Thermal energy storage for medium and high temperatures: concepts and applications
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[2022]
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| Beschreibung: | xi, 395 Seiten Illustrationen, Diagramme 240 mm x 168 mm |
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| 020 | |a 9783658020033 |c Gb. : ca. EUR 49.99 (DE) (freier Pr.), ca. EUR 51.39 (AT) (freier Pr.), ca. sfr 62.50 (freier Pr.) |9 978-3-658-02003-3 | ||
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| 044 | |a gw |c XA-DE-HE | ||
| 049 | |a DE-29T | ||
| 084 | |a 620 |2 sdnb | ||
| 100 | 1 | |a Steinmann, Wolf-Dieter |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Thermal energy storage for medium and high temperatures |b concepts and applications |c Wolf-Dieter Steinmann |
| 264 | 1 | |a Wiesbaden |b Springer |c [2022] | |
| 300 | |a xi, 395 Seiten |b Illustrationen, Diagramme |c 240 mm x 168 mm | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
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| 776 | 0 | 8 | |i Erscheint auch als |n Online-Ausgabe |z 978-3-658-02004-0 |
| 856 | 4 | 2 | |m X:MVB |q text/html |u http://deposit.dnb.de/cgi-bin/dokserv?id=4258560&prov=M&dok_var=1&dok_ext=htm |3 Inhaltstext |
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Datensatz im Suchindex
| _version_ | 1806414721688010752 |
|---|---|
| adam_text |
PART
I
CONCEPTS
1
INTRODUCTION
.
3
1.1
THE
HISTORICAL
DEVELOPMENT
OF
THERMAL
STORAGE
SYSTEMS
FOR
MEDIUM
AND
HIGH
TEMPERATURES
.
6
1.2
APPLICATION
AREAS
.
12
1.3
CLASSIFICATION
OF
STORAGE
CONCEPTS
.
15
1.4
CHARACTERIZATION
AND
ASSESSMENT
OF
STORAGE
SYSTEMS
.
20
1.5
ECONOMIC
ASPECTS
.
25
REFERENCES
.
27
2
LIQUID
STORAGE
MEDIA
.
29
2.1
CANDIDATE
STORAGE
FLUIDS
.
30
2.2
CONCEPTS
FOR
LIQUID
STORAGE
MEDIA
.
39
2.3
TWO
TANK
STORAGE
SYSTEMS
.
41
2.3.1
THERMAL
OIL
SYSTEMS
.
41
2.3.2
MOLTEN
SALT
SYSTEMS
.
43
2.4
RESEARCH
AND
DEVELOPMENT
.
57
2.5
MOLTEN
SALTS
AS
LIQUID
STORAGE
MEDIA
.
61
2.5.1
THERMOPHYSICAL
PROPERTIES
.
61
2.5.2
THERMAL
STABILITY
.
65
2.5.3
CORROSION
BEHAVIOR
.
68
2.5.4
SAFETY
ASPECTS
.
70
2.5.5
ENVIRONMENTAL
ASPECTS
.
71
REFERENCES
.
72
3
SOLID
STORAGE
MEDIA
.
77
3.1
CANDIDATE
STORAGE
MATERIALS
.
78
3.2
CONCEPTS
FOR
SOLID-STATE
STORAGE
SYSTEMS
.
83
3.3
REGENERATOR
TYPE
STORAGE
SYSTEMS
.
84
3.3.1
STACKED
BRICKS
.
90
3.3.2
PACKED
BED
.
93
3.3.3
EMBEDDED
HEAT
EXCHANGER
.
94
3.3.4
CELLFLUX
.
105
VII
VIII
CONTENTS
3.4
ACTIVE
STORAGE
SYSTEMS
.
107
3.5
THEORETICAL
ANALYSIS
OF
REGENERATOR
TYPE
SOLID
MEDIA
STORAGE
SYSTEMS
.
114
3.5.1
PHYSICAL
MODEL
.
114
3.5.2
GOVERNING
EQUATIONS
.
