Building Integrated Photovoltaic Thermal Systems: For Sustainable DevelopmentsThis book describes recent developments in PV technologies, the solar radiation available on the earth, various BIPVT systems and their applications, energy and exergy analysis, carbondioxide migration and credit earned, life cycle cost analysis and life cycle conversion efficiency. |
Contents
Appendix | 361 |
Glossary | 400 |
417 | |
22 | 1 |
1 | 50 |
Thermal Comfort | 103 |
Solar Heating and Cooling Concepts for Buildings | 128 |
Implementation of Building Integrated Photovoltaic Thermal | 170 |
Kameyama | 181 |
Long Island | 186 |
the Town of Serravalle Scrivia | 194 |
Cooperative Insurance Tower | 208 |
Thermal Modelling and Performance Analysis | 220 |
Life Cycle Energy Analysis | 268 |
Carbon Dioxide Mitigation and Credit Earned | 298 |
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Common terms and phrases
absorbed absorption Agrawal and G. N. air flow air temperature ambient air amorphous silicon angle annual atmosphere average battery BIPV BIPVT system Building Integrated Photovoltaic carbon CdTe CIGS collector convection cost crystal diffuse duct efficiency electrical electrons embodied energy energy content EPBT equation façade factor fluid G. N. Tiwari given glass glazing greenhouse heat loss heat transfer coefficient ingot installed insulation junction layer mair Cair masonry mass flow-rate material monocrystalline multicrystalline n-type output overall heat transfer p-n junction photovoltaic array production PV array PV modules PV system rate of heat roof rooftop room air semiconductor shown in Figure silicon solar cells sol-air temperature solar energy solar radiation space substrate sunshine hours Tedlar thermal comfort thermal conductivity thermal energy thermal gain thickness thin-film Trombe wall unit valence band velocity voltage wafer