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Planning and Installing Photovoltaic Systems: A Guide for Installers, Architects and Engineers [Mīkstie vāki]

  • Formāts: Paperback / softback, 376 pages, height x width: 295x221 mm, weight: 1199 g, colour figures, photographs, tables, index
  • Izdošanas datums: 01-Nov-2004
  • Izdevniecība: Earthscan Ltd
  • ISBN-10: 1844071316
  • ISBN-13: 9781844071319
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  • Mīkstie vāki
  • Cena: 107,17 €*
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  • Formāts: Paperback / softback, 376 pages, height x width: 295x221 mm, weight: 1199 g, colour figures, photographs, tables, index
  • Izdošanas datums: 01-Nov-2004
  • Izdevniecība: Earthscan Ltd
  • ISBN-10: 1844071316
  • ISBN-13: 9781844071319
Citas grāmatas par šo tēmu:
Photovoltaic (PV) systems have gone far beyond the novelty stage, and have found a significant number of applications in commercial and industrial settings. This handbook addresses the newest developments, the market situation, and the services available in consulting, planning, design, economics and marketing. Topics include the basics behind PV systems and applications, PV system components, on-site visits and site surveys, shade analysis, planning and designing grid-connected and stand-alone systems, software and simulation programs for PV systems, mounting systems and building integration, installing, commissioning and operating PV systems, economic efficiencies, potential, and ecological aspects. The final chapter lists subsidies for PV systems in the UK and the US. Distributed by Stylus. Annotation ©2005 Book News, Inc., Portland, OR (booknews.com)
The basics
PV systems and applications
1(6)
Stand-alone systems
1(4)
Grid-connected systems
5(2)
Solar radiation
7(11)
The sun as a source of energy
7(1)
Distribution of solar radiation
7(3)
Direct and diffuse radiation
10(1)
Angle definition
10(1)
Position and spectrum of the sun
11(2)
Solar radiation on inclined planes
13(1)
Ground reflection
14(1)
Measuring solar radiation
15(1)
Increasing yield by tracking
16(2)
PV solar cells -- effect and function
18(3)
Functional principle of a solar cell
18(2)
Structure and function of a crystalline silicon solar cell
20(1)
Cell types
21(7)
Crystalline silicon cells
21(7)
Anti-reflection coating on crystalline silicon cells
28(1)
Surface structure and contacts on crystalline silicon cells
29(2)
Front contacts
29(1)
Rear contacts
30(1)
Thin-film cells
31(5)
Amorphous silicon cells
32(2)
Copper indium diselenide cells (CIS)
34(1)
Cadmium telluride cells (CdTe)
35(1)
New solar cell concepts
36(2)
Dye-sensitized nanocrystalline cells
36(1)
Microcrystalline and micromorphous solar cells
37(1)
Hybrid cells: HIT solar cells
37(1)
Comparison of solar cell types
38(1)
Electrical properties of solar cells
39(12)
Equivalent circuit diagrams of solar cells
39(3)
Additional solar cell models
42(2)
Cell parameters and solar cell characteristic curves
44(1)
Standard test conditions (STC)
44(3)
Spectral sensitivity
47(1)
Efficiency of solar cells and PV modules
48(3)
PV system components
51(66)
PV modules
51(30)
Cell stringing
51(1)
Cell encapsulation
52(3)
Types of module
55(2)
Design options for PV modules
57(9)
Module cable outlets and junction boxes
66(1)
Wiring symbols
66(1)
Characteristic curves for modules
67(1)
Module parameters
68(1)
Electrical characteristics of crystalline PV modules
69(2)
Hot spots, bypass diodes and shading
71(3)
Electrical characteristics of thin-film modules
74(4)
Quality certification for modules
78(2)
Interconnection of PV modules
80(1)
Generator junction box, string diodes and fuses
81(1)
Grid-connected inverters
82(13)
Wiring symbol and function
82(2)
Grid-controlled inverters (line-commutated inverters)
84(1)
Self-commutated inverters
85(3)