118
3.5.3
CONSTITUTIVE
EQUATIONS
.
120
3.5.4
ANALYTICAL
SOLUTIONS
.
123
3.5.5
NUMERICAL
SOLUTIONS
.
126
REFERENCES
.
128
4
DUAL
MEDIA
STORAGE
.
133
4.1
TYPES
OF
DUAL
MEDIA
STORAGES
.
134
4.2
PILOT
SCALE
DEMONSTRATION
OF
DUAL
MEDIA
STORAGE
SYSTEMS
.
139
4.3
THEORETICAL
ANALYSIS
OF
DUAL
MEDIA
STORAGE
.
142
4.4
OUTLOOK
.
147
REFERENCES
.
149
5
STEAM
ACCUMULATORS
.
153
5.1
BASIC
TYPES
OF
STEAM
ACCUMULATORS
.
154
5.1.1
SLIDING
PRESSURE
ACCUMULATOR
(RUTHS
STORAGE)
.
155
5.1.2
EXPANSION
TYPE
STORAGE
.
156
5.1.3
DISPLACEMENT
ACCUMULATOR
.
157
5.2
THERMODYNAMICS
OF
STEAM
ACCUMULATORS
.
158
5.2.1
SLIDING
PRESSURE
ACCUMULATOR
.
158
5.2.2
APPROXIMATE
SOLUTIONS
FOR
THE
SLIDING
PRESSURE
STEAM
ACCUMULATOR
.
164
5.2.3
EXPANSION
TYPE
STORAGE
.
171
5.3
STORAGE
VESSELS
.
173
REFERENCES
.
177
6
LATENT
HEAT
ENERGY
STORAGE
.
179
6.1
PHASE
CHANGE
MATERIALS
.
183
6.2
CONCEPTS
FOR
LATENT
HEAT
STORAGE
.
189
6.2.1
EXTENDED
HEAT
TRANSFER
SURFACE
CONCEPTS
.
194
6.2.2
ENCAPSULATION
.
217
6.2.3
INTERMEDIATE
HEAT
TRANSFER
FLUID
.
222
6.2.4
ACTIVE
SYSTEMS
.
224
6.3
MODELING
OF
PCM
STORAGE
SYSTEMS
.
230
REFERENCES
.
237
7
THERMOCHEMICAL
ENERGY
STORAGE
.
241
7.1
REACTION
SYSTEMS
FOR
THERMOCHEMICAL
ENERGY
STORAGE
.
243
7.1.1
CONCENTRATION/DILUTION
SYSTEMS
.
245
7.1.2
METHANE
REFORMING
.
246
7.1.3
AMMONIA
SYNTHESIS/DISSOCIATION
.
248
7.1.4
SULFUR
BASED
SYSTEMS
.
249
7.1.5
HYDROXIDES
.
252
CONTENTS
IX
7.1.6
CARBONATES
.
254
7.1.7
METAL
HYDRIDE
SYSTEMS
.
254
7.1.8
REDOX
SYSTEMS
.
256
REFERENCES
.
260
8
SELECTION
OF
STORAGE
CONCEPTS
.
263
8.1
OPERATING
TEMPERATURE
RANGE
.
263
8.2
WORKING
MEDIUM
.
265
8.3
TECHNICAL
DEVELOPMENT
STATUS
.
268
8.4
OTHER
CRITERIA
.
269
PART
II
APPLICATIONS
9
CONCENTRATING
SOLAR
POWER
PLANTS
.
273
9.1
CSP
SYSTEMS
.
274
9.2
STORAGE
FOR
CSP
.
275
9.3
RESEARCH
AND
DEVELOPMENT
PROJECTS
.
281
9.4
COMMERCIAL
CSP
FACILITIES
WITH
INTEGRATED
STORAGE
.
290
9.5
ROLE
OF
THERMAL
STORAGE
FOR
CSP
TECHNOLOGY
.
