Due to the significant strides made in renewable energy generating units, they are now an appealing choice for supplying energy with various benefits. Furthermore, the aggregation of different energy generators and resources and the rise of energy conversion facilities, like combined heat and power (CHP), have paved the way for a new category of multi-energy prosumers. This research presents an innovative model for a local energy market structure consisting of an aggregator, prosumers, electricity, gas, and heat utility grids, and consumers. The interplay between these entities is handled as an auction model with proposed bidding strategies in which each player participates to maximize their own objective function. The numerical analysis reveals the impact of the pricing strategy on the prosumers' willingness to provide more energy during peak demand periods. Furthermore, the study highlights the potential for mutually beneficial collaborations between prosumers, which leads to reduced energy costs.

中文翻译：

---

考虑可再生能源不确定性的微电网多能源交易迭代拍卖方法

由于可再生能源发电机组取得了重大进展，它们现在成为提供能源并具有多种优势的有吸引力的选择。此外，不同能源生产者和资源的聚集以及热电联产（CHP）等能源转换设施的兴起，为新型多能源产消者铺平了道路。这项研究提出了一种由聚合者、产消者、电力、天然气和热力公用电网以及消费者组成的当地能源市场结构的创新模型。这些实体之间的相互作用被处理为拍卖模型，并提出投标策略，每个参与者都参与其中以最大化自己的目标函数。数值分析揭示了定价策略对产消者在需求高峰期间提供更多能源的意愿的影响。此外，该研究还强调了产消者之间互利合作的潜力，从而降低能源成本。