4. Case 3) Electricity demand increases due to increased EV adoption We will continue using the Case 2 supply curve (with the solar plant in operation) for this analysis. Suppose that electricity consumption from electric vehicles (EV) increases significantly. Consequently, electricity demand in the wholesale market increases at every hour. The new demand levels are shown in Table 5 below. The market operator has backup power plants (using natural gas) ready, with a total capacity of 300 MW and a MC of $100/MWh. Table 5: Hourly Demand (selected hours) Hour Demand (MWh) 4 AM 800 10 AM 1000 ... 2 PM 1100 ... 6 PM 1300 (a) Find the market clearing prices and calculate how much electricity each power plant generates in the hourly market (4AM, 10AM, 2PM, and 6PM). Is there a specific hourly market in which the market operator will need to dispatch backup generation? (b) Compare the Case 2 scenario with the Case 3 scenario in terms of CO2 emissions and average electricity price. Based on your assessment, do you think the grid (wholesale market) is ready to accommodate the increased demand from EV use?
4. Case 3) Electricity demand increases due to increased EV adoption We will continue using the Case 2 supply curve (with the solar plant in operation) for this analysis. Suppose that electricity consumption from electric vehicles (EV) increases significantly. Consequently, electricity demand in the wholesale market increases at every hour. The new demand levels are shown in Table 5 below. The market operator has backup power plants (using natural gas) ready, with a total capacity of 300 MW and a MC of $100/MWh. Table 5: Hourly Demand (selected hours) Hour Demand (MWh) 4 AM 800 10 AM 1000 ... 2 PM 1100 ... 6 PM 1300 (a) Find the market clearing prices and calculate how much electricity each power plant generates in the hourly market (4AM, 10AM, 2PM, and 6PM). Is there a specific hourly market in which the market operator will need to dispatch backup generation? (b) Compare the Case 2 scenario with the Case 3 scenario in terms of CO2 emissions and average electricity price. Based on your assessment, do you think the grid (wholesale market) is ready to accommodate the increased demand from EV use?
Managerial Economics: Applications, Strategies and Tactics (MindTap Course List)
14th Edition
ISBN:9781305506381
Author:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris
Publisher:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris
Chapter17: Long-term Investment Analysis
Section: Chapter Questions
Problem 3.4CE
Related questions
Question

Transcribed Image Text:4. Case 3) Electricity demand increases due to increased EV adoption
We will continue using the Case 2 supply curve (with the solar plant in operation) for this
analysis. Suppose that electricity consumption from electric vehicles (EV) increases
significantly. Consequently, electricity demand in the wholesale market increases at every hour.
The new demand levels are shown in Table 5 below.
The market operator has backup power plants (using natural gas) ready, with a total capacity of
300 MW and a MC of $100/MWh.
Table 5: Hourly Demand (selected hours)
Hour
Demand (MWh)
4 AM
800
10 AM
1000
...
2 PM
1100
...
6 PM
1300
(a) Find the market clearing prices and calculate how much electricity each power plant
generates in the hourly market (4AM, 10AM, 2PM, and 6PM). Is there a specific hourly
market in which the market operator will need to dispatch backup generation?
(b) Compare the Case 2 scenario with the Case 3 scenario in terms of CO2 emissions and
average electricity price. Based on your assessment, do you think the grid (wholesale
market) is ready to accommodate the increased demand from EV use?
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