295
9.6
PROSPECTS
OF
CSP
WITH
INTEGRATED
THERMAL
STORAGE
.
300
REFERENCES
.
301
10
INDUSTRIAL
STORAGE
APPLICATIONS
.
303
10.1
BASIC
CONCEPTS
FOR
IMPROVING
INDUSTRIAL
ENERGY
EFFICIENCY
THROUGH
THERMAL
STORAGE
SYSTEMS
.
305
10.1.1
SUPPORTING
WASTE
HEAT
INTEGRATION
.
305
10.1.2
INCREASING
THE
UTILIZATION
FACTOR
OF
COMPONENTS
.
306
10.1.3
SUPPORT
FOR
WASTE
HEAT
CONVERSION
.
307
10.1.4
INTEGRATION
OF
RENEWABLE
ENERGY
.
308
10.1.5
INCREASING
THE
FLEXIBILITY
OF
COMBINED
HEAT
AND
POWER
(CHP)
PLANTS
.
309
10.1.6
STORAGE
AS
THERMAL
RECTIFIER
.
310
10.2
INDUSTRIAL
APPLICATION
AREAS
FOR
THERMAL
STORAGE
SYSTEMS
.
311
10.3
EXAMPLES
FOR
THE
USE
OF
STORAGE
SYSTEMS
IN
INDUSTRY
.
313
10.3.1
WASTE
HEAT
POWER
GENERATION
IN
THE
CEMENT
INDUSTRY
.
314
10.3.2
AUTOCLAVED
BUILDING
MATERIALS
.
320
10.4
PERSPECTIVES
.
325
REFERENCES
.
326
11
SYSTEMS
FOR
THE
STORAGE
OF
ELECTRICAL
ENERGY
.
327
11.1
STATE
OF
THE
ART:
LARGE-SCALE
ENERGY
STORAGE
.
328
11.2
BASIC
CONCEPTS
FOR
ELECTRICAL
ENERGY
STORAGE
BASED
ON
HEAT
STORAGE
.
328
11.2.1
POWER-TO-HEAT
TO
POWER
(PHP)
.
329
11.2.2
COMPRESSED
AIR
ENERGY
STORAGE
(CAES)
.
332
X
CONTENTS
11.2.3
PUMPED
THERMAL
ENERGY
STORAGE
(PTES)
.
339
11.2.4
LIQUID
AIR
ENERGY
STORAGE
(LAES)
.
355
11.3
HYBRID
CONCEPTS
.
358
11.4
OUTLOOK
.
360
REFERENCES
.
361
12
INTEGRATION
INTO
THERMAL
POWER
PLANTS
.
365
12.1
EARLY
STEAM
POWER
PLANTS
.
365
12.2
MODERN
POWER
PLANTS
.
368
12.3
OUTLOOK
.
369
REFERENCES
.
370
13
POWER
TO
HEAT
STORAGE
.
371
13.1
ELECTRICAL
HEAT
STORAGE
FOR
SPACE
HEATING
.
372
13.2
ELECTROTHERMAL
STORAGE
FOR
PROCESS
HEAT
.
374
REFERENCES
.
375
14
MOBILE
APPLICATIONS
.
377
14.1
ENERGY
SUPPLY
FOR
THE
PRIME
MOVER
IN
VEHICLES
.
377
14.1.1
SYSTEM
BASED
ON
STEAM
ACCUMULATORS
.
378
14.1.2
THERMOCHEMICAL
ENERGY
STORAGE:
THE
HONIGMANN
LOCOMOTIVE
.
380
14.1.3
STIRLING
SYSTEMS
FOR
ROAD
VEHICLES
.
383
14.2
THERMAL
MANAGEMENT
OF
VEHICLES
.
384
14.3
SPACE
APPLICATIONS
.
386
14.4
MOBILE
HEAT
STORAGE
FOR
HEAT
SUPPLY
.
389
REFERENCES
.
390
INDEX
.
393 |
| adam_txt |
PART
I
CONCEPTS
1
INTRODUCTION
.
