充分发挥电网企业优势 加快拓展基于多能互补的综合能源服务业务

在当前能源转型和电力体制改革的新形势下，电网企业转型开展综合能源服务是必然选择。同时，随着能源互联网技术发展，使得能源之间互联、能源和信息融合进一步加强，为发展综合能源服务提供了可能。电网企业开展综合能源服务顺应客户需求，市场渣力巨大，是未来重要的利润増长点。如何充分发挥电网企业的优势，运用互联网思维，促进多种新能源的模化利用，将多种能源的源、网、荷、储深度融合，拓展出种类丰富的新型商业模式，为用户量身定制能源产品和服务搭配方案，是当下电网企业转型综合能源服务商考虑的首要问题。本文提出了一种适用于IES的扩展ewton－Raphson综合能源系统稳态多能流计算方法，构建综合能源系统多异质能流统一调度模型，进一岁构建智慧能源综合管理平台。将当下电力市场改革环境下实施的较为成功的商业模式与综合能源平台有机结合，可拓展出种类丰高的新型商业模式，进而组成一个从生产到消费再到增值服务的整个综合能源产业链。

Give full play to the advantages of power grid enterprises, accelerate the expansion of integrated energy service business based on multi-energy complementarity

Under the current situation of energy transformation and power system reform, it is an inevitable choice for power grid enterprises to transform and develop integrated energy services. At the same time, with the development of energy Internet technology, the interconnection of energy, energy and information integration has been further strengthened, which has made it possible to develop integrated energy services. The grid enterprises carry out comprehensive energy services to meet the needs of customers, and the market has huge scum strength, which is an important profit in the future. How to give full play to the advantages of power grid enterprises, use Internet thinking, promote the modularization of a variety of new energy sources, and source, network, load and store multiple energy sources. Deep integration, expand a variety of new business models, tailor-made energy products and service matching solutions for users, is the current power grid enterprise. The primary issue for transitioning integrated energy service providers. This paper proposes an extended ewton-Raphson integrated energy system steady-state multi-energy flow calculation method for IES, and builds a unified heterogeneous energy flow unified scheduling model for integrated energy systems. By combining the more successful business models implemented in the current power market reform environment with the integrated energy platform, a new type of business model with a high variety can be developed to form a comprehensive energy industry chain from production to consumption to value-added services.