Generation Tie-Line. The generation tie-line described in Section 1(a)(ii) of this Appendix A which is designated as the Coolwater-Hidden Springs 115kV Transmission Line.
Generation Tie-Line. A generation tie line approximately 0.45 miles long connecting the Typha Site into an existing PSE distribution transmission line. The location of Project facilities including, but not limited to, the solar panels, electrical collection and distribution system, electrical transformers, electrical generation tie lines, roadways, and other related Project facilities, is generally described in the Revised Application, as modified within the Agreement. The final location of the solar panels and other project facilities within the Project Area may vary from the locations shown on the conceptual drawings provided in the Revised Application, but shall be consistent with the conditions of this Agreement and in accordance with the final construction plans approved by EFSEC pursuant to Article IV.L. More detail about the Typha Solar Project is included in Attachment 1.
Generation Tie-Line. The generation tie-line described in Section 1(a)(iv) of this Appendix A which is designated as the Sunward-Windhub double-circuit 220 kV Transmission Line.
Generation Tie-Line. The generation tie-line described in Section 1(a)(ii) of this Appendix A which is designated as the Xxxxxx - Marvel 220 kV Transmission Line.
Generation Tie-Line. The Participating TO shall: Install an appropriate number of 220 kV transmission tower structures including insulator/hardware assemblies, and appropriate number of spans of conductor between the Last Structure and the dead-end substation structure at Xxxxxx Substation. The actual number and location of the transmission tower structures will be determined by the Participating TO following completion of detailed engineering of the Participating TO’s Interconnection Facilities. The final Phase II Interconnection Study assumed two (2) transmission tower structures and three (3) spans of conductor.
Generation Tie-Line. The generation tie-line described in Section 1(a)(ii) of this Appendix A which is designated as the Antelope-Wisteria 66 kV Transmission Line.
Generation Tie-Line. Install an appropriate number of 66 kV transmission overhead tower structures and underground vaults, including insulator/hardware assemblies, and appropriate number of spans of conductor and single mode fiber optic cable between the Last Structure and the dead-end substation structure at Antelope 66 kV Substation. The actual number and location of the transmission tower structures and spans of conductor and single mode fiber optic cable will be determined by the Participating TO following completion of final engineering of the Participating TO’s Interconnection Facilities. The Phase II Interconnection Study assumed five (5) transmission tower structures and six (6) spans of conductor.
Generation Tie-Line. A 12.47-kV ~2.56 mile long generation tie line connecting the Fumaria Solar Site to a nearby Puget Sound Energy substation. The location of Site facilities including, but not limited to, the solar panels, electrical collection and distribution system, electrical transformers, electrical generation tie lines, roadways, and other related Site facilities, is generally described in the Revised Application1, as modified within the Agreement. The final location of the solar panels and other site facilities within the Site Location may vary from the locations shown on the conceptual drawings provided in the Revised Application2, but shall be consistent with the conditions of this Agreement and in accordance with the final construction plans approved by EFSEC pursuant to Article IV.L. More detail about the Fumaria Solar Site is included in Attachment 1.
Generation Tie-Line. The generation tie-line described in Section 1(a)(ii) of this Appendix A which is designated as the Colorado River-Crimson 220 kV Transmission Line.
Generation Tie-Line. The Participating TO shall: Install an appropriate number of 220 kV transmission tower structures including insulator/hardware assemblies, and appropriate number of spans of conductor and OPGW between the Last Structure and the dead- end substation structure at Colorado River Substation. The actual number and location of the transmission tower structures and spans of conductor and OPGW will be determined by the Participating TO following completion of final engineering of the Participating TO’s Interconnection Facilities. The Phase II Interconnection Study assumed one (1) transmission tower structure and two (2) spans of conductor and OPGW.
