27.140 水力工程 标准查询与下载

DL/T 5113.13-2019 水电水利基本建设工程单元工程质量等级评定标准 第13部分：浆砌石坝工程

Hydropower and water conservancy capital construction project unit project quality grade assessment standard part 13: masonry dam project

DL/T 5783-2019 水电水利地下工程地质超前预报技术规程

Technical specification for advanced geological prediction of hydropower and water conservancy underground engineering

DL/T 2020-2019 水斗式水轮机运行与检修规程

Pelton turbine operation and maintenance rules

DL/T 5785-2019 水电水利工程化学灌浆材料试验规程

Test procedures for chemical grouting materials in hydropower and water conservancy projects

DL/T 5787-2019 水工混凝土温度控制施工规范

Construction specification for temperature control of hydraulic concrete

DL/T 1107-2019 水电厂自动化元件基本技术条件

Basic Technical Conditions of Automation Components for Hydropower Plants

DL/T 1981.1-2019 统一潮流控制器 第1部分：功能规范

Unified Power Flow Controllers Part 1: Functional Specifications

DL/T 793.3-2019 发电设备可靠性评价规程 第3部分：水电机组

Reliability Evaluation Regulations for Power Generation Equipment Part 3: Hydropower Units

DL/T 1975-2019 水轮机调节系统用油维护规程

Oil Maintenance Regulations for Turbine Regulating System

DL/T 1969-2019 水电厂水力机械保护配置导则

Guidelines for configuration of hydraulic machinery protection in hydropower plants

DL/T 2021-2019 抽水蓄能机组设备监造导则

Guidelines for the Supervision of Equipment for Pumped Storage Units

DL/T 2019-2019 抽水蓄能电站厂用电系统运行检修规程

Regulations for operation and maintenance of power system of pumped storage power station

DL/T 793.4-2019 发电设备可靠性评价规程 第4部分：抽水蓄能机组

Reliability Evaluation Regulations for Power Generation Equipment Part 4: Pumped Storage Units

DL/T 1971-2019 水轮发电机组状态在线监测系统运行维护与检修试验规程

Test procedures for operation, maintenance and overhaul of online monitoring system for status of hydroelectric generating units

BS EN IEC 62097:2019 液压机 径向和轴向 从模型到原型的性能转换方法

What is BS EN IEC 62097- Hydraulic machines about? BS EN IEC 62097 is an International Standard that establishes the prototype hydraulic machine efficiency from model test results, with consideration of scale effect including the effect of surface roughness. BS EN IEC 62097 is intended to be used for the assessment of the results of the contractual model tests of hydraulic machines. BS EN IEC 62097 forms an element of a series of standards that deals with model testing of hydraulic machines. The series has two groups describing Hydraulic turbines, storage pumps, and pump-turbines – Model acceptance tests (IEC 60193) Hydraulic machines, radial and axial – Performance conversion method from model to prototype (IEC 62097) Who is BS EN IEC 62097- Hydraulic machines for? BS EN IEC 62097 on hydraulic machines, radial and axial is useful for: Hydraulic turbines manufacturers Storage pumps and pump-turbines manufacturers Research institutes Hydroelectric power plants Why should you use BS EN IEC 62097-

Hydraulic machines, radial and axial. Methodology for performance transposition from model to prototype

EN IEC 62097:2019 径向和轴向液压机 从模型到原型的性能转换方法

IEC 62097:2019 establishes the prototype hydraulic machine efficiency from model test results, with consideration of scale effect including the effect of surface roughness. This document is intended to be used for the assessment of the results of contractual model tests of hydraulic machines. This second edition cancels and replaces the first edition published in 2009. This edition constitutes an editorial and technical revision. This edition includes the following significant technical changes with respect to the previous edition: a) In introduction, clarifications have been brought such as addition of a sentence which declares the precedence of IEC 62097 over IEC 60193 if any mismatch is found between them b) In Clauses 3 and 4, corrections of the typographical errors c) In Clause 3: changes to be in accordance with presentation of the terms and structure of IEC 60193 (except for the water temperature) d) In Clause 4: – Deletion of the clause providing the direct step-up procedures for a whole turbine – Introduction of a global view by using turbine A and turbine B instead of model turbine, reference model turbine and prototype turbine – Move of section dealing with “surface roughness of model and prototype” in a new Clause 5 e) In Clause 5: – Introduction of additional chapters to answer comments raised at the CDV stage and to clarify the subject of surface roughness of model and prototype – Introduction of new tables for minimum recommended prototype roughness for new radial or diagonal machines and for new axial turbines – Addition of the explanation about roughness measurement of heavily rusted surface f) In Clause 7 (former Clause 6): – Introduction of a new subclause for clarifications about the assumed maximum hydraulic efficiency, hhAmax – Deletion of the requirement of mutual agreement for the application of the step-up formula for very high efficiency machines exceeding hhAmax – Clarifications of the equations from 22 to 33 by doubling the equations for suiting the “two step method g) In Clauses 6 and 7, correction of typographical errors h) In Clause 8 (former Clause 7), introduction of new figures for clarifying the “2 step” method and the alternative method i) In Annex A, modification of the flux diagram to be in compliance with IEC 60193 j) In Annex B: – Correction of the equation to obtain ΔECO – Deletion of the clause which describes the direct step-up procedures for radial flow machines k) In Annex C, deletion of the clause which describes the direct step-up procedures for axial flow machines l) In Annex D: – notes become main text – change of variable names in Subclause D.1 for clarifications m) Addition of Annex E, about comparison of IEC standards dealing with models: 60193 and 62097 n) In Annex F, clarifications of equations by adding more subscripts o) The Excel sheets attached to the standard are revised as itemized below – Deletion of the routine regarding the direct step-up procedures for a whole turbine – Deletion of the notice which requires mutual agreement when the step-up is applied to high efficiency machines exceeding hhAmax – Addition of the routine to process the normalization of test data ob

Hydraulic machines, radial and axial - Methodology for performance transposition from model to prototype

IEC 60193:2019 液压涡轮机 储存泵和泵水轮机 - 型式验收测试

Hydraulic turbines, storage pumps and pump-turbines - Model acceptance tests

T/CEC 219-2019 抽水蓄能电站设计质量控制管理导则

本标准规定了抽水蓄能电站设计质量控制管理的基本要求。 本标准适用于抽水蓄能电站项目建设单位的设计管理。

Design Quality Control Management Guidelines for Pumped Storage Power Stations

T/CEC 5011-2019 抽水蓄能电站计算机监控系统设计规范

1.0.1 本标准规定了抽水蓄能电站计算机监控系统架构与功能、硬件配置与选择、软件的技术要求，以及二次接线等设计中应遵循的原则。 1.0.2 本标准适用于抽水蓄能电站计算机监控系统设计。

Code for design of computer monitoring system for pumped storage power station

T/CEC 5010-2019 抽水蓄能电站水力过渡过程计算分析导则

1.0.1本导则规定了抽水蓄能电站水力过渡过程的计算与分析和调节保证设计值的选取等应遵循的一般原则。 1.0.2本导则适用于新建、改建和扩建的抽水蓄能电站。

Guidelines for Calculation and Analysis of Hydraulic Transition Process of Pumped Storage Power Station