This standard specifies the acceptance method and requirements for off-grid wind turbines. This standard applies to the inspection and acceptance of off-grid wind turbines with a rotor swept area of ​​less than 40 square meters. JB/T 10397-2004 Off-grid Wind Turbine Acceptance Specification JB/T10397-2004 Standard download decompression password: www.bzxz.net

1C:S 27.150
Machinery Industry Standard of the People's Republic of China
JB/T10397—2004
Off-grid Wind Turbine Generator System
Acceptance Specification
Testing regulations for off-grid wind turbine generator system2004-02-10 Issued
2004-06-01 Implementation
National Development and Reform Commission of the People's Republic of China Issued before the market
Normative reference documentsbZxz.net
3 Terms and definitions
4 Acceptance method requirements
11 General provisions.
Acceptance of components
Anti-intelligence acceptance
JR/T 10397—2004
JU/r10397—2004
This standard is formulated for the first time.
This standard is compiled according to the requirements of G1.1—2000 Standardization Work Guidelines Part 1: Specifications for the Preparation of Standards
This standard is proposed by China Machinery Industry Association. The parent association of this standard is China Wind Turbine Standardization Technical Committee. The drafting unit of this standard is Shangdu Jiaogang Co., Ltd. The main drafters of this standard are Shi Chaizhi, Zhang Dongguang, Shi Yanhai. 1 Scope
Off-grid wind turbine generator set acceptance specification
This standard specifies the inspection and correction methods and requirements for off-grid wind turbine generator sets. JB/T-0397—2304
This standard is applicable to the inspection and acceptance of off-grid wind turbine generator sets (hereinafter referred to as units) with a rotor sweep area of ​​less than 40m2. 2 Normative reference documents
The following documents have become clauses of this standard through reference in this standard. All referenced documents with a date of expiration: The revised version (excluding the revised version) or revised version is not applicable to this standard. However, the parties reached or agreed upon based on this standard are encouraged to study whether the latest version of this document can be used. For all referenced documents without a date of expiration, the latest version shall apply to this standard. JB/T7878—1995 Wind turbine technology
3 Terms and definitions
Terms and definitions specified in JB/7878 apply to this standard. 4 Acceptance methods and requirements
4.1 General
Acceptance process After the acceptance of each component, the power supply status of the entire unit is checked to see whether its various indicators meet the design and use requirements.
4.2 Acceptance of each component of the unit
4.2.1 Wind turbine
2) Check the model and specifications of the wind turbine generator according to the design documents to see whether they are correct: 6) Appearance of the wind turbine generator and tower:
|) Check the base of the wind turbine generator.
d) Check the cable and anchor:
e) Check the cable specifications:
Check the connection with its own equipment (controller, inverter, battery, etc.):
|Check whether the power generation is normal under the current power conditions: 1! When the wind turbine is generating electricity, is it running enough? i: The noise level of the wind turbine is in compliance with the standard. 4.2.2 Battery pack
a! Check the model and specifications of the battery pack against the unit design documents. b) Check the appearance of the battery pack: whether there is acid, opening, or missing parts. d) Check whether the connection of the required batteries is correct and reliable. d) Check whether all the lead cables meet the design requirements. 3) Check whether the ventilation and insulation of the battery room are good: whether the battery has been pre-processed before use. 4.2.3 Controller, inverter
) Check the external equipment
b) Check whether the wiring is correct:
JB/T10397—2004
Check whether the opening and closing are normal:
Mountain: Check whether the instrument display is positive:
) Check the insulation and insulation:
4.3 Unit acceptance
4.3.1 Preparation before acceptance
Before acceptance, the acceptance form and acceptance steps should be prepared to speed up the acceptance. 412 Acceptance
4.3.2.1 Acceptance before operation
) Check all line connections to ensure that the wiring is correct: b) Check whether all guards are connected.
4.3.2.2 Operation acceptance
a) Check all electrical equipment;
) The power transmission part must be open-circuited first, and after confirmation, it can be connected to other parts;
4.3.3 Result processing
4.331 After the acceptance is completed, an acceptance report must be prepared, recording the test results and data in detail, and confirming that the unit is correct and safe before it can be handed over to the user.
4.332 If problems are found during the acceptance, such as incorrect line connection, functional failure or abnormal operation, the problems or problems should be recorded in detail and the relevant departments should be investigated and coordinated.
4.5.3.3 The department responsible for any changes in unit components and equipment should promptly eliminate the faults or replace the effective components, and then inspect the equipment again. After confirming that there are no problems, the relevant department should be notified for re-inspection.
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