Solar Energy Fundamentals and Modeling Techniques: by Zekai Sen

By Zekai Sen

Solar irradiation is the elemental initiator of renewable strength possible choices, corresponding to wind, wave, hydrogen and biomass power resources. Solar strength basics and Modeling Techniques offers equipment for the quantitative selection of the volume of sun irradiation incident on a floor in the world. The ebook collects jointly fabric from the present literature in atmospheric environmental sciences, weather switch learn, meteorology, engineering and renewable power, liberally illustrated by way of diagrams and labored examples.

Solar strength basics and Modeling Techniques offers a valid history to the underlying actual ideas of sun irradiation and effort, with reasons as to how those should be modeled and utilized in solar power tasks and layout. Bringing jointly info now not came across in different places in one resource, the ebook comprises an leading edge exposition of professional approach methodologies utilized in the area of sun irradiation and effort. as well as methodologies corresponding to records and geo-statistics (regionalized variables), new modeling techniques corresponding to fuzzy common sense inference, man made neural community (ANN) and genetic set of rules options are brought, besides either classical Kriging and newly constructed suggestions for spatial sunlight irradiation modeling.

Solar strength basics and Modeling Techniques is a useful source for college students, researchers and practitioners throughout a large spectrum of disciplines, together with power analysts, thermal equipment designers, photovoltaic experts, architects and engineers, agronomists, hydrologists, atmospheric scientists and meteorologists, weather switch experts, and environmentalists.

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Springer wish to recognize that that this e-book has used fabric from Professor Tariq Muneer’s ebook, “Solar radiation and sunlight models”, second version, 2004 released by way of Elsevier. the next fabric from Muneer’s booklet has been used inside this ebook. All determine, desk and part numbers consult with Muneer (2004).

Figure 1.1.2
Figure 1.2.1
Table 1.2.2
Section 1.10
Section 1.10.1
Section 1.10.2
Section 1.10.3
Section 1.11
Figure 1.10.1
Figure 1.11.1
Section 1.11.3
Table 1.11.1
Section 1.11.4
Section 1.11.5

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By Zekai Sen

Solar irradiation is the elemental initiator of renewable strength possible choices, corresponding to wind, wave, hydrogen and biomass power resources. Solar strength basics and Modeling Techniques offers equipment for the quantitative selection of the volume of sun irradiation incident on a floor in the world. The ebook collects jointly fabric from the present literature in atmospheric environmental sciences, weather switch learn, meteorology, engineering and renewable power, liberally illustrated by way of diagrams and labored examples.

Solar strength basics and Modeling Techniques offers a valid history to the underlying actual ideas of sun irradiation and effort, with reasons as to how those should be modeled and utilized in solar power tasks and layout. Bringing jointly info now not came across in different places in one resource, the ebook comprises an leading edge exposition of professional approach methodologies utilized in the area of sun irradiation and effort. as well as methodologies corresponding to records and geo-statistics (regionalized variables), new modeling techniques corresponding to fuzzy common sense inference, man made neural community (ANN) and genetic set of rules options are brought, besides either classical Kriging and newly constructed suggestions for spatial sunlight irradiation modeling.

Solar strength basics and Modeling Techniques is a useful source for college students, researchers and practitioners throughout a large spectrum of disciplines, together with power analysts, thermal equipment designers, photovoltaic experts, architects and engineers, agronomists, hydrologists, atmospheric scientists and meteorologists, weather switch experts, and environmentalists.

 

Springer wish to recognize that that this e-book has used fabric from Professor Tariq Muneer’s ebook, “Solar radiation and sunlight models”, second version, 2004 released by way of Elsevier. the next fabric from Muneer’s booklet has been used inside this ebook. All determine, desk and part numbers consult with Muneer (2004).

Figure 1.1.2
Figure 1.2.1
Table 1.2.2
Section 1.10
Section 1.10.1
Section 1.10.2
Section 1.10.3
Section 1.11
Figure 1.10.1
Figure 1.11.1
Section 1.11.3
Table 1.11.1
Section 1.11.4
Section 1.11.5

Show description

Read or Download Solar Energy Fundamentals and Modeling Techniques: Atmosphere, Environment, Climate Change and Renewable Energy PDF

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Additional info for Solar Energy Fundamentals and Modeling Techniques: Atmosphere, Environment, Climate Change and Renewable Energy

Example text

They are also referred to as the particulate matter that originates from other sources including ocean salt, volcanic ash, products of wind erosion, roadway dust, products of forest fires, and plant pollen and seeds. Although particulate matter comprises about 10 – 15% of the total mass of man-made air pollutants, their potential hazards are much greater. They present a health hazard to the lungs, enhance air pollution chemical reactions in the atmosphere, reduce visibility, increase the precipitation possibility in addition to fog and cloud formation, and reduce the solar radiation, leading to concomitant changes in the atmospheric environment temperature affecting the biological rates of plant growth and soil materials extensively.

Accordingly, the solar energy facilities decrease steadily from the equatorial region toward the polar regions. It is possible to state that the natural atmospheric circulations at planetary scales are due to solar energy input into the planetary atmosphere. In order to appreciate the heat transfer by the atmosphere, the difference between the absorbed and emitted planetary solar radiation amounts can be integrated from one pole to other, which gives rise to radiation change as in Fig. 1. It can be noted that the maximum transfer of heat occurs between 30° and 40° of latitude and it is equal to 4 ×1015 W.

2. 3. 4. Direct thermal decomposition or thermolysis Thermo-chemical processes Electrolysis Photolysis Large-scale hydrogen production has been obtained so far from the water electrolysis method, which can be used effectively in combination with photovoltaic cells. Hydrogen can be extracted directly from water by photolysis using solar radiation. Photolysis can be accomplished by photobiological systems, photochemical assemblies, or photoelectrochemical cells. Hydrogen has been considered by many industrial countries as an environmentally clean energy source.

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