Capacity Test. Capacity Test Steps The following steps will be used to test the XXXX’ power output with respect to the XXXX Storage Capacity Tests: Field testing Data compilation and reduction Calculation of capacity rating Determination of pass / fail Field Testing Testing duration and data frequency shall be as follows: Procedure: Ensure the Array is at 100% state of charge (SoC) after a full CPCV charge as seen on the HMI
Capacity Test. Capacity Test Steps The following steps will be used to test the PV Plant’s power output with respect to the PV Plant Capacity Tests: Field testing Data compilation and reduction Calculation of Actual Capacity Rating and Modeled Capacity Rating Determination of pass / fail Field Testing AC power output (Pm) for the PV Plant, ambient temperature(s), and irradiance levels will be measured and recorded using the Primary Measurement Devices described in Section 4 of this Part B of this Exhibit J-2. Testing duration and data frequency shall be as follows: Parameters PV Plant Capacity Test PV Plant Capacity Test duration PV Plant Capacity Test duration will be the minimum of five (5) consecutive days or as long as required to collect one hundred fifty (150) data points Data sample period The sample rate shall be 5 seconds and then averaged to 5 minutes. Minimum number of data points 150 Irradiance Criteria As determined by Section 9.1 of ASTM E2848-13 Data Compilation and Reduction Data shall be collected and filtered in accordance with Section 9.1 of ASTM E2848-13 and shall not include data points collected during inverter clipping, facility level curtailment and facility level clipping. The data shall not include data points collected during times of row-to-row shading, or periods of snow or other atypical heavy soiling impacts. Primary Data Reduction: The primary data for this test are AC power as measured at the Electrical Interconnection Point, ambient temperature, and TPOA irradiance. Each of these data will be trended and compared to each other before and during the PV Plant Capacity Test to determine if there is any instrument that is reading with an offset or anomalous output. For temperature and irradiance, if one of the measurements strays from the average by more than 5% for irradiance and 5° C for temperature, it will be discarded. In each case, however, a representative quantity to form an average must be available. If not, the measurement device must be either recalibrated, offset adjusted, or replaced. Any additional data exclusions in alignment with ASTM E2848-13 Section 9 but not explicitly mentioned above will be noted in the test results. Generation of Performance Curve Determine Reporting Conditions: Calculate the reporting conditions ERC, TRC and VRC from the measured performance data in accordance with Section 6 of ASTM E2848-13.
Capacity Test. The plant will be operated with the following activities to be performed during the Capacity Test: -- Equipment status will be determined in order to establish that all necessary systems and equipment are operational and functional prior to the commencement of the test. Changes in equipment status and the time of status change will be recorded in the operator log. A copy of the operator log will be provided to the test coordinator by operations personnel during the Capacity Test. -- The facility and equipment will be operated within normal design limits of the equipment and in a manner consistent with good utility practices for continuous long-term operation.
Capacity Test a. Capacity testing is used to establish the Firm Capacity according to the procedures defined here.
Capacity Test. A capacity test shall establish the Rated Capacity for a Unit and shall consist of continuous, full load operation for twenty-four hours. The result of any capacity test shall be the net electrical capacity averaged over the duration of the capacity test, expressed in MW and measured at the Point of Interconnection. Upon the conclusion of the initial capacity test, Seller may elect to either (a) within five days submit the results of such capacity test to Purchaser, with a copy to the engineer, or (b) deliver a notice to Purchaser, with a copy to the engineer stating Seller's intention to perform a second capacity test, commencing no earlier than two days and no later than seven days after Purchaser's receipt of such notice. If Seller elects to perform such second capacity test, Seller shall, within five days after the conclusion of such capacity test submit to Purchaser ("Seller's Notice") with a copy to the engineer, the results of either the initial capacity test or the second capacity test, as Seller may elect. During the performance of a capacity test, a unit shall operate within the limits of the Electrical System Characteristics as described in Appendix C.
Capacity Test. After successful completion of the Acceptance Tests in Section 4.a. of this Attachment B (Facility Owned by Seller), Seller shall be permitted to conduct the Capacity Test pursuant to Section 5.1(D) (Capacity Test) in accordance with the procedures set forth in Attachment W (Capacity Test Procedures).
Capacity Test. After successful completion of the Acceptance Tests, Seller shall be allowed to conduct Capacity Tests (subject to inspection by Company) in accordance with the testing procedures set forth in Attachment W (Capacity Test Procedures), to determine the Demonstrated Firm Capacity of the Facility and whether Capacity Charge payments may be adjusted in accordance with Section 5.1(F) (Capacity Shortfall) and should begin in accordance with Section 5.1(G) (Commencement of Capacity Charge Payments).
Capacity Test. In order to make a claim under the Performance Guarantee, the ESS shall be tested by the Buyer in accordance with the Test Procedures defined in Appendix B (Capacity Test Procedure). Following the test, the Bank Capacity shall be calculated by the equation given in Appendix B. The power measurements shall be collected at the Measurement Point. The measured power from the system BMS for the battery bank shall be recorded with a minimum resolution of two (2) seconds. The battery bank shall be fully operational and in good working condition before the Test Procedure execution. The test shall be invalid if, during the Test Period, the ESS is operated outside of the specified Test Conditions in Appendix B. Reports and Audits.
Capacity Test. 9. During a continuous 72 hour period, which can be during the Reliability Test or at another time, the PACC units will be operated at or within the conditions identified in the process unit performance guarantees included as attachments to this document. The capacity test will demonstrate that PACC can achieve design capacity and efficiency.
Capacity Test. CATL warrants that the capacity of the Product shall not fade to less than 80% of its nameplate capacity. The capacity fade shall be measured based on the ISO 12405-2:2012 (Electrically propelled road vehicles — Test specification for lithium-ion traction battery packs and systems — Part 2: High-energy applications).
