Co-operative Heat Network

合作热网

• 批准号: 10072315
• 金额: $ 38.12万
• 依托单位: BLACKPOOL COUNCIL
• 依托单位国家: 英国
• 项目类别: Feasibility Studies
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10072315
• 关键词: Co; operative; Heat; Network

Drawing on earlier funding BC have developed a transformative vision for the region. Within a decade, Blackpool's economy will be rejuvenated and its carbon footprint minimised. A series of renewable-powered, efficient, 'edge' data centres will underpin a new innovation economy. These data centres will be liquid cooled and their excess heat will feed into a new heat network serving homes and businesses across the town.Heat networks are a validated and efficient way of reducing emissions across a wide area, and by adding new sources of heat (data centres), the solution improves over time. The challenge for BC stems from the fact that there are multiple parties and programmes which need to be aligned to support the heat network construction and operation. For example, a major development in the centre of town - Blackpool Central - is being built by a private developer. This will need to be embedded into the design and operation of the network. The recently announced Multiversity development is nearby and also needs to be integrated into the heat network - it has to be delivered within two years.BC will appoint a Net Zero Innovation Delivery Officer (NZIDO) to address these challenges. The Co-operative Heat Network (CHN) project will develop an innovative co-operative 'layer' to manage relationships around the heat network, minimising the need for complex and time consuming traditional commercial contracts. This model will be developed in close partnership with regional stakeholders - the NHS Trust, Coastal Housing, datacentres, finance specialists, co-operative specialists, Heat Service Providers (HSPs), community organisations and other public sector bodies.The primary objectives of the CHN project are:?Facilitate creation of a heat network through a model which shares risk between public sector bodies, communities and private operators.?Unlock investment to connect heat generators and users across Blackpool by 2030\.?Support regional authorities through shared learning.The project is innovative because:?The cooperative governance structure is new.?The inclusion of small modular edge data centres as sources of heat is novel.The project will deliver significant impact because:?The stakeholders involved have a strong track record of building successful cooperatives as they delivered the BC fibre network co-operative - this means the chance of success is high.?It takes a systems-level approach to emissions reduction in the region.?As well as reducing emissions, the project will also drive job-creation and growth through supporting regional economic regeneration.

利用早先的资金，不列颠哥伦比亚为该地区制定了一个变革性的愿景。在十年内，布莱克浦的经济将恢复活力，碳足迹将最小化。一系列可再生能源、高效的“边缘”数据中心将支撑新的创新经济。这些数据中心将采用液体冷却，其多余的热量将输送到为整个城镇的家庭和企业服务的新供热网络中。供热网络是一种经过验证的有效方式，可以减少大范围的排放，通过增加新的热源（数据中心），该解决方案将随着时间的推移而改进。BC面临的挑战源于这样一个事实，即需要协调多方和方案，以支持热力网络的建设和运营。例如，市中心的一个主要发展项目--布莱克浦中心--正在由一家私人开发商建造。这将需要纳入网络的设计和运营。最近宣布的Multiversity开发项目就在附近，也需要集成到供热网络中-必须在两年内交付。BC将任命一名净零创新交付官（NZIDO）来应对这些挑战。合作供热网络（CHN）项目将开发一个创新的合作“层”来管理供热网络周围的关系，最大限度地减少对复杂和耗时的传统商业合同的需求。该模型将与区域利益相关者密切合作开发-NHS信托基金，沿海住房，社区中心，财务专家，合作专家，供热服务提供商（HSP），社区组织和其他公共部门机构。CHN项目的主要目标是：通过在公共部门机构、社区和私人运营商之间分担风险的模式，促进建立供热网络。到2030年，将投资于连接布莱克浦的热发电机和用户。通过共同学习支持区域当局。该项目具有创新性，因为：合作社的治理结构是新的。将小型模块化边缘数据中心作为热源是一种创新。该项目将产生重大影响，因为：参与的利益相关者在建立成功的合作社方面有着良好的记录，因为他们交付了BC光纤网络合作社-这意味着成功的机会很高。它采取了一种系统级的方法来减少该地区的排放。除了减少排放外，该项目还将通过支持区域经济再生来推动就业和增长。