Log In Become a Member

Log In Become a Member

Search results

Events

Research

Selected Filters

No filters selected.

Interest Group

Viewing 1050 - 1060 of 2180

Sort By

Relevance

Research

3050: Review of the State of the Art in Passive and Active Noise Mitigation Technologies for Substation Transformers

The objective of this project was to gather and analyze relevant and proven methods and approaches for both passive and active power transformer noise reduction and mitigation. The project also identified and documented commercially available and proven products and technologies and the conditions where these applications can be expected to work successfully. Overall, based on a comprehensive review of the literature and surveys of utilities and manufacturers, the project documented the state

SE

Research

0238: Dam Anchoring Principles

This report presents the authors’ analysis of data on anchor technology for dams. The data sources are principally:• Guidelines and recommendations from U.S., Australian, and European organizations,• Past studies and research into “legacy” anchors, i.e., those installed without contemporary standards of corrosion protection and which now cannot be lift-off tested due to access restraints and/or the absence of a residual free length,• Interviews with anchor specialists from the project’s stakehol

Mar 1, 2017 - Aug 28, 2023

DSIG

Research

0417: CPF: Real-Time Turbine Flow Measurement Technology For Power Plant Operations

The ability to accurately control hydro turbine flow and improve turbine efficiency requires the ability to measure water flow through the turbine. The subject of turbine efficiency has been a long time industry concern, and foresighted individuals and companies have been interested in and working toward developing and improving methods that would enable plant operators to best determine the optimum turbine flow and achieve the highest efficiency. Additionally, hydroelectric station operators ha

Research

0324: State-of-the-Art of CFD Based Feasibility Studies for Water Turbines

This report provides a comprehensive review of the state-of-the-art and recommended best practice for computational fluid dynamics (CFD) for hydraulic design in water turbine refurbishment applications. The main emphasis is on refurbishment studies of existing equipment where CFD simulations are used to estimate the potential gains of different options through a CFD-based feasibility study.The report is aimed as a guide for non CFD-experts, such as managers and technical staff in power utilities

Research

3089: Safety in Substations

Safety is of increasing concern to utilities and there is a growing need for consistent safety guidelines. This report focused on safety issues in substations during normal station operating mode that might affect a worker or the public. A member survey on safety practices in substations is included in the report; this will allow utilities to benchmark their safety programs against industry norms and to determine if they are leading/lagging in the best practices band. The report highlights key a

Jun 7, 2013 - Jan 9, 2015

SE

Research

G158: Application of Manual Weld Scanner

TGIG

Research

5183: A Practical Guide for Mitigating Harmonics in Electrical Distribution Systems

PQ

Research

33134: Determination of Reserve Capacity of Existing Structures Considering Site Specific Wind Loads

OTD

Research

3127: Wear and Tear Impacts of Renewables

As the penetration level of renewable energy resources in transmission and distribution systems rapidly increases, understanding these generation plants’ impacts on system maintenance costs (specifically the wear and tear of transmission/generation assets) is extremely important and urgently needed for proper planning and operations. This report outlines a methodology and analysis approach for estimating the additional wear and tear of transmission and generation facilities due to various

Mar 18, 2013 - Jun 26, 2016

PSPO

Research

3056: Optimal Management of Aging Substation Assets: Lifecycle Costs and Repair/Replace Strategies, Phase I

This project focuses on the development of mathematical models for optimal management of aging substation assets. The objective of the models is to find the asset management policy that minimizes the expected lifecycle cost associated with operating an inventory of aging assets over the foreseeable future. An asset management policy specifies when and under what conditions to replace an asset, repair it, test it, or do nothing. The policy is based on the dynamics of asset condition, which evo

SE

106 of 218

Viewing 1050 - 1060 of 2180

Back to Top

Selected Filters

No filters selected.

Interest Group