3
1.1
THE
HISTORICAL
DEVELOPMENT
OF
THERMAL
STORAGE
SYSTEMS
FOR
MEDIUM
AND
HIGH
TEMPERATURES
.
6
1.2
APPLICATION
AREAS
.
12
1.3
CLASSIFICATION
OF
STORAGE
CONCEPTS
.
15
1.4
CHARACTERIZATION
AND
ASSESSMENT
OF
STORAGE
SYSTEMS
.
20
1.5
ECONOMIC
ASPECTS
.
25
REFERENCES
.
27
2
LIQUID
STORAGE
MEDIA
.
29
2.1
CANDIDATE
STORAGE
FLUIDS
.
30
2.2
CONCEPTS
FOR
LIQUID
STORAGE
MEDIA
.
39
2.3
TWO
TANK
STORAGE
SYSTEMS
.
41
2.3.1
THERMAL
OIL
SYSTEMS
.
41
2.3.2
MOLTEN
SALT
SYSTEMS
.
43
2.4
RESEARCH
AND
DEVELOPMENT
.
57
2.5
MOLTEN
SALTS
AS
LIQUID
STORAGE
MEDIA
.
61
2.5.1
THERMOPHYSICAL
PROPERTIES
.
61
2.5.2
THERMAL
STABILITY
.
65
2.5.3
CORROSION
BEHAVIOR
.
68
2.5.4
SAFETY
ASPECTS
.
70
2.5.5
ENVIRONMENTAL
ASPECTS
.
71
REFERENCES
.
72
3
SOLID
STORAGE
MEDIA
.
77
3.1
CANDIDATE
STORAGE
MATERIALS
.
78
3.2
CONCEPTS
FOR
SOLID-STATE
STORAGE
SYSTEMS
.
83
3.3
REGENERATOR
TYPE
STORAGE
SYSTEMS
.
84
3.3.1
STACKED
BRICKS
.
90
3.3.2
PACKED
BED
.
93
3.3.3
EMBEDDED
HEAT
EXCHANGER
.
94
3.3.4
CELLFLUX
.
105
VII
VIII
CONTENTS
3.4
ACTIVE
STORAGE
SYSTEMS
.
107
3.5
THEORETICAL
ANALYSIS
OF
REGENERATOR
TYPE
SOLID
MEDIA
STORAGE
SYSTEMS
.
114
3.5.1
PHYSICAL
MODEL
.
114
3.5.2
GOVERNING
EQUATIONS
.
118
3.5.3
CONSTITUTIVE
EQUATIONS
.
120
3.5.4
ANALYTICAL
SOLUTIONS
.
123
3.5.5
NUMERICAL
SOLUTIONS
.
126
REFERENCES
.
128
4
DUAL
MEDIA
STORAGE
.
133
4.1
TYPES
OF
DUAL
MEDIA
STORAGES
.
134
4.2
PILOT
SCALE
DEMONSTRATION
OF
DUAL
MEDIA
STORAGE
SYSTEMS
.
139
4.3
THEORETICAL
ANALYSIS
OF
DUAL
MEDIA
STORAGE
.
142
4.4
OUTLOOK
.
147
REFERENCES
.
149
5
STEAM
ACCUMULATORS
.
153
5.1
BASIC
TYPES
OF
STEAM
ACCUMULATORS
.
154
5.1.1
SLIDING
PRESSURE
ACCUMULATOR
(RUTHS
STORAGE)
.
155
5.1.2
EXPANSION
TYPE
STORAGE
.
156
5.1.3
DISPLACEMENT
ACCUMULATOR
.
157
5.2
THERMODYNAMICS
OF
STEAM
ACCUMULATORS
.
158
5.2.1
SLIDING
PRESSURE
ACCUMULATOR
.
158
5.2.2
APPROXIMATE
SOLUTIONS
FOR
THE
SLIDING
PRESSURE
STEAM
ACCUMULATOR
.
