利益相关者参与未来TE世界的商业模式

K. Aikin
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摘要

电力行业正在迅速变化,随着风能、太阳能和储能等分布式能源的日益普及,这种变化正在加速。另一个趋势是有利的电气化,最终将把很大一部分能源消耗从液体燃料转化为电力,进一步加速电网转型。与此同时,随着消费者积极参与电网,消费者、公用事业公司和其他实体之间的关系发生了根本性的变化,消费者的期望也在发生变化。公用事业公司和政策制定者需要对电网的发展做出回应。在未来的电网中,利益相关者将看到一个更具参与性、分布式、弹性和更清洁的电网,但新的商业模式将需要出现。公用事业行业和其他利益相关者正在寻找新的基于经济的方法,如交易能源,在自上而下的集中式系统向自下而上的分布式系统的价值转移过渡中发挥重要作用。在未来的电网中,什么样的架构、程序、控制和商业模式将推动这种交互能源的采用?目前还不清楚在这个新愿景中,什么样的商业模式将为公用事业和消费者所接受。它会是一个单一的业务模型,还是会有许多基于不同用例和位置的业务模型,由未来的交互能源架构支持?在本文中,参与者将快速了解预期的未来电网体系结构和可能由该体系结构启用的业务模型,允许集中式和分布式电网元素的灵活协调。
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Business Models for Stakeholder Participation in the Future TE World
The electric power industry is rapidly changing, and the change is accelerating with the increased penetration of distributed energy resources like wind, solar, and storage. Another trend, beneficial electrification, ultimately will convert a large portion of energy consumption from liquid fuels to electricity, further accelerating grid transformation. At the same time, consumer expectations are changing with the relationship between consumers, utilities, and other entities radically changing with consumers actively participating in the electric grid. Utilities and policymakers will need to respond to this grid evolution.In the future grid, stakeholders will see a more participatory, distributed, resilient, and cleaner grid, but new business models will need to emerge. The utility industry and other stakeholders are looking at new economic-based approaches like Transactive Energy to provide a prominent role in the transition from a top-down, centralized system to a more bottom-up distributed system for value transfer. What architecture, procedures, controls, and business models will drive this adoption of Transactive Energy in the future grid?It is currently unclear what business models will prevail for both utilities and consumers in this new vision. Will it be a single business model, or will there be many business models based upon different use cases and locations supported by a future Transactive Energy architecture? In this paper, participants will get a quick overview of the expected future grid architecture and likely business models enabled by that architecture, allowing for flexible coordination of both centralized and distributed electrical grid elements.
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