This book analyzes energy-efficient lighting using solar-powered LED systems, focusing on the interplay of energy transformation and device efficiency. Covers many aspects of renewable energy; shows how more efficient appliances can reduce the cost of energy.

Limited availability of grid-based electricity is a major challenge faced by many developing countries, particularly the rural population. Fuel-based lighting, such as the kerosene lantern, is widespread in these areas, but it is a poor alternative, contributing to global warming and causing serious health problems. Several developing countries are therefore now encouraging the use of sustainable lighting.

Solar Lighting gives an in-depth analysis of energy-efficient light production through the use of solar-powered LED systems. The authors pay particular attention to the interplay between energy transformation and device efficiency. They also discuss diverse aspects of renewable energy, including how an improvement in the efficiency of appliances can reduce the cost of energy.

Solar Lighting is written for physicists, environmental experts and lighting engineers. It is also suitable for undergraduate students in the fields of environmental science, electrical engineering and renewable energy.

Discusses energy-efficient lighting sources Focuses on the engineering of solar-powered LED lighting Enables readers to improve provision of solar lighting

Autorentext

Ramchandra Pode is an emeritus professor at Kyung Hee University in Seoul, South Korea, known for his work in the fields of organic light-emitting diode (OLED) technologies and renewable energy. He has made significant contributions to several influential books on organic electronics and renewable energy, frequently as a co-author or chapter contributor. In 2011, he co-authored a book titled "Solar Lighting," part of the Green Energy and Technology series. Professor Pode’s research has focused on enhancing the efficiency and structure of OLED devices, such as phosphorescent OLEDs and transparent conducting electrodes. Further, his research contributions encompass the potential of lithium-ion batteries within renewable energy systems and the beneficial uses of rice husk ash waste generated by biomass power plants. Professor Boucar Diouf is a scholar and researcher specializing in sustainable technologies and energy systems, currently holding a position as a professor at Kyung Hee University in Seoul, South Korea. He obtained his Ph.D. in physics from INSA Toulouse in France, where he established a robust foundation in applied physics and subsequently in energy systems. Over the last 15 years, his research has been primarily concentrated on renewable energy integration, electric vehicle technologies, and the development of innovative strategies for energy efficiency. Professor Diouf has made significant contributions to the academic discourse in renewable energy technologies. Among his notable achievements are the reduction of electronic waste and the enhancement of access to clean energy and electric mobility. His research has explored the second life of mobile phone batteries, focusing on repurposing old batteries for use in affordable solar home systems. This initiative not only minimizes the accumulation of used batteries in landfills by facilitating their testing, refurbishment, and reuse but also fosters energy access by creating economical lighting solutions for rural households lacking electricity.

Inhalt

1. Why Clean Energy.- 2. Solar Photovoltaic Electricity.- 3. Light Emitting Diodes.- 4. OLED Lighting Technology.- 5. Acceptability of Solar Powered LED Lighting.