Delivering Energy Superhub Oxford though COVID-19

能源超级枢纽牛津（ESO）是一个4100万英镑的项目，将通过应用创新的机器学习方法和直接连接到输电变电站来缓解或绕过配电网限制，展示电池存储，电动汽车充电和热量的实用解决方案。储能将安装在国家电网输电变电站附近，包括47.4兆瓦的锂离子技术，以及由英国制造商Innity提供的2 MW-5 MWh Vanessa液流电池（VFB）。VFB将成为？这是一种新型技术的首创，展示了一种“节能”功能，可在整个存储周期内支持更高的节能。所有储能将主要采用商业能源交易商业模式，在批发市场购买和销售电力，并通过Habitat Energy开发的创新算法交易方法实现平衡机制，证明我们预计在英国将建立5-10 GW电池储能商业模式的可投资性。该项目目前处于后期完成阶段，将于2022年完成。Innity目前正在现场交付、安装、调试和测试VFB技术。

The Energy Superhub Oxford (ESO) is a £41m project that will demonstrate practical solutions to battery storage, EV charging and heat, by applying innovative machine learning approaches and direct connection to a transmission substation to alleviate or bypass distribution network constraints.Energy storage will be installed adjacent to the National Grid transmission substation comprising 47.4 MW of lithium ion technology, and 2MW-5MWh of Vanadium Flow Battery (VFB) supplied by UK-based manufacturer Invinity. The VFB will be the ?rst of a new class of technology, demonstrating an "overdrive" power function that supports higher nameplate power for the full storage cycle. All energy storage will operate primarily a merchant energy trading business model, buying and selling power in the wholesale market and balancing mechanism with an innovative algorithmic trading approach developed by Habitat Energy, proving out the investability of what we expect will be a 5-10 GW battery storage business model in the UK.The project is currently in the later stages of completion and will be finalised in 2022\. Invinity are currently on-site delivering, installing, commissioning and testing the VFB technology.