Pendahuluan Tentang Energi Terbarukan dan Berkelanjutan, sistem energy dan tipe energi terbarukan dan berkelanjutan; driving force (energy depletion and global emission  current system), global concern of greenhouse gases (GHGs), Net Zero by 2050,  energy scenario: the primary and secondary energy, Commercial Energy and Non Commercial Energy; the definition of renewable energy, Selanjutnya teori dasar Solar (PV), Wind dan Geothermal Power Energy, teori dasar Tidal, Wave, Ocean dan Biomass Energy; the principle of these renewable energies , energy outcome, potential and scenario for Implementation of Renewable Energy Sources. Biomass Conversion to Fuels: Gaseous fuels: Biogas-light gases: systhetic gas, Liquid fuels: corn ethanol, cellulosic ethanol, butanol, biodiesel; Biomass Conversion to Heat and Power: Dircet combation, Gasification, Heat and power cycles. Biomass energy production: slow pyrolysis, microwave pyrolysis and fast pyrolysis; bio-gas. bio-oil and char characteristics.  Exergy analysis of renewable energy sources, Hydrogen Energy Systems and Technologies Evaluasi Technical Performance dalam Perbandingan Energi Terbarukan dan Berkelanjutan, Economic Aspect for Renewable and Sustainable Energy Technology dan Social Acceptance for Renewable Energy

Renewable Energy Planning and Policy