Parameters, characteristic curves and properties of inverters
88(5)
Inverter types and construction sizes in various power classes
93(1)
Further developments in inverter technology
94(1)
Cables
95(3)
Module lines and line cabling
95(3)
DC main cable
98(1)
AC connecting lead cable
98(1)
Installation material
98(1)
DC switch disconnector
98(1)
AC switch disconnector
99(1)
Miniature circuit breakers (MCBs)
99(1)
Earth leakage circuit breakers
99(1)
Accumulators/batteries
99(11)
Lead-acid batteries -- construction and operating principle
100(1)
Types and designs of lead-acid batteries
101(3)
Performance and characteristics of lead-acid accumulators
104(3)
Ageing effects
107(1)
Selection criteria
108(1)
Maintenance and safety information
109(1)
Recycling
110(1)
Charge controllers
110(4)
Series controllers
112(1)
Shunt controllers (parallel controllers)
112(1)
Depletion protection
112(1)
MPP charge controllers
113(1)
Stand-alone inverters
114(3)
Sine-wave inverters
115(1)
Trapezoidal inverters
115(1)
Application criteria for inverters in stand-alone systems
115(2)
On-site visits, site surveys and shading analysis
117(16)
On-site visits and site surveys
117(1)
Consulting with the customer
118(1)
Location analysis and shading of PV systems
119(9)
Shadow types
119(1)
Shading analysis
120(3)
Consideration of shading with the generator interconnection and system concept
123(5)
Checklists for building surveys
128(5)
PV system checklist
129(1)
PV generator, inverter and meter
130(1)
Lines and installation
131(1)
Other
131(1)
Shading checklist
131(2)
Planning and designing grid-connected systems
133(46)
System size and module choice
133(1)
System concepts
134(5)
Central inverter concept
134(1)
Array and string inverter concept
135(3)
Module inverter concept
138(1)
Inverter installation site
139(1)
Sizing the inverter
140(4)
Power sizing
140(1)
Voltage sizing
141(2)
Determining the number of strings
143(1)
Sizing using simulation programs
144(1)
Designing and sizing cables
144(7)
Withstand voltage
144(1)
Current-carrying capacity
144(1)
Minimizing the cable losses
145(1)
Sizing the DC cable
146(4)
Sizing the DC main cable
150(1)
Sizing the AC supply cable
150(1)
Selection and sizing of the generator junction box and the DC main switch
151(1)
Lightning, earthing and over-voltage protection
152(6)
Direct lightning strikes and external lightning protection
152(1)
Indirect lightning effects and internal lightning protection
153(2)
Lightning and over-voltage protection for buildings without lightning-protection systems
155(1)
Lightning and over-voltage protection for buildings with lightning-protection systems
155(2)
Earthing and potential equalization
157(1)
Lightning protection and earthing variants
157(1)
Mains connection
158(3)
Technical issues associated with grid connection in the US
159(1)
Procedural issues associated with grid connection in the US
159(1)
Selection of a type-approved inverter
160(1)
Electrical installation
161(1)
Connection procedures
161(1)
Metering
161(1)
Calculating and producing a quotation
161(11)
Costs
162(2)
Time expenditure and construction times
164(1)
Quotation texts
165(7)
Yield forecast
172(1)
Regulations and guidelines
173(3)
Building regulations
173(2)
International standards
175(1)
Checklist for dimensioning
176(2)
Standard interconnection agreement for the US
178(1)
Planning and designing stand-alone systems
179(14)
Coupling PV generators, batteries and loads
179(1)
Calculating the electricity consumption
180(1)
Sizing the PV generator
181(5)
Model for calculating the yield of a PV generator
181(2)
Consideration of cable, conversion and adjustment losses
183(1)
Summary of the design outcome
184(1)
Brief summary of the calculation method for designing a PV generator -- example of the small holiday home
185(1)
Sizing of the cable cross-sections
186(2)
Charge controller wiring
188(1)
