Scalable Integrated Multi-Vector Energy Systems (SIM-VES)

可扩展集成多矢量能量系统（SIM-VES）

• 批准号: 10065763
• 金额: $ 2.71万
• 依托单位: UNIVERSITY OF SHEFFIELD
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=10065763
• 关键词: Scalable; Integrated; Multi; Vector; Energy

The aim of the SIM-VES project is to develop and demonstrate an integrated and readily scalable approach for delivering upgraded heat and power systems within buildings, with a particular focus on optimal control and multi-vector energy storage.As the existing stock decarbonisation progresses, low hanging fruit interventions have been largely exhausted, especially when it comes to the social housing stock which is subject to significant Government investment. Those properties remaining in the social stock are generally hard to treat or in the case of privately held stock, differ significantly from the social stock in that their starting energy efficiency is significantly lower as a starting point. With fabric interventions less likely to occur as a first step measure there is a need for a different approach to delivering high impact upgrade across significant portfolios of buildings dispersed across the country. SIM-VES takes a systems first approach to energy upgrade by enhancing interoperability of the most common systems households need to adopt when considering their net zero trajectory. SIM-VES aggregates and integrates heat pumps, novel long-term compact and steady state thermal storage, batteries, photovoltaics, and controls technology into an interoperable modular system with predictive capabilities to better respond to occupant demands, energy system requirements and cost points to manage energy, heat and power at building, community or national level.The SIM-VES approach aims to deliver:* User benefits: significantly lower energy bills and carbon emissions for consumers, without compromising comfort; security of power and heat stored at point of use.* Grid/Network benefits: peak demand reduction enabling significant reduction in grid carbon intensity, avoidance of green energy curtailment, and reduced or offset infrastructure investment..* Installer benefits: Simplified specification and installation pathway, unlocking delivery at scale.* National benefits: New commercial opportunities through delivery of a scalable retrofit solution for retrofit; potential for significant carbon reduction impact.

SIM-VES项目的目的是开发和展示一种集成的、易于扩展的方法，用于在建筑物内提供升级的供热和电力系统，特别关注优化控制和多矢量储能。随着现有存量脱碳的进展，低挂水果干预措施已基本耗尽，特别是在涉及社会住房存量时，这需要大量政府投资。这些留在社会存量中的属性通常难以处理，或者在私人持有的存量的情况下，与社会存量显著不同，因为它们的起始能源效率作为起点显著较低。由于织物干预不太可能作为第一步措施，因此需要采取不同的方法，在分散在全国各地的重要建筑物组合中提供高影响力的升级。SIM-VES采用系统优先的方法进行能源升级，增强家庭在考虑净零轨迹时需要采用的最常见系统的互操作性。SIM-VES将热泵、新型长期紧凑型稳态蓄热器、电池、光电转换器和控制技术聚合并集成到一个可互操作的模块化系统中，该系统具有预测能力，可以更好地响应居住者需求、能源系统要求和成本点，从而在建筑、社区或国家层面管理能源、热量和电力。SIM-VES方法旨在提供：显著降低消费者的能源费用和碳排放，同时不影响舒适度;电力和热量存储在使用点的安全性。网格/网络优势：减少峰值需求，从而显著降低电网碳强度，避免绿色能源削减，并减少或抵消基础设施投资。*优势：简化规格和安装路径，实现大规模交付。*国家利益：通过提供可扩展的改造解决方案来实现新的商业机会;具有显著的减碳潜力。