164
5.2.3
EXPANSION
TYPE
STORAGE
.
171
5.3
STORAGE
VESSELS
.
173
REFERENCES
.
177
6
LATENT
HEAT
ENERGY
STORAGE
.
179
6.1
PHASE
CHANGE
MATERIALS
.
183
6.2
CONCEPTS
FOR
LATENT
HEAT
STORAGE
.
189
6.2.1
EXTENDED
HEAT
TRANSFER
SURFACE
CONCEPTS
.
194
6.2.2
ENCAPSULATION
.
217
6.2.3
INTERMEDIATE
HEAT
TRANSFER
FLUID
.
222
6.2.4
ACTIVE
SYSTEMS
.
224
6.3
MODELING
OF
PCM
STORAGE
SYSTEMS
.
230
REFERENCES
.
237
7
THERMOCHEMICAL
ENERGY
STORAGE
.
241
7.1
REACTION
SYSTEMS
FOR
THERMOCHEMICAL
ENERGY
STORAGE
.
243
7.1.1
CONCENTRATION/DILUTION
SYSTEMS
.
245
7.1.2
METHANE
REFORMING
.
246
7.1.3
AMMONIA
SYNTHESIS/DISSOCIATION
.
248
7.1.4
SULFUR
BASED
SYSTEMS
.
249
7.1.5
HYDROXIDES
.
252
CONTENTS
IX
7.1.6
CARBONATES
.
254
7.1.7
METAL
HYDRIDE
SYSTEMS
.
254
7.1.8
REDOX
SYSTEMS
.
256
REFERENCES
.
260
8
SELECTION
OF
STORAGE
CONCEPTS
.
263
8.1
OPERATING
TEMPERATURE
RANGE
.
263
8.2
WORKING
MEDIUM
.
265
8.3
TECHNICAL
DEVELOPMENT
STATUS
.
268
8.4
OTHER
CRITERIA
.
269
PART
II
APPLICATIONS
9
CONCENTRATING
SOLAR
POWER
PLANTS
.
273
9.1
CSP
SYSTEMS
.
274
9.2
STORAGE
FOR
CSP
.
275
9.3
RESEARCH
AND
DEVELOPMENT
PROJECTS
.
281
9.4
COMMERCIAL
CSP
FACILITIES
WITH
INTEGRATED
STORAGE
.
290
9.5
ROLE
OF
THERMAL
STORAGE
FOR
CSP
TECHNOLOGY
.
295
9.6
PROSPECTS
OF
CSP
WITH
INTEGRATED
THERMAL
STORAGE
.
300
REFERENCES
.
301
10
INDUSTRIAL
STORAGE
APPLICATIONS
.
303
10.1
BASIC
CONCEPTS
FOR
IMPROVING
INDUSTRIAL
ENERGY
EFFICIENCY
THROUGH
THERMAL
STORAGE
SYSTEMS
.
305
10.1.1
SUPPORTING
WASTE
HEAT
INTEGRATION
.
305
10.1.2
INCREASING
THE
UTILIZATION
FACTOR
OF
COMPONENTS
.
306
10.1.3
SUPPORT
FOR
WASTE
HEAT
CONVERSION
.
307
10.1.4
INTEGRATION
OF
RENEWABLE
ENERGY
.
308
10.1.5
INCREASING
THE
FLEXIBILITY
OF
COMBINED
HEAT
AND
POWER
(CHP)
PLANTS
.
309
10.1.6
STORAGE
AS
THERMAL
RECTIFIER
.
310
10.2
INDUSTRIAL
APPLICATION
AREAS
FOR
THERMAL
STORAGE
SYSTEMS
.
311
10.3
EXAMPLES
FOR
THE
USE
OF
STORAGE
SYSTEMS
IN
INDUSTRY
.
313
10.3.1
WASTE
HEAT
POWER
GENERATION
IN
THE
CEMENT
INDUSTRY
.
314
10.3.2
AUTOCLAVED
BUILDING
MATERIALS
.
