VIETPULSE - Vietnam Intelligent Energy Trading Platform for Upscaling Local energy Storage and EV

VIETPULSE - 越南智能能源交易平台，用于升级本地储能和电动汽车

• 批准号: 10078878
• 金额: $ 55.57万
• 依托单位: QBOTS ENERGY LTD
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2024
• 资助国家: 英国
• 起止时间: 2024 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10078878
• 关键词: VIETPULSE; Vietnam; Intelligent; Energy; Trading

With the target to phase out coal by the 2040s and the commitment to reach net-zero emissions by 2050, renewable energy is key to Vietnam's energy transformation. But the electricity grid transmission lacks capacity to export energy from wind farms and solar fields to consumption hotspots. As a result, the power industry has temporarily suspended the connection of new projects and reduced the capacity of existing projects. Households and industrial zone developers are now more and more interested in setting up rooftop solar systems for self-consumption. This VIETPULSE project will contribute to enabling the next frontier of electrification in Vietnam, guaranteeing uninterrupted and quality power to all households, enterprises and livelihoods with a smarter electricity grid utilising data and digital technologies.Led by UK based Qbots Energy, VIETPULSE project combines distributed smart control along with renewable energy through innovative localised smart energy marketplace platform to make it affordable & sustainable; overcomes barriers with innovative energy service models utilising low-cost Internet of Things (IoT) technologies. For this Industrial research project, Qbots will be collaborating with Eastern International University (EIU) (research lead & pilot-site) and HTENATECH (deployment and commercialisation support).Qbots' addressable & serviceable markets comprise of business/industrial parks in Vietnam with electricity meters and owner-occupiers (like Becamex-EIU) with net-zero targets. After addressing this initial market we could then offer it to the tenant businesses within these business parks by working with management companies responsible for their utilities.The innovative aspect of VIETPULSE project is the Federated Power Plant (FPP) technology developed by Qbots combining the value of Peer-to-peer (P2P) energy trading system with efficiencies of aggregation of energy assets including battery storage. In the FPP, an optimisation algorithm with predictive control will be developed and implemented to coordinate the energy usage, generation and battery storage to balance the demand and supply at a local network level, while grouping assets for grid level services for improving reliability.The outputs include successful trials of the VIETPULSE platform, delivering a validated smart energy trading & optimisation platform with at-least 9 sites, 3 generators (75 kWp on block 4, 10kWp each on Block-5 and Garage EV-hubs), 60kWh of energy storage, 5 EV chargers and 21kWh bi-directional battery swapping station for Electric motorcycles. The impact will be measured through KPIs - Cost savings for customers buying energy through VIETPULSE; Increased income from on-site solar and battery storage; Reduction in carbon emissions for the energy consumed (kg/kwh).

越南的目标是到 2040 年代逐步淘汰煤炭，并承诺到 2050 年实现净零排放，可再生能源是越南能源转型的关键。但电网传输缺乏将风电场和太阳能发电场的能源输出到消费热点的能力。因此，电力行业暂时停止了新项目的并网，并削减了现有项目的容量。家庭和工业区开发商现在越来越有兴趣建立屋顶太阳能系统以供自用。该 VIETPULSE 项目将有助于实现越南电气化的下一个前沿，通过利用数据和数字技术的智能电网，保证为所有家庭、企业和生计提供不间断的优质电力。VIETPULSE 项目由英国 Qbots Energy 领导，结合了分布式智能技术通过创新的本地化智能能源市场平台控制可再生能源，使其负担得起且可持续；利用低成本物联网 (IoT) 技术，通过创新能源服务模式克服障碍。对于这个工业研究项目，Qbots 将与东方国际大学 (EIU)（研究领导和试点）和 HTENATECH（部署和商业化支持）合作。Qbots 的可寻址和可服务市场包括越南有电力的商业/工业园区电表和自住业主（如 Becamex-EIU）的净零目标。在解决了这个初始市场之后，我们可以通过与负责其公用事业的管理公司合作，将其提供给这些商业园区内的租户企业。VIETPULSE 项目的创新之处是由 Qbots 开发的联合发电厂 (FPP) 技术，该技术结合了以下价值：点对点（P2P）能源交易系统，具有包括电池存储在内的能源资产聚合的效率。在FPP中，将开发并实施具有预测控制的优化算法，以协调能源使用、发电和电池存储，以平衡本地网络级别的需求和供应，同时对电网级别服务的资产进行分组以提高可靠性。输出包括 VIETPULSE 平台的成功试验，提供经过验证的智能能源交易和优化平台，该平台至少有 9 个站点、3 台发电机（第 4 块为 75 kWp，第 5 块和车库电动集线器各为 10kWp）， 60kWh储能、5个电动汽车充电器和21kWh电动摩托车双向电池交换站。影响将通过 KPI 来衡量 - 客户通过 VIETPULSE 购买能源所节省的成本；增加现场太阳能和电池存储的收入；所消耗能源的碳排放量减少（千克/千瓦时）。