Optimal control of a bio-based phase change material thermal energy storage for demand response
Published by
Energy Conversion and Management
Summary
journal-article
Aneesh Chandra Nunna
About
Work
Technical University of Denmark
Denmark
Technical University of Denmark
|Postdoc
Denmark
→
Education
Technical University of Denmark
Denmark
→
PhD
Norwegian University of Science and Technology
Norway
→
PhD
Loughborough University
United Kingdom of Great Britain and Northern Ireland
→
MSc in Renewable Energy
Technical University of Denmark
Denmark
→
Research project
National Technical University of Athens
Greece
→
Wind Energy
Indian Institute of Technology Delhi
India
→
B.Tech in Production and Industrial Engineering
Publications
Optimal control of a bio-based phase change material thermal energy storage for demand response
Published by
Energy Conversion and Management
Summary
journal-article
Optimal control of a bio-based phase change material thermal energy storage for demand response
Published by
Energy Conversion and Management
Summary
journal-article
Feasibility Investigation of Thermal Management and Heat Recovery of Low-Temperature Hydrogen Electrolysis Systems
Published by
Proceedings of 2024 IEEE PES Innovative Smart Grid Technologies Europe (ISGT EUROPE)
Summary
conference-paper
Optimal Control of a Bio-Based Phase Change Material Thermal Energy Storage for Demand Response
Published by
SSRN
Summary
other
Energy flexibility in buildings through thermal storage devices
Summary
dissertation-thesis
Demand response with active phase change material based thermal energy storage in buildings
Published by
Energy Reports
Summary
journal-article
Demand response with active phase change material based thermal energy storage in buildings
Published by
Energy Reports
Summary
journal-article
Demand response with active phase change material based thermal energy storage in buildings
Published by
Energy Reports
Summary
journal-article
Demand side flexibility for a Heat Booster Substation with ultra low temperature district heating
Published by
Sustainable Energy, Grids and Networks
Summary
journal-article
Demand side flexibility for a Heat Booster Substation with ultra low temperature district heating
Published by
Sustainable Energy, Grids and Networks
Summary
journal-article
Demand side flexibility for a Heat Booster Substation with ultra low temperature district heating
Published by
Sustainable Energy, Grids and Networks
Summary
journal-article
Enhancing demand-side flexibility for Heat Booster Substations in Ultra-Low Temperature District Heating systems
Published by
SEST 2022 - 5th International Conference on Smart Energy Systems and Technologies
Summary
conference-paper
Enhancing demand-side flexibility for Heat Booster Substations in Ultra-Low Temperature District Heating systems
Published by
Proceedings of International Conference on Smart Energy Systems and Technologies (SEST)
Summary
conference-paper