GB/T 38179-2019 Gas turbine applications—Requirements for power generation
GB/T 38179-2019 Gas turbine applications—Requirements for power generation
Basic Information
Scope
This standard specifies the minimum technical and information requirements for the evaluation and procurement of gas turbines for power generation.
This standard applies to onshore and offshore simple cycle and combined cycle gas turbines, as well as to gas turbines used for combined heat and power (see ISO 11086:1996, Appendix B). The testing of gas turbine power generation units also applies.
This standard does not apply to all gas turbines used as power propulsion units, including those used in aircraft, mobile barges, floating vessels, and ship propulsion, as well as micro gas turbines.
This standard specifies the requirements for gas turbine power generation units based on existing ISO and IEC standards and actual practices. However, it does not exclude the use of other regulations and standards within the industry, some of which are included in this standard. As long as the usage requirements, functional design, and safety meet the needs of both buyers and sellers, the use of other similar regulations and standards that can be documented is allowed.
It is recommended to apply or use standards in the following order of priority: international standards; regional standards; national standards; local standards.
This standard specifies the requirements for both buyers and sellers when designing and procuring gas turbine power generation units.
The scope of supply for gas turbine power generation units, except for those explicitly not included in the scope of supply, shall at least include the following equipment and its related options (see 3.14), as listed below:
——Gas turbine units;
——Load couplings and clutches, if applicable;
——Air intake systems;
——Exhaust systems;
——Fuel equipment;
——Control equipment;
——Electrical equipment;
——Auxiliary systems, including starting, lubrication oil, turbocharging, water washing, interconnecting pipelines, and sewage discharge systems;
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