Common use of Test Plan Clause in Contracts

Test Plan. Any Test shall be performed according to the provisions of this Appendix 7, and the Test Plan below. STEP 1: Test begins when the Storage Unit has reached 100% State of Charge. STEP 2: Increase power output to Maximum Discharge at maximum ramp rate Measure: time and power output (kW) Step 2 ends when Maximum Discharge is reached STEP 3: Hold at highest power output, not exceeding Maximum Discharge, for as long as supported by the Storage Unit Measure: time and energy delivered to the Energy Delivery Point Step 3 ends when Storage Unit reaches 0% SOC STEP 4: Immediately following the completion of Step 3, begin charging the Storage Unit at Maximum Charge rate Measure: time, charging energy and SOC Step 4 ends when Storage Unit reaches 100% SOC STEP 5: Do not charge or discharge the Storage Unit for 24 hours Measure: time and SOC Step 5 ends after 24 hours STEP 6: Increase power output to Maximum Discharge at maximum ramp rate Measure: time and power output Step 6 ends when Maximum Discharge is reached STEP 7: Hold at highest power output, not exceeding Maximum Discharge, for as long as supported by the Storage Unit Measure: time and energy delivered to the Energy Delivery Point Step 7 ends when Storage Unit reaches 0% SOC STEP 8: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 1” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Step 8 ends at the end of the ten (10) minute rest period STEP 9: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 2” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Step 9 ends at the end of the ten (10) minute period STEP 10: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 3” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Step 10 ends at the end of the ten (10) minute period STEP 11: Begin charging the Storage Unit at Maximum Charge rate; once 100% SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Step 11 ends at the end of the ten (10) minute period STEP 12: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 3” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Step 12 ends at the end of the ten (10) minute period STEP 13: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 2” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Step 13 ends at the end of the ten (10) minute period STEP 14: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 1” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Step 14 ends at the end of the ten (10) minute period STEP 15: Begin discharging the Storage Unit at Maximum Discharge rate; once 0% SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Step 15 ends at the end of the ten (10) minute period STEP 16: Begin charging the Storage Unit at Maximum Charge rate Measure: time, charging energy and SOC Step 16 ends when Storage Unit reaches 50% SOC STEP 17: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for ten (10) consecutive minutes, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC and power output Step 17 ends at end of the ten (10) minute hold period STEP 18: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for ten (10) consecutive minutes, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC and power output Step 18 ends at end of the ten (10) minute hold period STEP 19: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for five (5) consecutive minutes, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC and power output Step 19 ends at end of the ten (10) minute hold period STEP 20: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for five (5) consecutive minutes, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC and power output Step 20 ends at end of the ten (10) minute hold period STEP 21: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for one (1) minute, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC and power output Step 21 ends at end of the ten (10) minute hold period STEP 22: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for one (1) minute, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC and power output Step 22 ends at end of the ten (10) minute hold period STEP 23: Ramp from Maximum Charge to Maximum Discharge at the maximum ramp rate, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC, and power output Step 23 ends at end of the ten (10) minute hold period STEP 24: Ramp to zero (0) power output at maximum rate Test ends once the Storage Units’s power output is zero (0) Excel Appendices Excel Appendices IRREVOCABLE NONTRANSFERABLE STANDBY LETTER OF CREDIT Reference Number: Transaction Date: BENEFICIARY: Southern California Edison Company ▇▇▇▇ ▇▇▇▇▇▇ ▇▇▇▇▇ ▇▇▇▇▇▇ ▇▇▇▇ Control ▇▇#▇, ▇▇▇▇ ▇▇ ▇▇▇▇▇▇▇▇, ▇▇ ▇▇▇▇▇ Attn: Manager Credit, Risk & Collateral Management Ladies and Gentlemen: (the “Bank”) hereby establishes this Irrevocable Nontransferable Standby