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0415: CPF: Water Management Research Initiatives

Water resources are the fuel for hydroelectric production, and the efficient and effective management of these resources is a fundamental part of the hydropower business. Significant time and effort has been expended by utilities to understand the science, gather and analyse data, and develop or run models to optimize the resource. This work is sometimes undertaken by larger utilities or contracted out to consultants, research institutions and universities. There are also a number of tools and p

Research

0439: Getting Paid for Hydro Transformation

HOP

Research

0405: Hydroelectric Generation Water Resource Management Roadmap

In the fall of 2005, the CEATI Water Management Interest Group (WMIG) commissioned aninitiative to carry out a comprehensive overview of the most likely changes in the business,technology and regulatory policies of water resource management as it pertains to the hydroelectricgeneration industry over the next fifteen to twenty years.The purpose of this exercise is to prepare aframework for WMIG participants to evaluate and assess the risks associated with existing andemerging trends and drivers a

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Research

0420: CPF: Impact of Wind, Temperature and Other Environmental Factors on Reservoir Evaporation Losses

CEATI’s Hydropower Operations and Planning Interest Group (HOPIG) commissioned an assessment of the current state of knowledge with respect to technologies and methodologies that could potentially be used by the hydropower industry to obtain more reliable estimates of evaporative water losses from lakes and reservoirs.Phase 1 of the project consisted of a comprehensive search and assessment of available relevant literature and an online survey, aimed at water resource managers and scientis

Feb 15, 2011 - Jun 12, 2012

HOP

Research

HOPIG Participant Survey (2012, 2018)

Research

0423: CPF: Water Management Data Dissemination and Reporting

Hydropower Operations and Planning Interest Group (HOPIG), composed of various utilities, commissioned a study to assess water management data dissemination and reporting approaches to promote the adoption of improved tools and best practices amongst their membership. HOPIG members have a vested interest in maximizing the effectiveness and quality of their water data delivery and reporting services since their own operational and corporate planning groups, as well as external stakeholders, have

Aug 10, 2012 - Aug 7, 2013

Research

0436: CPF: Capitalizing on Recent Advances in Data Assimilation Techniques to Improve Inflow Forecasts

This document aims to guide hydropower operators in the selection of the most appropriate combination of data assimilation (DA) techniques, their implementation, and data products to achieve improved reservoir inflow forecasts.The document has been carefully structured to perform the function of a combined decision matrix and roadmap designed to account for different user situations and the variety and complexity of the options available. Decision matrices are useful tools that support the selec

Oct 15, 2020 - Nov 20, 2023

Research

0414: CPF: Hydrologic Data Quality Assurance

The objective of this Technology Review was to assess and understand the quality of observed hydrologic field data as well as flow information determined from turbine performance characteristics. The range of hydrologic data includes water level, stream flow, precipitation, snow accumulation and depletion, soil moisture, and evaporation. In addition, the quality of stream flow information determined from turbine power generation was investigated.This study was designed to provide a comprehensive

HOP

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

0404: Waterways Public Safety Survey

The CEA Technologies Inc. Waterway Management Interest Group in early 2003 initiated asurvey of its participants and other dam owners to determine the current industry practices inwaterway public safety. The results suggest several areas where improvements could be made inregards to industry best practice. Over 40 international utilities were invited to participate.The objective of this survey was to create a tool that would be used as a “benchmark” to developa Waterway Safety Progra

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