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Advanced Thermal Energy Storage Technology for Parabolic Trough
appsOther research productkeyboard_double_arrow_right Other ORP type 2003 Germany
Authors: Tamme, R.; Laing, D.; Steinmann, W.-D.;
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Materials for Solar Thermal Energy Conversion and Long-term Storage in Solid Sulphur
appsOther research productkeyboard_double_arrow_right Other ORP type 2021 Germany
Authors: Agrafiotis, Christos; Thanda, Vamshi Krishna; Thomey, Dennis; de Oliveira, Lamark; +4 Authors
Agrafiotis, Christos; Thanda, Vamshi Krishna; Thomey, Dennis; de Oliveira, Lamark; Mevißen, Lutz; Noguchi, Hiroki; Roeb, Martin; Sattler, Christian;
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Solar Thermal Power Plants - Dispatchable Power with Thermal Energy Storage
appsOther research productkeyboard_double_arrow_right Other ORP type 2010 Germany
Authors: Tamme, Rainer;
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chp 1 fundamentals of high temperature thermal energy storage transfer and conversion
appsOther research productkeyboard_double_arrow_right Other ORP type 2020 Germany Publisher:Elsevier BV
Authors: Bauer, Thomas;
doi: 10.1016/b978-0-12-819955-8.00001-6
doi: 10.1016/b978-0-12-819955-8.00001-6
Abstract Renewable energy generation is inherently variable. For example, solar energy shows seasonal (summer–winter), daily (day–night), and hourly (clouds) variations. Thermal energy storage (TES) systems correct this mismatch between the supply and demand of the thermal energy. Hence, TES is a key cross-sectional technology with growing present and future importance for utilizing volatile renewable sources (e.g., wind and photovoltaics) and energy efficiency improvements. This chapter gives a broad overview of different options and challenges for TES utilization in a high-temperature field. The chapter structure follows the value chain of TES development from material via component to system integration research and development aspects. The structure of this chapter is based on the classification commonly adopted in the academic literature, which distinguishes between three major TES types: sensible, latent, and thermochemical storage. The chapter focuses on high-temperature applications in the area of concentrating solar power generation and operation temperatures beyond 300°C.
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Chapter 10: Thermal Energy Storage
appsOther research productkeyboard_double_arrow_right Other ORP type 2019 Germany
Authors: Bauer, Thomas; Stadler, Ingo; Hauer, Andreas;
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Thermal Energy Storage for medium and high temperatures
appsOther research productkeyboard_double_arrow_right Other ORP type 2022 Germany
Authors: Steinmann, Wolf-Dieter;
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Testing key components for Carnot batteries in molten lead and molten salt at elevated temperatures
appsOther research productkeyboard_double_arrow_right Other ORP type Germany
Authors: Niedermeier, K.; Klasing, Freerk; Lux, M.; Daubner, M.; +4 Authors
Niedermeier, K.; Klasing, Freerk; Lux, M.; Daubner, M.; Weisenburger, A.; Bonk, Alexander; Bauer, Thomas; Wetzel, T.;
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Molten Salt Storage Systems
appsOther research productkeyboard_double_arrow_right Other ORP type Germany
Authors: Bauer, Thomas;
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Energy Storage for Energy Efficiency in the Industry: Examples of Applications in the Field
appsOther research productkeyboard_double_arrow_right Other ORP type 2013 Germany
Authors: Laing, Doerte; Hauer, Andreas;
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Thermal Energy Storage
appsOther research productkeyboard_double_arrow_right Other ORP type 2022 Germany
Authors: Tamme, Rainer; Laing, Dörte; Steinmann, Wolf-Dieter; Bauer, Thomas;
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The following results are related to Energy Research. Are you interested to view more results? Visit OpenAIRE - Explore.

