Common use of DESCRIPTION OF MAJOR COMPONENTS Clause in Contracts

DESCRIPTION OF MAJOR COMPONENTS. A. Small Generating Facility (1) Description of Small Generating Facility. [insert] (2) The Small Generating Facility shall receive: ___ Network Resource Interconnection Service for the NR Capability at a level not to exceed [insert gross and net at or above 50 degrees F] MW for Summer, and [insert gross and net at or above 0 degrees F] MW for Winter. ___ Capacity Network Resource Interconnection Service for: (a)(i) the NR Capability at a level not to exceed [insert gross and net at or above 50 degrees F] MW for Summer and [insert gross and net at or above 0 degrees F] MW for Winter; and (ii) the CNR Capability at [insert net] MW for Summer and [insert net] MW for Winter, which shall not exceed [insert the maximum net MW electrical output of the Generating Facility at an ambient temperature at or above 90 degrees F for summer and at or above 20 degrees F for winter]. (3) Detailed Description of Small Generating Facility and Generator Step-Up Transformer, if applicable: Number of Generators Manufacturer Model Designation of Generator(s) Excitation System Manufacturer Excitation System Model Voltage Regulator Manufacturer Voltage Regulator Model Greatest Unit Gross and Net MW Output at Ambient Temperature at or above 90 Degrees F Greatest Unit Gross and Net MW Output at Ambient Temperature at or above 50 Degrees F Greatest Unit Gross and Net MW Output at Ambient Temperature at or above 20 Degrees F Greatest Unit Gross and Net MW Output at Ambient Temperature at or above zero Degrees F Station Service Load For Each Unit Overexcited Reactive Power at Rated MVA and Rated Power Factor Underexcited Reactive Power at Rated MVA and Rated Power Factor Generator MVA rating Generator AC Resistance Subtransient Reactance (saturated) Subtransient Reactance (unsaturated) Transient Reactance (saturated) Negative sequence reactance Number of units Self Cooled Rating Maximum Rating Winding Connection (LV/LV/HV) Fixed Taps Z1 primary to secondary at self cooled rating Z1 primary to tertiary at self cooled rating Z1 secondary to tertiary at self cooled rating Positive Sequence X/R ratio primary to secondary Z0 primary to secondary at self cooled rating Z0 primary to tertiary at self cooled rating Z0 secondary to tertiary at self cooled rating Zero Sequence X/R ratio primary to tertiary B. Interconnection Facilities [insert] C. Metering Equipment [insert] D. Other Components [insert]

DESCRIPTION OF MAJOR COMPONENTS. A. Small Generating Facility (1) Description of Small Generating Facility. [insert]Four (4) 480VAC, 130kVA induction generators installed in the #3 overflow structure of the Interconnection Customer’s second level canal. These units will utilize a common 750kVA generator step-up transformer (“GSU”) which will connect to the Interconnecting Transmission Owner’s 4.8kV distribution system. (2) The Small Generating Facility shall receive: ___ Network Resource Interconnection Service for the NR Capability at a level not to exceed [insert gross and net at or above 50 degrees F] MW for Summer, and [insert gross and net at or above 0 degrees F] MW for Winter. ___ See below Capacity Network Resource Interconnection Service for: (a)(i) the NR Capability at a level not to exceed [insert 0.52 gross and 0.50 net at or above 50 degrees F] MW for Summer and [insert gross and net at or above 0 degrees F] MW for Winter; and (ii) the CNR Capability at [insert netto be determined] MW for Summer and [insert netto be determined] MW for Winter, which shall not exceed [insert 0.50 MW. The CNR Capability shall be the maximum net MW electrical output amount of the Capacity Supply Obligation obtained by the Generating Facility at an ambient temperature at or above 90 degrees F for summer and at or above 20 degrees F for winter]in accordance with Section III.13 of the Tariff and, if applicable, as specified in filings by the System Operator with the Commission pursuant to Section III.13 of the Tariff. (3) Detailed Description of Small Generating Facility and Generator Step-Up Transformer, if applicable: Number of Generators 4 Manufacturer Xxxxx Model GAK315510 Designation of Generator(s) None Excitation System Manufacturer None Excitation System Model None Voltage Regulator Manufacturer None Voltage Regulator Model None Greatest Unit Gross and Net MW Output at Ambient Temperature at or above 90 Degrees F .130/.125 Greatest Unit Gross and Net MW Output at Ambient Temperature at or above 50 Degrees F .130/.125 Greatest Unit Gross and Net MW Output at Ambient Temperature at or above 20 Degrees F .130/.125 Greatest Unit Gross and Net MW Output at Ambient Temperature at or above zero Degrees F .130/.125 Station Service Load For Each Unit .005 Overexcited Reactive Power at Rated MVA and Rated Power Factor Not Applicable Underexcited Reactive Power at Rated MVA and Rated Power Factor Not Applicable Generator MVA rating Generator AC .160 Subtransient Resistance Not Available Subtransient Reactance (saturated) Subtransient Reactance (unsaturated) .0167 Transient Resistance Not Available Transient Reactance (saturated) Not Available Negative sequence resistance Not Available Negative sequence reactance .0167 Number of units 1 Self Cooled Rating Yes Maximum Rating 750 kVA Winding Connection (LV/LV/HV) 480V Delta/4.8 kV Delta Fixed Taps 105%, 102.5%, 100%, 97.5%, 95% Z1 primary to secondary at self cooled rating Z1 primary to tertiary at self cooled rating Z1 secondary to tertiary at self cooled rating 5.75 Positive Sequence X/R ratio primary to secondary 4.37 Z0 primary to secondary at self cooled rating Z0 primary to tertiary at self cooled rating Z0 secondary to tertiary at self cooled rating 6.85 Zero Sequence X/R ratio primary to tertiarytertiary 6.2 B. Interconnection Facilities [insert]The four (4) units will be connected to a single GSU. This transformer will be connected directly to the Interconnecting Transmission Owner’s 4.8kV generation feeder, the ES12. C. Metering Equipment [insert]Instrument transformers will be provided on the low side of the GSU. An ION 8600 with ethernet capability will meter the total generation. D. Other Components [insert]N/A