Optimization of Building Load Aggregation strategies for campus with counting and Adjustable Load characteristics

With the gradual increase in zero-carbon and electric energy alternative buildings under the “dual-carbon” goal, building load aggregators in parks, which help the grid balance electricity supply and demand, have experienced significant development as a new type of market entity. However, The financial rewards and regulatory effectiveness of these aggregators hinge on the varying responsiveness of the adjustable loads they consolidate. they aggregate. Given the diverse building types and the substantial differences in the response characteristics of each type of switching load, addressing these issues becomes crucial. This paper focuses on buildings with multiple types of switchable loads and quantitatively evaluates the response modes, response capabilities, and response costs of different aggregation objects. The impact of these costs on overall revenue is analyzed. Using the spot market trading situation as a case study, the paper quantitatively assesses how different response objects affect overall revenue in various scenarios. This approach validates the model and provides valuable insights for decision-makers to improve overall operational revenue.