972 Research products (1 rule applied)

download

Advanced Thermal Energy Storage Technology for Parabolic Trough
appsOther research productkeyboard_double_arrow_right Other ORP type 2003 Germany
Authors: Tamme, R.; Laing, D.; Steinmann, W.-D.;
DLR publication serv...arrow_drop_down
DLR publication server
Other ORP type . 2004
Data sources: DLR publication server
DLR publication server
Other ORP type . 2003
Data sources: DLR publication server
DLR publication server
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Please grant OpenAIRE to access and update your ORCID works.
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Materials for Solar Thermal Energy Conversion and Long-term Storage in Solid Sulphur
appsOther research productkeyboard_double_arrow_right Other ORP type 2021 Germany
Authors: Agrafiotis, Christos; Thanda, Vamshi Krishna; Thomey, Dennis; de Oliveira, Lamark; +4 Authors
Agrafiotis, Christos; Thanda, Vamshi Krishna; Thomey, Dennis; de Oliveira, Lamark; Mevißen, Lutz; Noguchi, Hiroki; Roeb, Martin; Sattler, Christian;
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Solar Thermal Power Plants - Dispatchable Power with Thermal Energy Storage
appsOther research productkeyboard_double_arrow_right Other ORP type 2010 Germany
Authors: Tamme, Rainer;
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chp 1 fundamentals of high temperature thermal energy storage transfer and conversion
appsOther research productkeyboard_double_arrow_right Other ORP type 2020 Germany Publisher:Elsevier BV
Authors: Bauer, Thomas;
doi: 10.1016/b978-0-12-819955-8.00001-6
doi: 10.1016/b978-0-12-819955-8.00001-6
Abstract Renewable energy generation is inherently variable. For example, solar energy shows seasonal (summer–winter), daily (day–night), and hourly (clouds) variations. Thermal energy storage (TES) systems correct this mismatch between the supply and demand of the thermal energy. Hence, TES is a key cross-sectional technology with growing present and future importance for utilizing volatile renewable sources (e.g., wind and photovoltaics) and energy efficiency improvements. This chapter gives a broad overview of different options and challenges for TES utilization in a high-temperature field. The chapter structure follows the value chain of TES development from material via component to system integration research and development aspects. The structure of this chapter is based on the classification commonly adopted in the academic literature, which distinguishes between three major TES types: sensible, latent, and thermochemical storage. The chapter focuses on high-temperature applications in the area of concentrating solar power generation and operation temperatures beyond 300°C.
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Chapter 10: Thermal Energy Storage
appsOther research productkeyboard_double_arrow_right Other ORP type 2019 Germany
Authors: Bauer, Thomas; Stadler, Ingo; Hauer, Andreas;
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Thermal Energy Storage for medium and high temperatures
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Testing key components for Carnot batteries in molten lead and molten salt at elevated temperatures
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Authors: Niedermeier, K.; Klasing, Freerk; Lux, M.; Daubner, M.; +4 Authors
Niedermeier, K.; Klasing, Freerk; Lux, M.; Daubner, M.; Weisenburger, A.; Bonk, Alexander; Bauer, Thomas; Wetzel, T.;
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Molten Salt Storage Systems
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Energy Storage for Energy Efficiency in the Industry: Examples of Applications in the Field
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Thermal Energy Storage
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Authors: Tamme, Rainer; Laing, Dörte; Steinmann, Wolf-Dieter; Bauer, Thomas;
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Advanced Thermal Energy Storage Technology for Parabolic Trough

Materials for Solar Thermal Energy Conversion and Long-term Storage in Solid Sulphur

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chp 1 fundamentals of high temperature thermal energy storage transfer and conversion

Chapter 10: Thermal Energy Storage

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Testing key components for Carnot batteries in molten lead and molten salt at elevated temperatures

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Energy Storage for Energy Efficiency in the Industry: Examples of Applications in the Field

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Advanced Thermal Energy Storage Technology for Parabolic Trough

Materials for Solar Thermal Energy Conversion and Long-term Storage in Solid Sulphur

Solar Thermal Power Plants - Dispatchable Power with Thermal Energy Storage

chp 1 fundamentals of high temperature thermal energy storage transfer and conversion

Chapter 10: Thermal Energy Storage

Thermal Energy Storage for medium and high temperatures

Testing key components for Carnot batteries in molten lead and molten salt at elevated temperatures

Molten Salt Storage Systems

Energy Storage for Energy Efficiency in the Industry: Examples of Applications in the Field

Thermal Energy Storage

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