General technical characteristics Sample Clauses

General technical characteristics a1. The low voltage equipment of control, protection, measurement and telecommunication systems shall be of the latest technology and have accredited operation references of the last three (03) years. a2. References of similar supplies (High Voltage Equipment) and accredited references of successful equipment operation, issued by transmission system operators, corresponding to the last ten (10) years, shall be presented.
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General technical characteristics a) Thermal limit transmission capacity The minimum thermal limit capacity (design power) of the lines shall be: TRANSMISSION LINE MINIMUM TRANSMISSION CAPACITY PER THERMAL LIMIT L.T. 220 xX Xxxxxxx – Nueva Tumbes 250 MVA Compliance with the indicated capacity shall be verified for the environmental conditions set out in Chapter 1, Paragraph 3.1.1, of Annex 1 of PR-20, the main requirements of which are: - The temperature in phase conductors shall not exceed the thermal limit of 75 °C. - The maximum room temperature is the maximum average temperature of the region in which the line is installed. It represents the average of the annual maximums for a minimum period of 10 years. - The solar radiation is the maximum recorded in the region in which the line is installed. - Minimum wind of 0,61 m/s perpendicular to the conductor. The safety distances shall be respected in all operating conditions. It is recommended to consider, to ensure compliance with the safety distances, a minimum reserve margin of 0,30 m during the distribution of the structures.
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General technical characteristics a1. Equipment must be state-of-the-art, and must satisfactorily pass the factory tests recommended by the IEC standard and those that comply with the indicated standard. a2. References of similar supplies and accredited references of successful equipment operation, issued by transmission system operators, that correspond to the last fifteen (15) years should be submitted. a3. Equipment must have reports certified by acknowledged international institutes, which show that Type Tests have been successfully passed. All equipment will be subject to Routine Testing. a4. The applicable standards to be met by the equipment will be mainly the following: IEC, ANSI / IEEE, VDE, NEMA, ASTM, NESC, NFPA or similar that guarantee an equal or higher quality level.
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General technical characteristics. 2.2.2 Puerto Xxxxxxxxx-Iberia 138 kV Transmission Line
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General technical characteristics a) Transmission capacity per thermal limit The lines’ minimum transmission capacity per thermal limit (design power) will be: “Año del Buen Servicio al Ciudadano” TRANSMISSION LINE MINIMUM TRANSMISSION CAPACITY PER THERMAL LIMIT Nueva Yanango – Nueva Huánuco 500 kV T.L 1400 MVA Nueva Huánuco – Yungas 220 kV T.L 450 MVA Xxxxx Xxxxx – Chaglla 220 kV T.L. 450 MVA Paragsha - Chaglla 220 kV T.L. variant (See note) Xxxxx Xxxxx – Xxxxxxxx 220 kV T.L. variant (See note) Xxxxxxxx – Antamina 220 kV T.L. variant (See note) 138 kV Link to the Xxxxxxxx substation 150 MVA Note: Equal to the design power of existing lines. Compliance with the specified capacity will be verified for the environmental conditions referred to in Chapter 1, Paragraph 3.1.1, of Annex 1 of PR-20, whose main prescriptions are: - Temperature in the phase conductors must not exceed the thermal limit of 75 ° C. - Maximum ambient temperature is the average maximum temperature of the region where the line is installed. It corresponds to the average of the annual maximums for a minimum period of 10 years. - Solar radiation is the maximum recorded in the line installation region. - Minimum wind of 0.61 m/s perpendicular to the conductor. Safety distances must be respected in all operating conditions. A minimum reserve margin of
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General technical characteristics a1. Equipment must be state-of-the-art, and must satisfactorily pass factory tests recommended by the IEC standard and those complying with the indicated standard. a2. References of similar supplies and accredited references of successful equipment operation, issued by transmission system operators that correspond to the last fifteen
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General technical characteristics a) Thermal Limit Transmission Capacity The minimum thermal limit transmission capacity (design power) of the lines shall be: TRANSMISSION LINE MINIMUM THERMAL LIMIT TRANSMISSION CAPACITY Piura Oeste – Pariñas 220 kV Transmission Line Branch (L- 2248) 180 MVA Sullana – La Huaca 60 kV Transmission Line Branch (L-6662A) 55 MVA Compliance with the indicated capacity shall be verified for the environmental conditions set out in Chapter 1, Paragraph 3.1.1, of Annex 1 of PR-20, the main requirements of which are: - Temperature in phase conductors shall not exceed the thermal limit of 75 °C. - The maximum room temperature is the maximum average temperature of the region in which the line is installed. It represents the average of the annual maximums for a minimum period of 10 years. - Solar radiation is the maximum recorded in the region in which the line is installed. - Minimum wind of 0.61 m/s perpendicular to the conductor. Safety distances shall be respected in all operating conditions. To ensure compliance with safety distances, a minimum reserve margin of 0.30 m should be considered during structure distribution.
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General technical characteristics. This is a transmission line of simple topic, linking the bar 138 kV of Aguaytía substation, of ownership of ETESELVA Concessionaire, with bar of Pucallpa substation 138 kV of ownership of ISA PERU Concessionaire. The characteristics of this line are those indicated below:  Approximate length: 132 km  Number of topics: One (1)  Rated voltage of operation: 138 kV  Maximum voltage of the system: 145 kV  Phase arrangement: Triangular.  Type of conductor: AAAC 300 mm2.  Number of conductors per phase: One (1).  Guard cable: One of OPGW type, of 24 fibers.  Linking substations: S.E. Aguaytía (Ucayali) and S.E. Pucallpa (Ucayali)  Altitude: < 500 masl
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General technical characteristics a1. The equipment shall be of last technology and shall satisfactorily pass the Factory tests recommended by the IEC standard and those that comply with the indicated standard.
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