GB/T 38174-2019Wind energy generation systems - Availability for wind power stations (English PDF)

Foreword

This standard was drafted in accordance with the rules given in GB/T 1.1-2009.

This standard uses the translation method equivalent to IEC /T S61400-26-3..2016 "Wind Power Generation System Part 26-3. Wind Farms

Availability ".

The Chinese documents that have a consistent correspondence with the international documents referenced normatively in this standard are as follows.

--- GB/T 2900 (all parts) Electrical term [IEC 60050 (all parts)]

--- GB/T 2900.53-2001 Electrical terminology for wind turbines (idtIEC 60050-415..1999)

The following editorial changes have been made to this standard.

--- According to the standard content, correct the following information in IEC /T S61400-26-3 "3.2 Abbreviations of available information".

* "IAPP" is corrected to "IASP";

* "IAPA" is corrected to "IASA";

* "IAOPA" corrected to "IAOSA";

* "IAOPP" is corrected to "IAOSP";

* "IAOSPA" is corrected to "IAOSSA";

* "IAOSPP" corrected to "IAOSSP";

* "IAOSFPPA" was corrected to "IAOSFPSA";

* "IAOSFPPP" corrected to "IAOSFPSP";

* "IAOSPPPA" was corrected to "IAOSPPSA";

* "IAOSPPPP" corrected to "IAOSPPSP";

* "IAOSPPDRPA" was corrected to "IAOSPPDRSA";

* "IAOSPPDRPP" was corrected to "IAOSPPDRSP";

* "IAOSPPDGPA" was corrected to "IAOSPPDGSA";

* "IAOSPPDGPP" is corrected to "IAOSPPDGSP";

* "IAOSRSPA" is corrected to "IAOSRSSA";

* "IAOSRSPP" corrected to "IAOSRSSP";

* "IAOOSPA" was corrected to "IAOOSSA";

* "IAOOSPP" is corrected to "IAOOSSP";

* "IAOOSTSPA" is corrected to "IAOOSTSSA";

* "IAOOSTSPP" corrected to "IAOOSTSSP";

* "IAOOSENPA" was corrected to "IAOOSENSA";

* "IAOOSENPP" was corrected to "IAOOSENSP";

* "IAOOSENCPA" is corrected to "IAOOSENCSA";

* "IAOOSENCPP" corrected to "IAOOSENCSP";

* "IAOOSENOPA" is corrected to "IAOOSENOSA";

* "IAOOSENOPP" is corrected to "IAOOSENOSP";

* "IAOOSELPA" was corrected to "IAOOSELSA";

* "IAOOSELPP" corrected to "IAOOSELSP";

* "IAOOSRSPA" was corrected to "IAOOSRSSA";

* "IAOOSRSPP" corrected to "IAOOSRSSP";

* "IANOPA" is corrected to "IANOSA";

* "IANOPP" is corrected to "IANOSP";

* "IANOSMPA" was corrected to "IANOSMSA";

* "IANOSMPP" is corrected to "IANOSMSP";

* "IANOPCAPA" is corrected to "IANOPCASA";

* "IANOPCAPP" was corrected to "IANOPCASP";

* "IANOFOPA" is corrected to "IANOFOSA";

* "IANOFOPP" was corrected to "IANOFOSP";

* "IANOSPA" was corrected to "IANOSSA";

* "IANOSPP" is corrected to "IANOSSP";

* "IAFMPA" is corrected to "IAFMSA";

* "IAFMPP" is corrected to "IAFMSP".

--- Increased the number of references.

This standard is proposed by China Machinery Industry Federation.

This standard is under the jurisdiction of the National Wind Machinery Standardization Technical Committee (SAC/TC50).

This standard was drafted. Zhejiang Yunda Wind Power Co., Ltd., Hohhot Branch of China Academy of Agricultural Mechanization Science Co., Ltd.

