7/17/2019 Advanced Renewable Energy Sources

http://slidepdf.com/reader/full/advanced-renewable-energy-sources 1/1

 

Course Title: Advanced Renewable Energy Sources 

Type of course: undergraduate 

Field of study (Programme), specialization:Energetyka Power Engineering undergraduate, full time

Faculty course (module) code: ANS534  Semester : 6  ECTS: 3 

Level of course (module): Basic  Compulsory:

Format

(Teaching methods)

Weekly –

2 Lectures + 1 Tutorial

course graded in exam

session

Lecturers (Course leader):

 prof. dr hab. inż. Roman Domański

Objective:

Contents (lecture’s programme):

Teaching evaluation of renewable energy. Evaluation of implementation possibilities for renewableenergy, evaluation of environmental threats related to energy storage and conversion processes, feasibilityof individual technologies of renewable energy storage. Presenting new and future renewable energy

technologies.

Detailed contents:Basic terms related to energy conversion processes. World’s energy resources (fossil fuel and nuclear)versus renewable energy sources. The basic parameters for energy storage. Energy conversion

efficiency for selected processes and devices. Possibility of energy storage. Renewable sources; sunas an energy source, conversion of solar radiation energy (collectors and photovoltaic systems). Solarsystems for heating and hot water production. Biomass and biofuels – in energy and transportationsector. Solar power plants. Solar energy for heating and hot water generation. Wind energy and wind power generation. Energy of waters and oceans (tidal and wave energy conversion), OTEC. Geothermy –

geothermal systems, prospective hot dry rock technologies. Heat pump. Geothermy in Poland. Hydrogenas an energy carrier, hydrogen production by renewables. Examples of renewable energy conversion

systems for heat and power generation. Place for renewable in world energy scenario. Prospective power generation technologies using the renewables. Typical solutions of waste utilisation used in power engineering. Rationalization of energy consumption, increase of energy conversion efficiencies.Renewables energy sources versus environment protection. 

Abilities:

After passing the subject student will be able to analyze renewable energy resources and needs forstorage systems. Understand relation between the renewable and fossil and nuclear energy conversionsystems, understand the limits for renewables.

Assessment method: 

Recommended texts (reading):Materials for students placed on website

1. IEA: World Energy Outlook, OECD/IEA, 20062. Duffie J.A., Beckman W.A.: Solar Engineering of Thermal Processes, John Willey&Sons, 2006Further Readings:  will be provided by lecturer  

Prerequisites: Heat transfer 1 (ANK423) , Heliotechnika 1 (NS516) , Termodynamika (ZNW116)

Additional remarks:

Lecture based on Power Point presentations.