Description
Revised Book Description:
Experience the intricacies of sustainable energy with the newly revised 2nd Edition of Principles of Sustainable Energy Systems (PDF). This comprehensive textbook is meticulously curated for both first-year graduate students and undergraduate seniors, offering an essential foundation in sustainable energy systems and resources. It emphasizes renewable energy technologies while also addressing relevant contemporary trends, such as the increasing role of natural gas derived from fracking and the advancements in nuclear power.
Dive into an extensive exploration of the economic aspects of sustainable energy, evaluated through both traditional financial metrics and the innovative energy return on energy invested (EROI) framework. This PDF ebook is designed to equip you with practical and theoretical knowledge, making it an indispensable resource for students keen on understanding the dynamics of energy systems.
Highlighting the most current renewable technologies, the text covers essential topics such as wind energy, solar power, and biological processes including anaerobic digestion and geothermal energy. The updated 2nd edition has expanded its focus to include pressing social issues such as water scarcity, food production, climate change, population growth, and public policy related to engineering challenges. It thoroughly investigates the energy transition—how renewable energy sources can be integrated into existing systems to supplant fossil fuels sustainably.
**Explore the Key Enhancements in the 2nd Edition:**
- Comprehensive analytic models of energy systems, addressing both current and future economies
- In-depth analysis of the energy and social implications tied to sustainable energy practices
- Significantly enriched chapters covering wind, biomass, transportation, and diverse solar technologies
- Examination of current transition engineering issues equipped with analytic tools that minimize reliance on fossil fuels
- Insights into energy return on energy invested (EROI) to evaluate sustainability across various resource conversion and efficiency initiatives
- Introduction to the System Advisor Model (SAM) software, provided by the National Renewable Energy Laboratory (NREL), including practical examples and homework exercises
- Thorough updates across all chapters on renewable energy engineering technology, focusing specifically on transportation methods, passive design strategies, energy storage solutions, ocean energy potentials, and bioconversion techniques
Authored by the esteemed Frank Kreith and Susan Krumdieck, this revitalized edition of a widely regarded textbook adopts a holistic perspective on sustainable energy. It not only delves into diverse energy sources but also examines critical aspects such as energy storage, industrial process heating, and contemporary transportation solutions. By employing an analytical systems approach to energy engineering, the authors transcend the descriptive style typically found in similar textbooks, offering students a deeper understanding of the challenges and potential solutions in the realm of sustainable energy.
—
**ISBNs**:
9781626202209
9781626202353
Reviews
There are no reviews yet.