Letter of Credit (“Letter of Credit”) in favor of Southern California Edison Company, a California corporation (the “Beneficiary”), for the account of [CONTRACT PARTY], a ____________ corporation, (the “Applicant”), for the amount of XXX AND XX/100 Dollars ($ ) (the “Available Amount”), effective immediately and expiring at 5:00 p.m., California time, on ____________ (the “Expiration Date”). This Letter of Credit shall be of no further force or effect upon the close of business on the Expiration Date or, if such day is not a Business Day (as hereinafter defined), on the next Business Day. For the purposes hereof, “Business Day” shall mean any day on which commercial banks are not authorized or required to close in Los Angeles, California. Subject to the terms and conditions herein, funds under this Letter of Credit are available to the Beneficiary by presentation in compliance on or prior to 5:00 p.m. California time, on or prior to the Expiration Date, of the following: The original or a photocopy of this Letter of Credit and all amendments; and

Test Plan. Any Test shall be performed according to the provisions of this Appendix 7Exhibit C, and the test plan (“Test Plan Plan”) below. STEP 1: Test begins when the Storage Unit has reached 100% State of ChargeSEP. STEP 2: Increase power output to Maximum Discharge at maximum ramp rate Measure: time and power output (kW) Step 2 ends when Maximum Discharge is reached STEP 3: Hold at highest power output, not exceeding Maximum Discharge, for as long as supported by the Storage Unit Measure: time and energy delivered to the Energy Delivery Point Step 3 ends when Storage Unit reaches 0% SOC SEP STEP 4: Immediately following the completion of Step 3, begin charging the Storage Unit at Maximum Charge rate Measure: time, charging energy and SOC Stored Energy Level Step 4 ends when Storage Unit reaches 100% SOC SEP STEP 5: Do not charge or discharge the Storage Unit for 24 hours Measure: time and SOC Stored Energy Level Step 5 ends after 24 hours STEP 6: Increase power output to Maximum Discharge at maximum ramp rate Measure: time and power output Step 6 ends when Maximum Discharge is reached STEP 7: Hold at highest power output, not exceeding Maximum Discharge, for as long as supported by the Storage Unit Measure: time and energy delivered to the Energy Delivery Point Step 7 ends when Storage Unit reaches 0% SOC SEP STEP 8: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC SEP (%)” from “Configuration 1” of Section C of Appendix 1.01Exhibit D] SOC SEP is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Stored Energy Level Step 8 ends at the end of the ten (10) minute rest period STEP 9: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC SEP (%)” from “Configuration 2” of Section C of Appendix 1.01Exhibit D] SOC SEP is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Stored Energy Level Step 9 ends at the end of the ten (10) minute period STEP 10: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC SEP (%)” from “Configuration 3” of Section C of Appendix 1.01Exhibit D] SOC SEP is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Stored Energy Level Step 10 ends at the end of the ten (10) minute period STEP 11: Begin charging the Storage Unit at Maximum Charge rate; once 100% SOC SEP is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Stored Energy Level Step 11 ends at the end of the ten (10) minute period STEP 12: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC SEP (%)” from “Configuration 3” of Section C of Appendix 1.01Exhibit D] SOC SEP is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Stored Energy Level Step 12 ends at the end of the ten (10) minute period STEP 13: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC SEP (%)” from “Configuration 2” of Section C of Appendix 1.01Exhibit D] SOC SEP is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Stored Energy Level Step 13 ends at the end of the ten (10) minute period STEP 14: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC SEP (%)” from “Configuration 1” of Section C of Appendix 1.01Exhibit D] SOC SEP is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Stored Energy Level Step 14 ends at the end of the ten (10) minute period STEP 15: Begin discharging the Storage Unit at Maximum Discharge rate; once 0% SOC SEP is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Stored Energy Level Step 15 ends at the end of the ten (10) minute period STEP 16: Begin charging the Storage Unit at Maximum Charge rate Measure: time, charging energy and SOC Stored Energy Level Step 16 ends when Storage Unit reaches 50% SOC SEP STEP 17: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for ten (10) consecutive minutes, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC Stored Energy Level and power output Step 17 ends at end of the ten (10) minute