MEASUR, formerly known as AMO-Tools-Desktop, is an energy efficiency calculation application for use with industrial equipment such as pumps, furnaces, fans, and motors, as well as for industrial systems such as steam.

The application is based on AMO legacy tools, such as PSAT, PHAST, FSAT and the SSMT.

Choose the proper installer to download for your operating system, and then run the installer after the download is finished to begin optimizing your facility.

For more information visit: https://github.com/ORNL-AMO/AMO-Tools-Desktop

Occassionally this page has trouble loading the links to the latest installers. This is something we are working on. In the meantime, if the download links do not appear, you can download directly from GitHub at: https://github.com/ORNL-AMO/AMO-Tools-Desktop/releases/latest under the "Assets" at the bottom of the page.

Additionally, if you would prefer to use a web version of the application in this browser you can go directly to https://measur.ornl.gov

The Department of Energy Industrial Efficiency and Decarbonization Office has tasked Oak Ridge National Laboratory to develop a tool to track, visualize, analyze and even forecast facility utility data in industrial settings. This tool will incorporate and expand on several existing DOE tools (EnPI, EnPI Lite, Energy Footprint Tool, Plant Energy Profiler), most of which currently are excel-based or excel-add ons. This project will integrate them into a common, open-source framework which is harmonized with other DOE software tools – mainly the DOE’s MEASUR tool suite.

For more information visit: https://github.com/ORNL-AMO/VERIFI

Occassionally this page has trouble loading the links to the latest installers. This is something we are working on. In the meantime, if the download links do not appear, you can download installers directly from GitHub at: https://github.com/ORNL-AMO/VERIFI/releases/latest under the "Assets" at the bottom of the page.

Additionally, if you would prefer to use a web version of the application in this browser you can go directly to https://verifi.ornl.gov

This is a pre-release version of the U.S. Department of Energy Advanced Manufacturing and Materials Technologies Office and the Industrial Efficiency & Decarbonization Office (DOE AMMTO IEDO) Tools Suite.

The suite can be installed locally using a downloaded version from the list below by running the following command: npm install /path/to/download

The suite can also be installed from npm: npm install measur-tools-suite

For more information visit: https://github.com/ORNL-AMO/MEASUR-Tools-Suite

Latest release documentation: Documentation

EnPI Downloads EnPI_v5.2.1

The EnPI V5.0 is a regression analysis based tool designed to help plant and corporate managers establish a normalized baseline of energy consumption and track annual progress of energy performance indicators (EnPIs).

For more information visit: https://github.com/ORNL-AMO/EnPI

PHASTEx Downloads v1.0.1

PHASTex (Process Heating Assessment and Survey Tool - Excel Version) is an Excel workbook for calculating energy efficiency in industrial fuel-fired furnaces.

No installation required, simply open the spreadsheet within Microsoft Excel.

For more information visit: https://github.com/ORNL-AMO/PHASTEx

PEPEx Downloads v1.0.1

Plant Energy Profiler - Excel Version Tool

No installation required, simply open the spreadsheet within Microsoft Excel.

For more information visit: https://github.com/ORNL-AMO/PEPEx

Desktop Digitizer Downloads 1.0.1

The Desktop Digitizer is an electron based desktop application allowing the user to digitize curves. It is based off the WebPlotDigitizer by Ankit Rohatgi.

For more information visit: https://github.com/ORNL-AMO/Desktop-Digitizer

Dynamic Sankey Downloads v0.1.0-beta

The Dynamic Sankey is a web-based tool to allow users to create custom Sankey diagrams. A Sankey Diagram is often used to show flow through a system. Currently, the Sankey Diagram takes inputs through the input boxes associated with each arrow. From there, the Sankey Diagram should detect changes and re-adjust itself to reflect those changes. The colored gradient of the Sankey also reflect the flow through the system.

Try out a hosted version for yourself here.

For more information visit: https://github.com/ORNL-AMO/Dynamic-Sankey