New tech catalogue could help streamline hydropower development

The Idaho National Laboratory (INL), with support from the US Department of Energy’s (DOE) Water Power Technologies Office, has developed the new Hydropower Technology Catalogue.

The aim of the catalogue is to help hydropower operators and developers make informed decisions, and to help prevent costly delays and reduced profits.

This guide is an online tool designed to help operators select the best technologies in the initial phases of development or upgrading. The catalogue displays turbine technologies in a format “understandable for anyone from novices to professionals,” and is meant to help enhance capabilities and identify the best components for hydropower construction or upgrades.

“The Hydropower Technology Catalog was born out of a project that explored how hydropower can benefit the energy sector,” said Trevor Atkinson, a research scientist at INL, who led the project. “We needed to understand the available and emerging technologies in the hydropower space, and we compiled this information into a catalog so people can connect to companies within the hydropower industry.”

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To develop the catalogue, INL researchers reviewed equipment manufacturer websites, interviewed technology providers, synthesized results from DOE-funded research, and analysed published papers and reports.

“Everything in the catalog is up-to-date,” said Atkinson. “We contacted everyone whose technologies we included about their products and linked to their websites.”

The catalogue features more than 100 turbine technologies complete with descriptions, applications, performance metrics, costs and potential benefits, where available. The catalogue helps users understand elements and site-specific considerations of a given technology.

Turbine technologies included in the catalogue can be applied in four main categories:

1. Impoundment: Converts potential energy from reservoir water into kinetic energy through an elevation drop.
2. Diversion: Requires minimal or no water storage, diverting water to a powerhouse.
3. Conduit: Uses tunnels, canal drops, pipelines, aqueducts and other structures.
4. Hydrokinetic: Generates energy from flowing water without requiring hydraulic head.

“We created something simple enough that anyone can understand it,” said Atkinson. “The biggest benefit is that anyone can go on the site and quickly identify something that fits their specific needs. They can learn everything they need in the Hydropower Technology Catalog, reducing the timeline for selecting a technology.”

INL said it is committed to continuing the development of the catalogue by adding additional features, and to ensure it remains up-to-date, regularly updating and enhancing the catalogue. Recently, details such as turbine efficiency and cost estimations have been added, and the team is working to add a catalogue of related service providers, including engineering, consulting and environmental firms.

“The Hydropower Technology Catalog is a very valuable, powerful interface tool that is readily available to help the hydropower industry and hydropower developers,” said Boualem Hadjerioua, the director of hydro operations at Mesa Associates Inc., and a catalog user.

Originally published by Sean Wolfe on Factor This