hold period STEP 18: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for ten (10) consecutive minutes, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC Stored Energy Level and power output Step 18 ends at end of the ten (10) minute hold period STEP 19: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for five (5) consecutive minutes, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC Stored Energy Level and power output Step 19 ends at end of the ten (10) minute hold period STEP 20: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for five (5) consecutive minutes, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC Stored Energy Level and power output Step 20 ends at end of the ten (10) minute hold period STEP 21: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for one (1) minute, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC Stored Energy Level and power output Step 21 ends at end of the ten (10) minute hold period STEP 22: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for one (1) minute, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC Stored Energy Level and power output Step 22 ends at end of the ten (10) minute hold period STEP 23: Ramp from Maximum Charge to Maximum Discharge at the maximum ramp rate, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOCStored Energy Level, and power output Step 23 ends at end of the ten (10) minute hold period STEP 24: Ramp to zero (0) power output at maximum rate Test ends once the Storage Units’s power output is zero (0) Excel Appendices Excel Appendices IRREVOCABLE NONTRANSFERABLE STANDBY LETTER OF CREDIT Reference NumberExpected Contract Capacity (MW): [X] Contract Capacity (MW): [X] Maximum Storage Level (MWh): [X] Minimum Storage Level (MWh): [X] Stored energy capability (MWh): [X] Qualifying Capacity for RA: Transaction Date: BENEFICIARY: Southern California Edison Company ▇▇▇▇ ▇▇▇▇▇▇ ▇▇▇▇▇ ▇▇▇▇▇▇ ▇▇▇▇ Control ▇▇#▇, ▇▇▇▇ ▇▇ ▇▇▇▇▇▇▇▇, ▇▇ ▇▇▇▇▇ Attn: Manager Credit, Risk & Collateral Management Ladies and Gentlemen: [X] Maximum Discharge (the “Bank”) hereby establishes this Irrevocable Nontransferable Standby Letter of Credit MW): [X] Maximum Charge (“Letter of Credit”) in favor of Southern California Edison Company, a California corporation MW): [X] Guaranteed Efficiency Factor Max (the “Beneficiary”), for the account of GEFmax)(%): [CONTRACT PARTY], a ____________ corporation, X] Guaranteed Efficiency Factor Min (the “Applicant”), for the amount of XXX AND XX/100 Dollars GEFmin)(%): [X] Base energy throughput ($ BET) (MWh/year): [X] Energy (Charge) [X] [X] [X] [Discharging mode] Energy (Discharge) [X] [X] [X] [Discharging mode] Ancillary Services Frequency regulation is included: [X] Spin is included: [X] AS range and capacity [1] As of the “Available Amount”)Effective Date, effective immediately CAISO calculates the A/S Maximum Capacity provided by a Storage Unit based on a 10-minute period at the stated Ramp Rate. If during the Delivery Period, CAISO uses a period limitation other than the 10-minute period limitation, the A/S Maximum Capacity for each A/S and expiring at 5:00 p.m., California time, on ____________ (the “Expiration Date”). This Letter of Credit region shall be calculated according to (a) CAISO's period limitation while preserving the Ramp Rate stated for each A/S or the (b) range between the minimum A/S capacity and the maximum A/S capacity for such region, whichever is smaller. [1] The earliest date in this table B is the Expected Initial Delivery Date as of no further force or effect upon the close Effective Date. If the Expected Initial Delivery Date is adjusted pursuant to Section 2.06, then the dates in this table B shall be automatically amended to reflect the adjusted Expected Initial Delivery Date with an expected Delivery Period of business on the Expiration Date or, if such day is not a Business Day twenty (as hereinafter defined), on the next Business Day20) years. For the purposes hereofavoidance of doubt, “Business Day” the dates in this table shall mean any day on which commercial banks are not authorized be modified or required adjusted to close reflect the Initial Delivery Date. [2] Monthly RA Capacity Price expressed in Los Angeleswhole dollars and cents [1] The earliest date in this table C is the Expected Initial Delivery Date as of the Effective Date. If the Expected Initial Delivery Date is adjusted pursuant to Section 2.06, Californiathen the dates in this table C shall be automatically amended to reflect the adjusted Expected Initial Delivery Date with an expected Delivery Period of twenty (20) years. Subject For the avoidance of doubt, the dates in this table shall not be modified or adjusted to reflect the terms Initial Delivery Date. [2] Monthly Energy Capacity Price expressed in whole dollars and conditions herein, funds under