Assessment of New Energy Consumption Capability of Receiver Grid

In order to deal with the difficulty in consuming new energy such as wind power and photovoltaics in the receiving end grid, this paper proposes a new energy consumption evaluation model for the receiving end grid with the goal of maximizing the consumption of new energy. The model first builds a model for the combined heat and power (CHP) unit of the receiving end grid to free up space for new energy to be connected to the Internet; The energy is regarded as the power supply modeling inside the system; finally, the improved IEEE24 node system is used as a simple receiving-end power grid to conduct an example analysis. The results show that under the premise of prioritizing the consumption of external clean energy, the external clean energy can basically be fully consumed, and the local wind power consumption is also considerable. The new energy consumption of the system during the entire dispatch period is 19033MW.

I. Introduction

With the deepening of the dual carbon goal, the large-scale integration of new energy sources such as wind and light into the grid is becoming more and more important. However, due to the limited renewable energy in some areas of my country (such as Beijing), most of the clean energy is provided by the sending-end power grid, and if the clean energy is sent to the receiving-end power grid and cannot be consumed to the maximum extent, it will incur large power generation costs. Therefore, it is urgent to carry out research on the evaluation of the new energy consumption capacity of the receiving end power grid.