How can a residential electric vehicle [EV] charger improve grid reliability, reduce emissions and support clean energy? At OSIsoft’s 2015 Users Conference, Dr. Valery Miftakhov presented how eMotorWerks uses thePI System to enable “true vehicle to grid integration” through their JuiceBox Smart[Grid] Charging System. By shifting when and how much electricity the JuiceBox network draws from the grid, the Smart[Grid] System tailors EV charging parameters according to grid conditions to “maximize electric vehicle [EV] charging speed and efficiency while reducing costs.”  Using the PI System, eMotorWerks has created a shared data ecosystem “to deliver superior charging performance while providing valuable services to improve grid stability and enable growth of renewable [power] generation.”   ...

One of the nation’s largest four-service utility providers, Colorado Springs Utilities supplies energy and water to over 450,000 people. The state-certified laboratory of the Water Quality Assurance section processes over 14,000 samples and 80,000 analytes per year from eight watersheds, seven finished water treatment facilities, 38 finished water reservoirs, four post-chlorination stations, two wastewater treatment facilities, and over 2700 miles of pipeline. Along with Jeannette Ortiz, David Mora, Environmental Scientist Lead of Water Quality Assurance explained to the 2015 OSIsoft Users Conference how Water Quality Assurance has rolled out a PI System data infrastructure to increase data accessibility and decrease operational costs and reporting times.

Arizona Public Service (APS) is also one of the leading solar utilities in the country with over 170 MW of solar capacity and 40MW slated to come online in the near future. APS' talk addressed both the value of the PI System and their Enterprise Agreement (EA). Katie Hoepfl discussed how Arizona Public Service uses the PI System to manage asset health with only six field technicians. Kurt Pager discussed how their innovative residential solar program is enabled by a collaboration with the Electric Power Research Institute (EPRI) and the University of Arizona.
Year: 2016

Résumé et conclusion ...
Year: 2016

Hydro-Québec possède un parc important d’ouvrages de retenue dont l’état doit être surveillé. Cette présentation décrit l’infrastructure logicielle du nouveau système d’acquisition automatique des données (SAAD) qui sera déployé en 2016-2017 au barrage Daniel-Johnson de l’aménagement Manicougan-5. La chaîne complète ...
Year: 2016