Sizing of the battery
188(1)
Use of an inverter
189(1)
Hybrid system
190(3)
Software and simulation programs for PV systems
193(22)
Use of software and simulation programs
193(1)
Checking the simulation results
194(1)
Simulation of shading
194(1)
Market overview and classification of simulation programs
195(1)
Program descriptions
195(15)
Calculation programs
196(1)
Time-step simulation programs
196(9)
Simulation systems
205(1)
Supplementary programs and data sources
206(3)
Design and service programs
209(1)
Web-based simulation programs
209(1)
Tabular program overview
210(5)
Mounting systems and building integration
215(94)
Introduction
215(1)
Roof basics
216(8)
The roof's tasks
216(1)
Roof shapes
216(1)
Roof constructions
216(2)
Roof skin
218(4)
Sloping roofs
222(1)
Flat roofs
222(2)
Sloping roofs
224(38)
On-roof systems
224(11)
In-roof or roof-integrated systems
235(27)
Flat roofs
262(11)
On-roof systems
263(7)
In-roof or roof-integrated systems
270(3)
Facade basics
273(8)
External wall structures
273(2)
Facade types
275(1)
Facade systems
276(2)
Facade cladding
278(1)
Fastenings
279(1)
Joints, joint sealing
280(1)
Facades
281(15)
In front of the facade
282(1)
In the facade
283(13)
Glass roof structures
296(7)
Glass roofs above heated spaces
297(1)
Glass roofs above unheated spaces
298(2)
Glass roofs above open spaces
300(2)
Skylights on listed buildings
302(1)
Solar-shading devices
303(6)
Module fixing
304(1)
Fixed solar shading
304(3)
Movable solar shading
307(2)
Installing, commissioning and operating PV systems
309(30)
Introduction
309(1)
General installation notes
309(2)
DC installation
310(1)
Module interconnection
310(1)
Cable-laying
310(1)
Safety requirements when working on roofs
311(1)
Scaffolding
311(1)
Ladder access
311(1)
Roof ladders
311(1)
Personal protective equipment (PPE)
312(1)
Lifting materials to roof level
312(1)
Manual handling
312(1)
Installing a grid-connected PV system
312(7)
Preliminary remarks
312(1)
Procedure for installing the system
312(7)
Commissioning
319(11)
Sample domestic photovoltaic electrical installation certificate
320(6)
Sample application for connection -- UK
326(2)
Sample SSEG installation commissioning confirmation -- UK
328(2)
Malfunctioning, typical failures and maintenance for PV systems
330(1)
Maintenance and upkeep checklist
331(1)
Warranty and troubleshooting
331(2)
Monitoring operating data and system quality
333(2)
Operating data monitoring
333(1)
Web-based data transmission and evaluation
334(1)
Operating results of grid-connected PV systems
335(1)
Tax issues in connection with grid-connected PV systems
336(1)
Insurance for solar power systems
336(3)
Liability insurance for damage to third parties
336(1)
Damage to the PV system
337(1)
Comprehensive cover for solar power systems
337(2)
Economic efficiency, potentials and ecological aspects
339(12)
Economic assessment
339(2)
Cost trend
341(2)
Technological trends
343(1)
The market
344(2)
Potential for photovoltaic systems
346(1)
Ecological evaluation
346(5)
Energy assessment
346(2)
Recycling
348(3)
Subsidies for photovoltaic systems and additional market information
351(6)
Introduction
351(1)
Subsidies in the US
351(1)
Subsidies in the UK
352(1)
Subsidies in Australia
352(1)
Additional sources of information
353(4)
Sources of information in the UK
353(1)
Sources of information in the US
354(1)
Sources of information in Canada
354(1)
Sources of information in Australia
355(1)
Sources of information in Scandinavian countries
355(1)
Sources of information in other English-speaking countries
356(1)
Sources of information on the EU level
356(1)
References 357


DGS is the German section of the International Solar Energy Society. Translated and adapted by Ecofys, an international consultancy, specializing in sustainable energy and energy efficiency. Developed with funding from the EC's Altener programme