Solve these problems considering the attched data

For Problems 1-4, consider the unit commitment problem attached. Solve using dynamic programming Problem 1: Perform unit commitment for this three-generator system considering the first three hours only. Ignore reserve requirements and ramping constraints Problem 2 Perform unit commitment for this three-generator system considering the first three hours only. lgnore amping constraints, However, take into consideration that the reserve requirement at each hour is at least 7% of the load of that hour. What do you observe? Problem 3: Perform unit commitment for this three-generator system considering the first three hours only. Ignore reserve requirements However, take into consideration that the ramp rate for all units is 55 MW/hr. What do you observe? Problem 4 Perform unit commitment for this three-generator system considering all the five hours. lgnore reserve requirements and ramping constraints Hint: You might need to define the state not only by the unit status, but also by the unit history. For example, consider the combination 011 (unit 1 OFF, unit 2 ON, unit 3 ON). On the slides, this represented one state. In general, however, at least two states should be defined by 011: a state where unit B has been ON for 1 hour only, and a state where unit B has been on for two hours.] For Problems 1-4, consider the unit commitment problem attached. Solve using dynamic programming Problem 1: Perform unit commitment for this three-generator system considering the first three hours only. Ignore reserve requirements and ramping constraints Problem 2 Perform unit commitment for this three-generator system considering the first three hours only. lgnore amping constraints, However, take into consideration that the reserve requirement at each hour is at least 7% of the load of that hour. What do you observe? Problem 3: Perform unit commitment for this three-generator system considering the first three hours only. Ignore reserve requirements However, take into consideration that the ramp rate for all units is 55 MW/hr. What do you observe? Problem 4 Perform unit commitment for this three-generator system considering all the five hours. lgnore reserve requirements and ramping constraints Hint: You might need to define the state not only by the unit status, but also by the unit history. For example, consider the combination 011 (unit 1 OFF, unit 2 ON, unit 3 ON). On the slides, this represented one state. In general, however, at least two states should be defined by 011: a state where unit B has been ON for 1 hour only, and a state where unit B has been on for two hours.]