320
10.4
PERSPECTIVES
.
325
REFERENCES
.
326
11
SYSTEMS
FOR
THE
STORAGE
OF
ELECTRICAL
ENERGY
.
327
11.1
STATE
OF
THE
ART:
LARGE-SCALE
ENERGY
STORAGE
.
328
11.2
BASIC
CONCEPTS
FOR
ELECTRICAL
ENERGY
STORAGE
BASED
ON
HEAT
STORAGE
.
328
11.2.1
POWER-TO-HEAT
TO
POWER
(PHP)
.
329
11.2.2
COMPRESSED
AIR
ENERGY
STORAGE
(CAES)
.
332
X
CONTENTS
11.2.3
PUMPED
THERMAL
ENERGY
STORAGE
(PTES)
.
339
11.2.4
LIQUID
AIR
ENERGY
STORAGE
(LAES)
.
355
11.3
HYBRID
CONCEPTS
.
358
11.4
OUTLOOK
.
360
REFERENCES
.
361
12
INTEGRATION
INTO
THERMAL
POWER
PLANTS
.
365
12.1
EARLY
STEAM
POWER
PLANTS
.
365
12.2
MODERN
POWER
PLANTS
.
368
12.3
OUTLOOK
.
369
REFERENCES
.
370
13
POWER
TO
HEAT
STORAGE
.
371
13.1
ELECTRICAL
HEAT
STORAGE
FOR
SPACE
HEATING
.
372
13.2
ELECTROTHERMAL
STORAGE
FOR
PROCESS
HEAT
.
374
REFERENCES
.
375
14
MOBILE
APPLICATIONS
.
377
14.1
ENERGY
SUPPLY
FOR
THE
PRIME
MOVER
IN
VEHICLES
.
377
14.1.1
SYSTEM
BASED
ON
STEAM
ACCUMULATORS
.
378
14.1.2
THERMOCHEMICAL
ENERGY
STORAGE:
THE
HONIGMANN
LOCOMOTIVE
.
380
14.1.3
STIRLING
SYSTEMS
FOR
ROAD
VEHICLES
.
383
14.2
THERMAL
MANAGEMENT
OF
VEHICLES
.
384
14.3
SPACE
APPLICATIONS
.
386
14.4
MOBILE
HEAT
STORAGE
FOR
HEAT
SUPPLY
.
389
REFERENCES
.
390
INDEX
.
393 |
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| index_date | 2024-07-03T18:51:54Z |
| indexdate | 2024-08-04T00:28:44Z |
| institution | BVB |
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| spelling | Steinmann, Wolf-Dieter Verfasser aut Thermal energy storage for medium and high temperatures concepts and applications Wolf-Dieter Steinmann Wiesbaden Springer [2022] xi, 395 Seiten Illustrationen, Diagramme 240 mm x 168 mm txt rdacontent n rdamedia nc rdacarrier Wärmespeicher (DE-588)4064204-5 gnd rswk-swf Wärmespeicher (DE-588)4064204-5 s DE-604 Erscheint auch als Online-Ausgabe 978-3-658-02004-0 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=4258560&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033043625&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
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| title | Thermal energy storage for medium and high temperatures concepts and applications |
| title_auth | Thermal energy storage for medium and high temperatures concepts and applications |
| title_exact_search | Thermal energy storage for medium and high temperatures concepts and applications |
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| title_full | Thermal energy storage for medium and high temperatures concepts and applications Wolf-Dieter Steinmann |
| title_fullStr | Thermal energy storage for medium and high temperatures concepts and applications Wolf-Dieter Steinmann |
| title_full_unstemmed | Thermal energy storage for medium and high temperatures concepts and applications Wolf-Dieter Steinmann |
| title_short | Thermal energy storage for medium and high temperatures |
| title_sort | thermal energy storage for medium and high temperatures concepts and applications |
| title_sub | concepts and applications |
| topic | Wärmespeicher (DE-588)4064204-5 gnd |
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