cents The following is a list of generic data points to be electronically exchanged between Seller and SCE in real time. SCE may add items to or delete items form this Letter of Credit are available to the Beneficiary by presentation in compliance on or prior to 5:00 p.m. California time, on or list at its reasonable discretion prior to the Expiration Initial Delivery Date. DNP - XXX UnitX Breaker UNIT BREAKER DNP - XXX UnitX AGC CTRL AVAILABILITY ON/OFF UNIT AVAILABLE for AUTOMATED CONTROL DNP - ISO RIG Lost Communication RIG COMMUNICATION HEALTH DNP - XXX UnitX High Operating Limit UNIT HIGH OPERATING LIMIT DNP - XXX UnitX Low Operating Limit UNIT LOW OPERATING LIMIT DNP - XXX UnitX ISO AGC set point SET POINT FROM ISO WHEN ON REGULATION DNP - XXX UnitX Net MW (POD) POINT OF DELIVERY MW DNP - XXX UnitX Max Sustained Ramp Rate MAXIMUM SUSTAINED RAMP RATE DNP - XXX UnitX AGC model - ISO AGC CONTROL MODE INSTRUCTION DNP - XXX UnitX AGC model - SFM CONTROL MODE INSTRUCTION DNP - XXX UnitX AGC model - MAN CONTROL MODE INSTRUCTION DNP - XXX UnitX AGC model - OFF CONTROL MODE INSTRUCTION DNP - XXX UnitX Dispatch Energy Schedule DISPATCH ENERGY TARGET DNP - XXX UnitX Reg Up Awarded MW REGULATION UP AWARD MW DNP - XXX UnitX RegDownp Awarded MW REGULATION DOWN AWARD MW DNP - XXX UnitX Spin Awarded MW SPIN AWARD MW DNP - XXX UnitX Non-Spin Awarded MW NON SPIN AWARD MW DNP - XXX UnitX Set Point (MW) SET POINT FROM SCE DNP - XXX UnitX Ramp Rate (MW/M) CALCULATED RAMP RATE FROM SCE DNP – XXX UNITX Instantaneous Energy Storage Level ENERGY STORAGE LEVEL DNP – XXX UNITX Max Charge Energy MAX CHARGE ENERGY DNP – XXX UNITX Max Discharge Energy MAX DISCHARGE ENERGY DNP – XXX UnitX Energy Charge Ramp Rate MW/min ENERGY CHARGE RAMP RATE MW/min DNP – XXX UnitX Energy Discharge Ramp Rate MW/min ENERGY DISCHARGE RAMP RATE MW/min VARIABLE O&M CHARGE AND VARIABLE ASSET REPLACEMENT CHARGE Figures are to the one-hundredth level of precision. Please enter all figures to two decimal places. Variable O&M Charges (VOM) are the variable costs associated with running the system (HVAV costs, retail load, …etc.). VOM will be applied to all the energy discharged from the system. 'Variable Asset Replacement Charges (VARC) are the costs associated with replacing/adding storage cells due to usage above Base Energy Throughput (BET). Energy discharged within the BET does not incur VARC ($0.00). Up to two tiers above the BET can be defined. The lower boundary of Tier 1 is 100% of BET. The upper boundary for Tier 2 is calculated based on the BET and total energy assuming maximum number of full charge cycles in a year. VARC Tiers Lower Boundary (% of BET, exclusive) Upper Boundary (% of BET, exclusive) {SCE Note: * The final value will be calculated from the unit max cycles in the offer upon contract execution.} VARC Tier 2 [X] *% Variable charges are subject to escalation by CPI Factor: [X] Year Variable O&M Charge ($/MWh) VARC Tier 1 Charge ($/MWh) VARC Tier 2 Charge ($/MWh) Seller has provided dates for development, construction, commissioning, and testing of the Project, showing all significant elements and milestones, as applicable, such as permitting, procurement, financing, engineering, acceptance testing, Seller’s Expected Initial Delivery Date, of the following: The original or a photocopy of this Letter of Credit and all amendments; andproposed Delivery Period. 1 Front End Engineering / Permits / Agreements

Test Plan. Any Test shall be performed according to the provisions of this Appendix 7, and the Test Plan below. STEP 1: Test begins when the Storage Unit has reached 100% State of Charge. STEP 2: Increase power output to Maximum Discharge at maximum ramp rate Measure: time and power output (kW) Step 2 ends when Maximum Discharge is reached STEP 3: Hold at highest power output, not exceeding Maximum Discharge, for as long as supported by the Storage Unit Measure: time and energy delivered to the Energy Delivery Point Step 3 ends when Storage Unit reaches 0% SOC STEP 4: Immediately following the completion of Step 3, begin charging the Storage Unit at Maximum Charge rate Measure: time, charging energy and SOC Step 4 ends when Storage Unit reaches 100% SOC STEP 5: Do not charge or discharge the Storage Unit for 24 hours Measure: time and SOC Step 5 ends after 24 hours STEP 6: Increase power output to Maximum Discharge at maximum ramp rate Measure: time and power output Step 6 ends when Maximum Discharge is reached STEP 7: Hold at highest power output, not exceeding Maximum Discharge, for as long as supported by the Storage Unit Measure: time and energy delivered to the Energy Delivery Point Step 7 ends when Storage Unit reaches 0% SOC STEP 8: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 1” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Step 8 ends at the end of the ten (10) minute