PPT-Demonstration of High-Temperature Calcium-Based Thermochemical Energy Storage System for

Use with Concentrating Solar Power Facilities Santosh Gangwal and Andrew Muto Energy and Environment Division Southern Research Durham North Carolina 27712 Project overview Project name Demonstration of HighTemperature CalciumBased Thermochemical Storage System for Use with Concentrating Solar Power Facilities . Thermochemistry. Energy absorbed or released as heat in a chemical or physical change is measured in a . calorimeter. .. In some calorimeters, known quantities of reactants are submersed in water and combusted. The energy given off is noted by the temperature change in water.. Presentation to . APPrO. Storage Symposium. November 19, 2014. 2. From Today’s Grid….to Tomorrow’s Grid. From less integration…. Today’s grid: electricity wires and connections are the focal point of the grid. Reduce energy usage within the home by recovering heat from attic . .. and using it to supplement the house heating system . Problem Statement. Design and develop a control system that will enable a whole house . Thermochemical Recuperation for High Temperature Furnaces Waste Heat Recovery Technology for Process Heating in the Steel Industry The potential steel market for the technology could be 75% of the F.Wang. 1. , . Y.Chen. 1. , . S.Li. 1. ,. F.Yang. 1, . 3. , B.J.Xiao. 1, 2.  . 1. Institute of Plasma Physics, Chinese Academy of Sciences, Hefei, China. 2. School of nuclear science and technology, University of Science and Technology of China. Track 10: Innovation. Session 6. John Schaaf. Johnson Controls. August 12, 2015. Energy Storage for Federal Installations. 2. Agenda. Company Background. Energy Storage. Applications. Puerto Rico Army National Guard. Peter Ota. Content Overview. Thermochemical Cycles. Heat sources for thermochemical cycles. Iodine-Sulfur cycle. Bromine-Sulfur hybrid cycle. Hybrid sulfur cycle. Conclusion. Thermochemical Cycles. Combine heats source with chemical reactions to split water into hydrogen and oxygen. Thermochemistry. Energy absorbed or released as heat in a chemical or physical change is measured in a . calorimeter. .. In some calorimeters, known quantities of reactants are submersed in water and combusted. The energy given off is noted by the temperature change in water.. Daniel Schultz. Content Overview. Theory/Process. Energy Storage. Specific Energy. Advantages. Disadvantages. Advancements. Modern . Day . Implementation. Energy Input and Extraction. W. orks . by accelerating a rotor (flywheel) to a very high speed and maintaining the energy in the system as rotational . Track 10: Innovation. Session 6. John Schaaf. Johnson Controls. August 12, 2015. Energy Storage for Federal Installations. 2. Agenda. Company Background. Energy Storage. Applications. Puerto Rico Army National Guard. Building California’s Flexible Grid: The Irvine Smart Grid Demonstration Closing Symposium. Southern California Edison. Loïc Gaillac. SCE, Advanced Energy Storage Manager. SCE Approach . Storage Technology Laboratory Evaluation. Farrokh Najmabadi. UC San Diego. 21. st. International Toki Conference, . 28 Novemeber-1 December 2011. Toki, Japan. Choice between . steady-state and pulsed operation . is purely an economic consideration. Regionally Integrated Climate Action Planning Suite (RICAPS) Working Group Meeting. August 22, . 2017. Jin Noh, Policy Manager. California Energy Storage Alliance (CESA). 1. The. California Energy Storage Alliance (CESA) . Transmission-Constrained Power System. Vilma Virasjoki. a. , . Paula . Rocha. a,b. , . Afzal S. . Siddiqui. b,c. , . and Ahti . Salo. a. a. . Department of Mathematics and Systems Analysis, Aalto . University.