Enter the unique ID of the sectionalizing or switching device in the primary distribution. Use up to 25 alphanumeric characters. C Primary Distribution Line Segment ID Enter the ID of the primary distribution line segment, from the relevant worksheet (either “Primary Line – Overhead” or “Primary Line – Underground”). D Device Type Code Enter the device code corresponding to the device installed at this location. Use the following device codes: • • • • • • • E Switching Time (hours) 201 – circuit breaker (or recloser with reclosing capability deactivated) 202 – recloser (or circuit breaker with reclosing capability activated) 203 – fuse‐blow fuse 204 – sectionalizer 205 – switch (normally‐closed) 206 – network protectors 207* – fuse‐save fuse If the device at this location is a switch, enter the switching time over which this switch is expected to operate to restore service for permanent outages. For example, input “0.50” if the expected switching time is 30 minutes. Otherwise, input “–1” (negative one). Table 2. Primary Distribution Data: Predictive Reliability Data Worksheet Name: PriDist – Pred Rel Data Column Column Name Description / Instruction A Count Specify the row index number, starting from 1 and incrementing for each additional row. B Primary Distribution Line Segment ID Enter the ID of the primary distribution line segment, from the relevant worksheet (either from “Primary Distribution Line Data – Overhead” or from “Primary Distribution Line Data – Underground”). C Permanent Failure Rate (failures per year) Input the expected amount of permanent failures per year for this primary distribution line segment only, excluding the failures for downstream segments. D Temporary Failure Rate (failures per year) E Repair Time (hours) Input the expected amount of temporary failures per year for this primary distribution line segment only, excluding the failures for downstream segments. Input the expected amount of time for service restoration in the case when this segment suffers a permanent outage and repair will be needed to restore service. Use the expected value only for this segment and exclude the repair times for any downstream segment. Table 3. Primary Distribution Data: Interruption Event Data (or Primary Distribution Data: Historical Reliability Data) Worksheet Name: PriDist – Interruption Events Column Column Name Description / Instruction A Count Specify the row index number, starting from 1 and incrementing for each additional row. B Event ID Specify a unique event ID, use up to 25 alphanumeric characters. Reserved numbers are from 0 to 500, including any those with leading zeros (for example, 00 and 0500 are banned; but A00 and A0500 are allowed.) C Start Date (mm/dd/yy) Specify the date during which the event started, using the mm/dd/yy format. Ensure that the spreadsheet program uses the 01 January 1900 as the reference date. D Affected Town(s) or City(ies) Specify the town(s) or city(ies) affected by the interruption event. E Affected Barangay(s) or Subdivision(s) Specify the barangay(s) or subdivision(s) affected by the interruption event. F Ckt. No. Specify the circuit number affected by the interruption event. G Start Time (xx:xx AM/PM) Specify the time during which the event started, using the xx:xx AM/PM format. H Restoration Date (mm/dd/yy) Specify the date during which service was restored, using the mm/dd/yy format. Ensure that the spreadsheet program uses the 01 January 1900 as the reference date. I Restoration Time (xx:xx AM/PM) Specify the time during which service was restored, using the xx:xx AM/PM format. J Duration (minutes) Specify the duration of the outage in minutes. Table 3 (cont’d). . Primary Distribution Data: Interruption Event Data (or Primary Distribution Data: Historical Reliability Data) Worksheet Name: PriDist – Interruption Events Column K Column Name Code for Cause of Interruption Description / Instruction Indicate the code corresponding to the cause of interruption. Use the following cause codes: • • • • • • • • • • • • L Code for Weather during Interruption Indicate the code corresponding to the weather during the interruption event. Use the following interruption weather codes: • • • • • M Device ID of Interrupting Device 1 for human being 2 for lightning 3 for major storm disaster 4 for scheduled 5 for trees 6 for overload 7 for error 8 for supply 9 for equipment 10 for others 11 for unknown 12 for earthquakes 101 for wind 102 for lightning 103 for rain 104 for clear day 105 for typhoon Indicate the ID of the device that responded. This should be correlated with device IDs contained in the “Pri – Sect and Sw Dev” worksheet. Table 3 (cont’d). . Primary Distribution Data: Interruption Event Data (or Primary Distribution Data: Historical Reliability Data) Worksheet Name: PriDist – Interruption Events Column N Column Name Code for Equipment Failed Description / Instruction Indicate the code corresponding to the main equipment that failed and caused the interruption event. Use the following equipment codes: • • • • • • • • • • • • • 301 for primary line 302 for secondary line 303 for distribution transformer 304 for distribution substation 305 for splice 306 for lightning arrester 307 for switches 308 for cross arm 309 for pole 310 for insulator 311 for connector 312 for others 313 for unknown Table 4. Annual Customer Energy Consumption Data Separate Filename, Worksheet Name: Annual Cust Energy Consumption Column Column Name Description / Instruction A Count Specify the row index number, starting from 1 and incrementing for each additional row. B Customer ID Specify the unique Customer ID, using up to 25 alphanumeric characters. These Customer IDs should be correlated with the Customer IDs under the worksheets “Customer Energy Consumption,” “Primary Service Drop – Overhead,” “Primary Service Drop – Underground,” and “Secondary Service Drop.” C Energy Consumed (kWhr) Specify the annual energy consumption of this customer in kilowatt‐hours (kWhr). D Power Factor Specify the average power factor for this customer, in decimal value. Range of acceptable values are from 0.00 to 1.00, inclusive.