2016 IndustRE Workshop - 3 DSM Flexibility Assessment MethodologyLeonardo ENERGY
www.industre.eu
September 2016 Stakeholders Workshop
Simplified methodology to determine the value of industrial flexibility in given electricity market conditions.
The iPad Program at Chapel Hill-Chauncy Hall SchoolCory Olcott
Since 2013, Cory Olcott has served as an English instructor and the director of student activities at Chapel Hill-Chauncy Hall School (CH-CH) in Waltham, Massachusetts. Cory Olcott also leads as dean of the sophomore class and works to integrate technology into daily activities as a member of the school’s Tech Innovation Committee.
2016 IndustRE Workshop - 3 DSM Flexibility Assessment MethodologyLeonardo ENERGY
www.industre.eu
September 2016 Stakeholders Workshop
Simplified methodology to determine the value of industrial flexibility in given electricity market conditions.
The iPad Program at Chapel Hill-Chauncy Hall SchoolCory Olcott
Since 2013, Cory Olcott has served as an English instructor and the director of student activities at Chapel Hill-Chauncy Hall School (CH-CH) in Waltham, Massachusetts. Cory Olcott also leads as dean of the sophomore class and works to integrate technology into daily activities as a member of the school’s Tech Innovation Committee.
2016 IndustRE Workshop - 1 business models and policy recommendationsLeonardo ENERGY
www.industre.eu
September 2016 Stakeholders Workshop.
Presentation of business models for industrial demand side management and policy recommendations for the electricity market design.
Induction Heating – Operation, Applications and Case StudiesLeonardo ENERGY
The industrial process heating applications that use electrotechnologies have been found to improve product quality, productivity, energy efficiency, reduce energy intensity and have many other non-energy benefits. Induction technology is another electrotechnology based heating method for heating electrical conductive materials. It involves sending an alternating current (AC) through a copper coil which surrounds the material to be heated or melted. When a metal is placed inside the coil and enters the magnetic field, circulating eddy currents are induced within the metal. The resistance of the metal to the flow of the eddy currents causes the metal to heat up. In this webcast, the operation principles of induction heating technology used for both heating and melting, its applications and EPRI case studies will be presented. The information of vendors as well as other links to reference materials will be presented at the end.
2016 IndustRE Workshop - 1 business models and policy recommendationsLeonardo ENERGY
www.industre.eu
September 2016 Stakeholders Workshop.
Presentation of business models for industrial demand side management and policy recommendations for the electricity market design.
Induction Heating – Operation, Applications and Case StudiesLeonardo ENERGY
The industrial process heating applications that use electrotechnologies have been found to improve product quality, productivity, energy efficiency, reduce energy intensity and have many other non-energy benefits. Induction technology is another electrotechnology based heating method for heating electrical conductive materials. It involves sending an alternating current (AC) through a copper coil which surrounds the material to be heated or melted. When a metal is placed inside the coil and enters the magnetic field, circulating eddy currents are induced within the metal. The resistance of the metal to the flow of the eddy currents causes the metal to heat up. In this webcast, the operation principles of induction heating technology used for both heating and melting, its applications and EPRI case studies will be presented. The information of vendors as well as other links to reference materials will be presented at the end.