Renewable Energy Technologies for Low-Carbon Development 1st Edition

Confronting the climate crisis and the urgent need for sustainable power requires clear, practical guidance — and Renewable Energy Technologies for Low-Carbon Development, 1st Edition by Chunbao Du, Yuan Cheng, and Gang Zhang delivers exactly that. This authoritative volume marries rigorous analysis with real-world application to map a credible pathway from fossil dependence to resilient, low-carbon energy systems.

Inside, readers will find comprehensive coverage of modern renewable technologies — from solar PV, wind, hydro, biomass, and geothermal to energy storage and smart-grid integration — alongside life-cycle assessments, techno-economic evaluation, and policy instruments that accelerate deployment. Case studies span global and regional contexts (including practical lessons from China, Asia, Europe, and developing regions), showing how technical choices intersect with regulatory frameworks, finance, and community planning.

Engineered for practitioners, policymakers, and advanced students, the text balances theory and application: clear explanations of core principles, quantitative tools for system design, and strategic frameworks for planning sustainable energy transitions. Whether you’re assessing project feasibility, shaping national energy policy, or researching low-carbon pathways, this book equips you with evidence-based strategies and scalable solutions.

For professionals seeking a decisive, actionable resource on clean energy transitions, this is an indispensable reference. Explore the technologies, policies, and models that power a low-carbon future — add Renewable Energy Technologies for Low-Carbon Development to your collection and take the next step toward sustainable energy leadership.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.