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2 1 Laboratory Work (onsite)/Modelling Exercise (online)-2: Electrocar powered by coal energy This is an individual exercise involves independent research and calculations. There will be a focus on Electrocar powered by coal energy. If 20 kwh electricity is used for driving an electrocar with distance of 100 km per day. You are expected to estimate the all-of-life costs, CO2 emission and etc. as below. 1. calculate the cost involved in each step, e.g., ('C9'), ('C12'), and the total Cost ('C14'); 2. calculate CO2 emission ('C16'); 3. add other criteria items, e.g.,5), 6), 7), 8), 9) ..., based on your research. (Note: The input results are supposed to be normalized to fit into the driving distance of 100 km per day). 3 4 5 6 7 8 Results 1) Search and calculate the cost involved to obtain 20 kwh electricity per day. (You may need to find out how much electricity is produced from a specific amount of coal) 9 10 Criteria 1) Coal exploration and extraction 2) Coal power station/system 3) Battery of the car 4) Charger of the car 5) ... 6) ... 7) 11 All-of-life cost estimation 2) Search the cost to produce electricity from a coal power plant, and input the cost involved for providing electricity required for the electrocar's battery 12 13 Cost in total 3) Search the battery cost and input the cost involved (must be normalized for driving 100 km per day). Note: Consider the battery life. 14 4) Search the price of charger, and input the cost involved 15 16 17 18 Environmental Concerns 8) CO2 emission of 20 kwh electricity 9)...? 10) ...? Calculate total cost. 19 20 Search and input CO2 emission. 2 1 Laboratory Work (onsite)/Modelling Exercise (online)-2: Electrocar powered by coal energy This is an individual exercise involves independent research and calculations. There will be a focus on Electrocar powered by coal energy. If 20 kwh electricity is used for driving an electrocar with distance of 100 km per day. You are expected to estimate the all-of-life costs, CO2 emission and etc. as below. 1. calculate the cost involved in each step, e.g., ('C9'), ('C12'), and the total Cost ('C14'); 2. calculate CO2 emission ('C16'); 3. add other criteria items, e.g.,5), 6), 7), 8), 9) ..., based on your research. (Note: The input results are supposed to be normalized to fit into the driving distance of 100 km per day). 3 4 5 6 7 8 Results 1) Search and calculate the cost involved to obtain 20 kwh electricity per day. (You may need to find out how much electricity is produced from a specific amount of coal) 9 10 Criteria 1) Coal exploration and extraction 2) Coal power station/system 3) Battery of the car 4) Charger of the car 5) ... 6) ... 7) 11 All-of-life cost estimation 2) Search the cost to produce electricity from a coal power plant, and input the cost involved for providing electricity required for the electrocar's battery 12 13 Cost in total 3) Search the battery cost and input the cost involved (must be normalized for driving 100 km per day). Note: Consider the battery life. 14 4) Search the price of charger, and input the cost involved 15 16 17 18 Environmental Concerns 8) CO2 emission of 20 kwh electricity 9)...? 10) ...? Calculate total cost. 19 20 Search and input CO2 emission
