Tripoli solar container subsidy policy document

Why does the government subsidize a private-owned port?

At the same time, compared with the amount of subsidy given to the privately-owned port in Cases 1 and 2 (RMB18.71 million), the government subsidizes its own port more (i.e., implicit subsidy to balance the revenue and expenditure of shore power operation, RMB37.42 million), reduces emissions more, and leads to a lower system cost.

Does government subsidy promote the application of shore power technology?

Government subsidy is recognized as a promising measure to promote the application of shore power technology. In this paper, two widely adopted subsidy strategies, i.e., subsidy for facility investment and subsidy for the price of shore power, are analytically discussed and compared in the Stackelberg game framework.

Does a hybrid mode operation scheme affect government subsidy design?

Therefore, it is worthwhile to investigate the effects of these regulations on government subsidy design and investment and pricing behaviors of the port. A hybrid mode operation scheme will affect the objectives and investment behaviors of the government and the port, and thus the optimal subsidy design.

What is the optimal amount of government subsidy per unit shore power?

The optimal proportion that the government shares with the port for the facility investment in Case 1 is 0.61 and the optimal amount of subsidy per unit shore power in Case 2 is 0.76 RMB/kWh, which leads to the same minimum government costs of RMB142.35 million per year for both cases.

How to determine the optimal amount of subsidy given to a port?

Accordingly, once a subsidy strategy is chosen, the optimal amount of subsidy given to the port can then be determined by using the method developed in Sections 2 Stackelberg game models with different subsidy strategies of private port operation scheme, 2.3 Case 2: government subsidies on the price of shore power for a privately-owned port.4.

How much does shore power cost in case 0 without government subsidies?

As shown in Table 11, when the cost of providing shore power increases from RMB0.1 per kWh to RMB 1.5 per kWh, the shore power price in Case 0 without government subsidies increases by RMB0.7 per kWh from RMB2.34 per kWh to RMB3.04 per kWh.