rest period STEP 9: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 2” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Step 9 ends at the end of the ten (10) minute period STEP 10: Begin charging the Storage Unit at Maximum Charge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 3” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Step 10 ends at the end of the ten (10) minute period STEP 11: Begin charging the Storage Unit at Maximum Charge rate; once 100% SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, charging energy to the Energy Delivery Point and SOC Step 11 ends at the end of the ten (10) minute period STEP 12: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 3” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Step 12 ends at the end of the ten (10) minute period STEP 13: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 2” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Step 13 ends at the end of the ten (10) minute period STEP 14: Begin discharging the Storage Unit at Maximum Discharge rate; once [SCE Note: insert “Maximum SOC (%)” from “Configuration 1” of Section C of Appendix 1.01] SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Step 14 ends at the end of the ten (10) minute period STEP 15: Begin discharging the Storage Unit at Maximum Discharge rate; once 0% SOC is reached, do not charge or discharge for ten (10) minutes Measure: time, energy delivered to the Energy Delivery Point and SOC Step 15 ends at the end of the ten (10) minute period STEP 16: Begin charging the Storage Unit at Maximum Charge rate Measure: time, charging energy and SOC Step 16 ends when Storage Unit reaches 50% SOC STEP 17: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for ten (10) consecutive minutes, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC and power output Step 17 ends at end of the ten (10) minute hold period STEP 18: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for ten (10) consecutive minutes, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC and power output Step 18 ends at end of the ten (10) minute hold period STEP 19: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for five (5) consecutive minutes, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC and power output Step 19 ends at end of the ten (10) minute hold period STEP 20: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for five (5) consecutive minutes, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC and power output Step 20 ends at end of the ten (10) minute hold period STEP 21: Ramp from Maximum Charge to Maximum Discharge at a ramp rate that is constant for one (1) minute, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC and power output Step 21 ends at end of the ten (10) minute hold period STEP 22: Ramp from Maximum Discharge to Maximum Charge at a ramp rate that is constant for one (1) minute, and hold at Maximum Charge for ten (10) minutes Measure: time, SOC and power output Step 22 ends at end of the ten (10) minute hold period STEP 23: Ramp from Maximum Charge to Maximum Discharge at the maximum ramp rate, and hold at Maximum Discharge for ten (10) minutes Measure: time, SOC, and power output Step 23 ends at end of the ten (10) minute hold period STEP 24: Ramp to zero (0) power output at maximum rate Test ends once the Storage Units’s power output is zero (0) Excel Appendices Excel Appendices IRREVOCABLE NONTRANSFERABLE STANDBY LETTER OF CREDIT Reference Number: Transaction Date: BENEFICIARY: Southern California Edison Company ▇▇▇▇ ▇▇▇▇▇▇ ▇▇▇▇▇ ▇▇▇▇▇▇ ▇▇▇▇ Risk Control ▇▇#▇GO#1, ▇▇▇▇ ▇▇ ▇▇▇▇▇▇▇▇Quad 2A Rosemead, ▇▇ ▇▇▇▇▇ CA 91770 Attn: Manager Credit, Risk & Collateral Management Ladies and Gentlemen: (the “Bank”) hereby establishes this Irrevocable Nontransferable Standby Letter of Credit (“Letter of Credit”) in favor of Southern California Edison Company, a California corporation (the “Beneficiary”), for the account of [CONTRACT PARTY], a ____________ corporation, (the “Applicant”), for the amount of XXX AND XX/100 Dollars ($ ) (the “Available Amount”), effective immediately and expiring at 5:00 p.m., California time, on ____________ (the “Expiration Date”). This Letter of Credit shall be of no further force or effect upon the close of business on the Expiration Date or, if such day is not a Business Day (as hereinafter defined), on the next Business Day. For the purposes hereof, “Business Day” shall mean any day on which commercial banks are not authorized or required to close in Los Angeles, California. Subject to the terms and conditions herein, funds under this Letter of Credit are available to the Beneficiary by presentation in compliance on or prior to 5:00 p.m. California time, on or prior to the Expiration Date, of the following: The original or a photocopy of this Letter of Credit and all amendments; and