Contents: 1) Energy Category and Define; 2) World energy consumption and outlook; 3) Fossil fuels and the environment; 4) Energy transition.5）Clean energy technology: Fuel cell category and define；

3

Classroom teaching& Discussion

Associate Prof. Xiaojing Lv

（1）

Contents:

1）Fuel cell power system；2）Energy conversion in fuel cells；3）

Thermodynamic and electrochemical performance and model establishment 4）Fuel Cell power plant in the world

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

 （2）

Contents:

1）Gas turbine classification and development；

2) Theory of operation and energy conversion；

3) Gas turbine power plant and Combined cycle system

4) Modelling and thermodynamic

5) Gas turbine power using H₂ and NH₃

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

 （3）

Contents:

1. Low-temperature heat source concept and classification;
2. Working principle of the ORC
3. Applications for the ORC
4. Modeling of ORC systems
5. ORC combined with other clean power cycle

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

 （4）

Contents:

1. Natural gas category and components;
2. Natural gas Utilization Technology;
3. Traditional Combustion
4. Clean Combustion Technology
5. Natural gas in Smart energy system

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

 （5）

Contents:

Gas turbine combined cycle generator system and smart energy saving technology in Shanghai relative company

3

Visit and discussion

Associate Prof. Xiaojing Lv

（6）

Contents:

1) Conception of energy grade and utilization vale analysis;

2) Method and technology of Energy cascade utilization;

3) Theory of thermal conversion and technology; 4) Low-grade energy utilization and the heat pump; 5) The theory of the combined cooling heating and power generation and case study.

6) Design of Low carbon cycle

6

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

（7）（8）

Contents: 1) Power regeneration technology with supercritical steam;

2) Power regeneration technology by using fluidized boiler with high pressure;

3) Integrated coal gasification combined cycle technology (IGCC);

4) Integrated coal gasification combined fuel cell cycle (IGFC) technology.

6

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

（9）（10）

Contents: 1) History of biomass energy utilization;

2) Power generation with biomass power and comparing with the other power generation technology;

3) Influence of biomass power on the environment;

4) Some problems confronted with hydrogen made from biomass, including the safety of transportation of the raw material and the biomass waste process.

5) Modeling of producing H₂

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

（11）

Contents: 1) General introduction of solar energy; 2) Solar collector and corresponding design theory; 3) The application of solar energy in the buildings;

 4) Power generation by using solar energy.

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

(12)

Contents: 1) General introduction of wind energy; 2) Fundamental theory of wind energy and corresponding equipment as well as the efficiency of power generation with wind.

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

(13)

Contents: 1) General introduction of Multi-vector energy system;

2)Smart energy system and its application;

3) Operational performance;

4) Microgrid.

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

(14)

Contents: 1) Introduction of ocean energy and relevant equipment;

2) Introduction of ocean flow energy and relevant equipment;

3) Introduction of tidal energy and relevant equipment

3

Classroom teaching & discussion

Associate Prof. Xiaojing Lv

(15)

Discussion and Report

Each student will make a presentation PPT, and the presentation and discussion time will be 10 minutes.

3

Grading

Associate Prof. Xiaojing Lv

(16)