Common use of Interconnection Customer Operational Requirements Clause in Contracts

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TO’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO liable for damage to any Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control.

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIAGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TODistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO Distribution Provider liable for damage to any Small the Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Generating Facility design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control. (e) The Interconnection Customer shall control the Generating Facility’s output ramp rate so as to prevent adverse voltage conditions on the Distribution System. Such ramp rate control shall be in accordance with parameters, which may be modified from time to time by the Distribution Provider, set forth by the Distribution Provider and provided to the Interconnection Customer within 30 calendar days following the Distribution Provider’s completion of final engineering for the Distribution Provider’s Interconnection Facilities, Distribution Upgrades, and Network Upgrades, as applicable.

Interconnection Customer Operational Requirements. (a) Pursuant to Article Articlearticle 1.5.2 of the SGIAAgreement, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TOTO’sDistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO TODistribution Provider liable for damage to any Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control.

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TODistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO Distribution Provider liable for damage to any the Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Small Generating Facility design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control.

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TODistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO Distribution Provider liable for damage to any the Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Small Generating Facility design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control. (e) The Small Generating Facility will be required to operate within a 0.95 boost to 0.95 buck power factor as measured at the Point of Interconnection as determined in the interconnection studies. Under real-time operations, it is anticipated the project will be required to operate as shown in the figure below. The actual values of the Vmin and Vmax will be provided by the Distribution Provider once final engineering and design is completed. .95

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TODistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO Distribution Provider liable for damage to any the Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Small Generating Facility design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control.

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards.’s (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TO’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO liable for damage to any the Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Small Generating Facility design. The Interconnection Customer further agrees to indemnify and to hold the Participating TO harmless from any and all loss, liability, damage, claim, cost or expense by or to third parties, arising out of or resulting from the sharing of the Kingbird Shared Facilities and the facilities described in Section 1(b)(i) of Attachment 2 among Kingbird Solar A Project, TOT545 (Q796) Project, and TOT345 (Q412) Project, except in cases of gross negligence or intentional wrongdoing by the Participating TO. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control. (e) The Small Generating Facility will be required to operate within a 0.95 boost to

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TODistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO Distribution Provider liable for damage to any the Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Small Generating Facility design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control. (e) The Small Generating Facility will be required to operate in a manner that maintains the Distribution Providers VAR schedule at the Point of Interconnection.

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TODistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO Distribution Provider liable for damage to any the Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Small Generating Facility design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control.standard

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TODistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO Distribution Provider liable for damage to any the Small Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Small Generating Facility design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control. (e) The Interconnection Customer shall control the Small Generating Facility’s output ramp rate so as to prevent adverse voltage conditions on the Distribution System. Such ramp rate control shall be in accordance with parameters, which may be modified from time to time by the Distribution Provider, set forth by the Distribution Provider and provided to the Interconnection Customer within 30 calendar days following the Distribution Provider’s completion of final engineering for the Distribution Provider’s Interconnection Facilities, Distribution Upgrades, and Network Upgrades, as

Interconnection Customer Operational Requirements. (a) Pursuant to Article 1.5.2 of the SGIAGIA, the Interconnection Customer shall operate the Small Generating Facility and the Interconnection Customer’s Interconnection Facilities in accordance with the CAISO Tariff; NERC and the Applicable Reliability Council requirements; and Applicable Reliability Standards. (b) The Small Generating Facility shall be operated so as to prevent or protect against the following adverse conditions on the Participating TODistribution Provider’s electric system: inadvertent and unwanted re-energizing of a utility dead line or bus; interconnection while out of synchronization; overcurrent; voltage imbalance; ground faults; generated alternating current frequency outside permitted safe limits; power factor or reactive power outside permitted limits; and abnormal waveforms. (c) The Parties agree that the Interconnection Customer shall not hold the Participating TO Distribution Provider liable for damage to any Small the Generating Facility turbines that may be caused due to sympathetic generation tripping associated with the Interconnection Customer’s induction turbine Generating Facility design. (d) Neither Party’s facilities shall cause excessive voltage flicker nor introduce excessive distortion to the sinusoidal voltage or current waves as defined by ANSI Standard C84.1-1989, in accordance with IEEE Standard 519, or any applicable superseding electric industry standard or any alternative Applicable Reliability Standard or applicable reliability council standard. In the event of a conflict among ANSI Standard C84.1-1989, or any applicable superseding electric industry standard, or any alternative Applicable Reliability Standard or applicable reliability council standard, the alternative Applicable Reliability Standard or applicable reliability council standard shall control.