Division, Xinjiang Goldwind Technology Co., Ltd., Gamesa Wind Power (Tianjin) Co., Ltd., Longyuan Power Group Co., Ltd., China Hydroelectric

Cheng Consulting Group Co., Ltd., China Three Gorges New Energy Co., Ltd., China Guangdong Nuclear Power Co., Ltd., China Resources Power Technology Research Institute Co., Ltd.,

Huaneng New Energy Co., Ltd. Zhejiang Branch, CEC Energy Wind Power Co., Ltd., Hebei Jiantou New Energy Co., Ltd., China

Electric Power Research Institute Co., Ltd., Beijing Jianheng Certification Center Co., Ltd., China Classification Society Quality Certification Company, China Shipbuilding Industry Corporation

Haizhuang Wind Power Co., Ltd., Vestas Wind Technology (China) Co., Ltd., Guangdong Wind Power Co., Ltd.

Introduction

This standard is intended for owners, power companies, creditors, operators, manufacturers, consultants, regulators,

When the certification agencies, insurance companies and other related parties exchange information about the availability of wind farm indicators, a common foundation is established. During power generation and

In the field of power transmission, a large number of interactive interfaces related to energy or information have emerged from many related parties. Figure 1 clarifies the relationship between power generation and asset management

Related internal and external factors, and put forward a series of related terms. This standard provides the division of specific time periods by building an information model.

Method for allocating different information categories. When calculating the availability of wind turbines, the model provides a basis for how to allocate time.

Figure 1 Related parties of wind farm data

In order to explain the availability, service life, maintenance, and maintenance interval standards of wind turbines and components, this standard defines wind

Generic terms for power plant systems, environmental constraints, and calculations of energy availability measurements for wind turbines. Wind Turbines

A group contains all the devices between it and the access point 1). The availability is related to the time and/or power generation of the wind turbine, and at the same time

Taking environmental factors into consideration. These environmental factors include wind and other weather conditions, as well as the state of the power grid and substations. In addition, this standard also

Provides the terminology required for performance indicators related to the availability of wind turbine power generation.

In this standard, basic information categories are indicated by double quotation marks, and optional information categories are indicated in bold.

1) See IEC 60050-415..1999,415-04-01 for definitions.

Wind power generation system availability

1 Scope

This standard provides a calculation framework for the time availability and service output availability performance indicators of wind farms, and describes the data categories.

Method, and an example of applying the data to calculate the availability index is given.

This standard applies the terms and definitions in GB /Z 35482-2017 and GB /Z 35483-2017 models to wind farms.

The basic method of this standard is to assume that the entire wind farm can be modeled as a single wind turbine to represent the entire wind farm.

The wind farm is an aggregate of all wind turbines, functional services and supporting facilities of the wind farm at the grid connection point.

The purpose of this standard is not to specify calculation methods for time availability and service output availability, nor to measure power curve performance.

Provide evidence; see IEC 61400-12 for power curve measurements. However, its appendix should provide detailed examples and instructions for the calculation method of the availability index.

south.

The informative appendix of this standard includes.

* Examples of extending the model to more services;

* Examples of wind farm information categories;

* Examples of extending the model to supporting facilities of wind farms;

* Calculation example of service output loss;

* Example of service output availability algorithm;

* Examples of other availability indicators;

* Application examples.

2 Normative references

The following documents are essential for the application of this document. For dated references, only the dated version applies to this article

Pieces. For undated references, the latest version (including all amendments) applies to this document.

GB /Z 35482-2017 Time availability of wind turbines (IEC /T S61400-26-1..2011, IDT)

GB /Z 35483-2017 wind turbine generating capacity availability (IEC /T S61400-26-2..2014, IDT)

IEC 60050 (all parts) International electrotechnical vocabulary

IEC 60050-415 International Electrotechnical Vocabulary Part 415. Wind Power Generation System (Internationalelectrotechnicalvo-

cabulary-Part 415. Windturbinegeneratorsystems)

3 Terms, definitions and abbreviations