Entrust Smart EV Charging System for Public Spaces

该项目一直在开发一种创新的智能电动汽车充电EnSmartEV（EnSmartEV）系统集成在智能微电网内，可安装在没有路边停车位的家庭的住宅社区，公众和企业及组织的员工和访客的商业社区，以及车队充电组织EnSmartEV是一种革命性的新系统，利用622 kWh电池存储器为EV进行无缝交流和直流充电。EnSmartEV系统的核心是高度创新的新专利技术，不仅允许多辆电动汽车同时充电，还可以平衡对电网的需求，从而降低并网成本。智能微电网中的智能电动汽车充电系统可以直接通过太阳能光伏发电和/或电池能量进行受控电动汽车充电，其由剩余的太阳能光伏电力和/或非高峰低成本电网电力充电，提高了业主/运营商的经济效益，同时提供低-该项目为运营商开发云后台，以运行智能电动汽车充电系统，正在开发一款智能手机APP，供用户指导电动汽车充电和支付。该项目将对ZEV产生重大影响，因为该创新将使电动汽车直接从太阳能光伏和离线充电。该项目将在促进道路运输电气化和智能微电网实施方面发挥关键作用，并具有非常重要的意义。通过减少碳排放和改善空气质量，对气候变化和环境可持续性产生积极影响。该项目将创造和保障就业机会，造福英国经济，对电网基础设施规划和运营产生重大影响，方便时间-该项目汇集了英国业界和学术界在智能电动汽车充电和智能能源管理方面的领先专业知识。该项目将为各行业提供第一手教育材料，以进一步促进对ZEV和智能微电网系统解决方案的兴趣和吸收。

The project has been developing an innovative smart EV charging (EnSmartEV) system integrated within a smart microgrid which can be installed in residential communities for households without off-street parking, commercial communities for the public and employees and visitors of businesses and organisations, and organisations for fleet charging (such as hospital ambulances and supermarket delivery vehicles), etc.EnSmartEV is a revolutionary new system that utilises a 622kWh battery store for seamless, AC and DC charging of EV's. Highly innovative new and patented technology is at the core of the EnSmartEV system that not only allows for multiple EV's to be charged simultaneously though also balances out demands on the grid thereby reducing grid connection costs.The smart EV charging system within the smart microgrid enables controlled EV charging directly by solar PV power and/or battery energy, which is charged by surplus solar PV power and/or off-peak low-cost grid electricity, enhances owner's/operator's economic benefits, whilst providing low-cost charging for users and supporting the electricity grid.The project develops cloud back office for operators to run the smart EV charging system and is developing a smartphone APP for users to instruct EV charging and payment.The project will have a major impact on ZEV because the innovation will enable EV charging directly from solar PV and off-peak grid power at the highest power efficiency and balance the electricity grid and improve the grid operation efficiency.The project will play a key role in facilitating road transport electrification and smart microgrid implementation and have very positive impact on climate change and environmental sustainability through carbon emission reduction and air quality improvement.The project will generate and safeguard jobs and benefit the UK economy, have major impact on the electricity grid infrastructure planning and operation, facilitate time-of-use electricity tariff.The project brings together UK's leading expertise in smart EV charging and smart energy management from both industry and academic sectors and will generate first-hand education materials for universities and colleges students to further facilitate the interest in and uptake of both ZEV and smart microgrid system solutions.