This question is based on a two-node network with one transm…

This question is based on a two-node network with one transmission line connecting the two nodes. Assume that a Regional Transmission Organization operates the electricity market for this system and that all generators provide supply offers equal to their marginal costs. Suppose in a certain hour,  Node A has 150 MWh of electricity demand and a generator with a marginal cost of $20/MWh. Node B has 150 MWh of electricity demand and a generator with a marginal cost of $40/MWh. Assume that both generators have 500 MW of capacity, but the transmission line connecting the two nodes has a capacity of 100 MW. Complete the following calculation: 1) What is the LMP at Node B? 2) What is the total revenue RTO collects from consumers? 3) What is the total payment from RTO to generators? 4) How much congestion revenue does the RTO collect in this market? Note: Please write your answers in integers or fractional numbers, for example, 1/5, 2, -3, etc. Write only numbers, and do not write unit in your answer.

An electricity market with a total capacity of 100 MW has fi…

An electricity market with a total capacity of 100 MW has five firms with capacity ownership listed below. What is the smallest size pivotal oligopoly in this market given different levels of demand? (Here “smallest size” implies a more concentrated market. For example, if you find that a single firm is a pivotal monopolist, you would check that answer instead of pivotal duopoly.) Firm A: 14 MW Firm B: 27 MW Firm C: 16 MW Firm D: 24 MW Firm E: 19 MW Demand in the market is 70 MW Demand in the market is 45 MW Demand in the market is 20 MW

Calculate the HHI for an electricity market where the capaci…

Calculate the HHI for an electricity market where the capacity ownership is listed below. Note that the total size of the market is 100 MW and the numbers listed for each firm are capacity holdings (also in MW). Firm A: 17 MW Firm B: 19 MW Firm C: 18 MW Firm D: 9 MW Firm E: 37 MW