Operational Control Directing the operation of the Transmission Facilities Under ISO Operational Control to maintain these facilities in a reliable state, as defined by the Reliability Rules. The ISO shall approve operational decisions concerning these facilities, made by each Transmission Owner before the Transmission Owner implements those decisions. In accordance with ISO Procedures, the ISO shall direct each Transmission Owner to take certain actions to restore the system to the Normal State. Operational Control includes security monitoring, adjustment of generation and transmission resources, coordination and approval of changes in transmission status for maintenance, determination of changes in transmission status for reliability, coordination with other Control Areas, voltage reductions and Load Shedding, except that each Transmission Owner continues to physically operate and maintain its facilities.
Condition of Aircraft Upon any Return Occasion, Lessee shall return such Aircraft to Lessor in such condition that the Aircraft shall also comply with each and every condition and requirement set forth elsewhere in this Lease, including Exhibit E hereto.
Aircraft This peril includes self-propelled missiles and spacecraft.
Lease of Aircraft Lessor agrees to lease the Aircraft to Lessee pursuant to the provisions of FAR Section 91.501(b)(6) and Section 91.501(c)(1) and this Agreement, and to provide a fully-qualified and credentialed flight crew for all flights to be conducted hereunder during the Term (as defined in Section 13) hereof. The parties acknowledge and agree that this Agreement did not result in any way from any direct or indirect advertising, holding out or soliciting on the part of Lessor or any person purportedly acting on behalf of Lessor. Lessor and Lessee intend that the lease of the Aircraft effected by this Agreement shall be treated as a “wet lease” pursuant to which Lessor provides transportation services to Lessee in accordance with FAR Section 91.501(b)(6) and Section 91.501(c)(1).
Early Construction of Base Case Facilities Developer may request Connecting Transmission Owner to construct, and Connecting Transmission Owner shall construct, subject to a binding cost allocation agreement reached in accordance with Attachment S to the ISO OATT, including Section 25.8.7 thereof, using Reasonable Efforts to accommodate Developer’s In-Service Date, all or any portion of any System Upgrade Facilities or System Deliverability Upgrades required for Developer to be interconnected to the New York State Transmission System which are included in the Base Case of the Class Year Study for the Developer, and which also are required to be constructed for another Developer, but where such construction is not scheduled to be completed in time to achieve Developer’s In-Service Date.
Operational Contacts Each Interconnection Party shall designate, and provide to each other Interconnection Party contact information concerning, a representative to be responsible for addressing and resolving operational issues as they arise during the term of the Interconnection Service Agreement.
Return of Aircraft 64 23.1 Date of Return................................................64 23.2
Project Completion Report At the completion of construction and once a Project is placed in service, the Subrecipient must submit a Project Completion Report that includes the total number of units built and leased, affordable units built and leased, DR-MHP units built and leased, an accomplishment narrative, and the tenants names, demographics and income for each DR-MHP unit.
Interconnection Facilities Engineering Procurement and Construction Interconnection Facilities, Network Upgrades, and Distribution Upgrades shall be studied, designed, and constructed pursuant to Good Utility Practice. Such studies, design and construction shall be based on the assumed accuracy and completeness of all technical information received by the Participating TO and the CAISO from the Interconnection Customer associated with interconnecting the Large Generating Facility.
Quality control system (i) The Contractor shall establish a quality control mechanism to ensure compliance with the provisions of this Agreement (the “Quality Assurance Plan” or “QAP”). (ii) The Contractor shall, within 30 (thirty) days of the Appointed Date, submit to the Authority’s Engineer its Quality Assurance Plan which shall include the following: (a) organisation, duties and responsibilities, procedures, inspections and documentation; (b) quality control mechanism including sampling and testing of Materials, test frequencies, standards, acceptance criteria, testing facilities, reporting, recording and interpretation of test results, approvals, check list for site activities, and proforma for testing and calibration in accordance with the Specifications for Road and Bridge Works issued by MORTH, relevant IRC specifications and Good Industry Practice; and (c) internal quality audit system. The Authority’s Engineer shall convey its approval to the Contractor within a period of 21 (twenty-one) days of receipt of the QAP stating the modifications, if any, required, and the Contractor shall incorporate those in the QAP to the extent required for conforming with the provisions of this Clause 11.2. (iii) The Contractor shall procure all documents, apparatus and instruments, fuel, consumables, water, electricity, labour, Materials, samples, and qualified personnel as are necessary for examining and testing the Project Assets and workmanship in accordance with the Quality Assurance Plan. (iv) The cost of testing of Construction, Materials and workmanship under this Article 11 shall be borne by the Contractor.