BankEnergi - end to end software for energy trading

BankEnergi - 能源交易端到端软件

• 批准号: 106183
• 金额: $ 43.25万
• 依托单位: CARBONTRACK
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2020
• 资助国家: 英国
• 起止时间: 2020 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=106183
• 关键词: BankEnergi; end; software; energy; trading

Our project will focus on the development of a specification that the energy sector (end users, energy suppliers, traders, technology platform providers and associated ancillary services) can use to create an end-to-end trading solution from local building level to national energy markets. This will enable organisations of all types and sizes to realise maximum energy and cost savings through the use of an innovative trading platform, whilst also reducing the need for costly grid reinforcement by better balancing available energy demand.Currently, there are many suppliers responsible for supplying energy to buildings. They need to keep their energy supply balanced with individual site needs and demands, which in turn can impact the National Grid and the amount of energy needed to be generated at any time.Each energy supplier has their own systems and approaches to maintain this equilibrium. Our project will develop a common framework specification for the key technology integrations required to enable trading between energy suppliers and among their customers from local to national level.This specification will also create opportunities for energy bill reductions of up to 25% by optimising the use of energy in the whole system by better balancing demand and supply at a local level and by developing multiple microgrids. The innovative key technology component will be the specification of the integration between local and national electricity markets across a number of different energy suppliers using a common process. Our solution will have the ability for different buyers and sellers of energy and flexibility to trade using a common interface.A common set of standards harmonising the disparate processes that are emerging will give confidence to end users in industry, commerce and the public sector. With increasingly intermittent generation, such as wind and solar, and unpredictable charging by electric vehicles, greater optimisation and more accurate forecasting will be required throughout our whole energy system, reducing risks from unplanned power cuts and costly reinforcement of local energy supply networks.The project will consider upcoming regulatory changes to the marketplace when designing the common specification and approach. This project is about liaising with the key organisations in the energy system to develop a common set of processes, to deliver huge energy cost savings to consumers across the UK, with great potential to export this approach globally.

我们的项目将专注于开发一种规范，能源部门(最终用户、能源供应商、贸易商、技术平台提供商和相关的辅助服务)可以使用该规范来创建从当地建筑物级别到国家能源市场的端到端交易解决方案。这将使所有类型和规模的组织能够通过使用创新的交易平台来实现最大限度的能源和成本节约，同时还通过更好地平衡可用的能源需求来减少对昂贵电网加固的需要。目前，有许多供应商负责向建筑物供应能源。他们需要保持自己的能源供应与各个地点的需求和需求保持平衡，这反过来又会影响国家电网和任何时候需要产生的能源量。每个能源供应商都有自己的系统和方法来保持这种平衡。我们的项目将为从地方到国家层面的能源供应商及其客户之间的交易所需的关键技术集成制定一个通用框架规范。该规范还将通过更好地平衡地方层面的需求和供应以及发展多个微电网来优化整个系统的能源使用，从而创造高达25%的能源账单削减机会。创新的关键技术部分将是使用共同程序在若干不同能源供应商的地方和国家电力市场之间进行一体化的规范。我们的解决方案将能够让不同的能源买家和卖家使用一个通用的界面进行交易。一套协调正在出现的不同流程的通用标准将给工业、商业和公共部门的最终用户带来信心。随着风能和太阳能等间歇性发电的日益增多，以及电动汽车的不可预测充电，我们整个能源系统将需要更多的优化和更准确的预测，以减少计划外停电和昂贵的本地能源供应网络加固的风险。该项目在设计通用规范和方法时将考虑即将到来的市场监管变化。该项目是关于与能源系统中的关键组织联系，开发一套通用的流程，为英国各地的消费者节省大量能源成本，并具有在全球推广这种方法的巨大潜力。