Interconnection Arrangement. [This will be a single-line diagram of the Interconnection similar to Figure A2 of the “Guidelines for Grid Interconnection of Small Power Projects in Tanzania: Part A”. The diagram shall show the generators, switchgear, transformers, protection systems and transmission lines, their capacity, rating, voltage levels, and identify the Point of Supply (POS) and Point of Common Coupling (PCC). A sample diagram is given on the next page.] [SAMPLE ONLY, to be replaced with the agreed arrangement] Interconnection Arrangement Point of Common Coupling (PCC) [Location/village, pole/tower number] Transmission line ?? kV, ?? km Conductor Type: ?? Transformer ?? kV/?? kV, ?? kVA Point of Supply (POS) [Location/ 81 U/O 27 M village, pole/tower number] Meter CB2 ?? Ampere Generatror 1 CB3 ?? Ampere Generator 2 as per generator 1 (if applicable) Captive Local Load (if any) ??? kW 25 Check Synchronizing Relay 27/59 Under Voltage & Overvoltage Relay 81 U/O Underfrequency & Overfrequency Relay CB Circuit Breaker Synchronous generator
Interconnection Arrangement. The types of traffic to be exchanged under this Agreement shall be Local Traffic and IntraLATA Toll Traffic.
Interconnection Arrangement. [This will be a single-line diagram of the Interconnection similar to Figure A2 of the “Guidelines for Grid Interconnection of Small Power Projects in Tanzania: Part A”. The diagram shall show the generators, switchgear, transformers, protection systems and transmission lines, their capacity, rating, voltage levels, and identify the Point of Supply (POS) and Point of Common Coupling (PCC). A sample diagram is given on the next page.]
Interconnection Arrangement. The cellular networks of each of the Target Companies and the Group interconnect with the fixed line network and cellular networks of CMCC in other regions. In May 2000, the Company entered into the Roaming Agreement with CMCC which applies to the six existing operating subsidiaries of the Company. This agreement is valid for two years from 1 April 1999 and will be automatically renewed on an annual basis unless either party notifies the other of its intention to terminate in writing at least three months prior to expiration of the term. Under this agreement, with regard to inter-provincial roaming, when the roaming subscriber places a call from a roaming location, the operator of the visited network receives all long distance calling charges, if any, and when the roaming subscriber receives a call at a roaming location, the network operator with whom the subscriber is registered retains all long distance calling charges, if any. International long distance calling charges incurred by an international cellular subscriber making an international long distance call while roaming in the areas in mainland China where the Group operates are collected by CMCC and are credited to the Group. The Group will make the necessary settlement with the relevant telecommunications operators in mainland China. CMCC also collects a 15% surcharge on such international long distance calling charges from the international mobile communications operators and shares such surcharge equally with the Group. When the Group's subscribers roam internationally, the Group will collect the international long distance calling charges, if any, together with a 15% surcharge from its subscribers and will pay the international long distance calling charges together with half of the surcharge collected to CMCC, which will make the necessary settlement with the international mobile communications operators concerned. The existing arrangements were arrived at after arm's length commercial negotiations between the parties and after taking into account the guidelines laid down by the relevant tariff regulatory authorities. The transactions with the Group pursuant to the Roaming Agreement were approved by the Independent Shareholders at an extraordinary general meeting of the Company held on 16 June 2000. For further details on the interconnection arrangements, please refer to the section headed "Operations of the Target Companies — Interconnection" in Appendix II. Where long distance charges cannot...
Interconnection Arrangement. 6. [This will be a single-line diagram of the Interconnection similar to Figure A2 of the “Guidelines for Grid Interconnection of Small Power Projects in Tanzania: Part A”. The diagram shall show the generators, switchgear, transformers, protection systems and transmission lines, their capacity, rating, voltage levels, and identify the Point of Supply (POS) and Point of Common Coupling (PCC). A sample diagram is given on the next page.] [SAMPLE ONLY, to be replaced with the agreed arrangement] Interconnection Arrangement Point of Common Coupling (PCC) [Location/village, pole/tower number] Transmission line ?? kV, ?? km Conductor Type: ?? Transformer ?? kV/?? kV, ?? kVA Point of Supply (POS) [Location/ 81 U/O 27 M village, pole/tower number] Meter CB2 ?? Ampere Generatror 1 CB3 ?? Ampere Generator 2 as per generator 1 (if applicable) Captive Local Load (if any) ??? kW 25 Check Synchronizing Relay 27/59 Under Voltage & Overvoltage Relay 81 U/O Underfrequency & Overfrequency Relay CB Circuit Breaker Synchronous generator ??? kW Interconnection Arrangement Point of Common Coupling (PCC) [Location/village, pole/tower number] Transmission line ?? kV, ?? km Conductor Type: ?? Transformer ?? kV/?? kV, ?? kVA Point of Supply (POS) [Location/ 81 U/O 27 M village, pole/tower number] Meter CB2 ?? Ampere Generatror 1 CB3 ?? Ampere Generator 2 as per generator 1 (if applicable) Captive Local Load (if any) ??? kW 25 Check Synchronizing Relay 27/59 Under Voltage & Overvoltage Relay 81 U/O Underfrequency & Overfrequency Relay CB Circuit Breaker Synchronous generator
