SUPPLY DESIGN HIGH EFFICIENCY, HIGH DENSITY DC POWER DEMONSTRATOR

该项目旨在提供市场上效率最高的电动汽车充电平台。提供最有效的解决方案，以最大限度地提高电力利用率和每千瓦/小时消耗的里程数。到2025年，预计全球电动汽车将增加5000吉瓦的电网需求;英国将增加130吉瓦。电源设计专注于超高效直流快速充电技术，利用我们在三相AC到DC电源方面的创新，为客户提供在尺寸，重量和性能方面的明显竞争优势。电动汽车（EV）快速充电是电池电动汽车（BEV）广泛采用的关键性能使能器之一。SD为供应商提供了创造市场上最高效、最小的EV充电器的机会。我们已经在电动汽车充电等应用中发现了机会，我们的发明可以节省能源，减少二氧化碳排放并降低成本。我们的目标是生产世界上最高效的直流电动汽车快速充电器。在这个项目结束时，我们应该能够证明直流快速充电，减少充电损耗> 50%。这反过来又使下一个主要竞争对手的能耗降低了约10%。我们的产品尺寸、重量和成本优势在我们的低元件数设计中也将增加我们的吸引力。这个项目的目标是让SD进入一个新的市场，并建立我们的声誉在供应链中的演示硬件，将创建合作伙伴关系，把我们的技术推向市场。

This project aims to deliver the highest efficiency EV charging platform in the market. Providing the most efficient solution to maximise electricity utilisation and miles per kW/h consumed. By 2025 it is expected worldwide EV will add an additional 5000GW of demand on the grid; 130GW in the UK. Supply Design is focused on ultra-efficiency DC fast charging technology, using our innovation in 3 phase AC to DC power to offer the customer aclear competitive advantage in size, weight and performance. Electric vehicle (EV) rapid charging is one of the key performance enablers for wide spread adoption of battery electric vehicles (BEV). SD are offering suppliers the opportunity to create the most efficient and smallest EV charger in the market. We have identified opportunities in applications like EV charging, where our invention can save energy, cut CO2 emissions and cut costs. We are on target to produce the most efficient DC EV rapid charger in the world. By the end of this project we should be ableto demonstrate DC rapid charging that reduces charging losses by >50%. This in turn decreases energy consumption over the next leading competitor by about 10%. The product size, weight and cost advantage in our low component count design will also add to our appeal.This target of this project is to get SD into a new market and build our reputation within the supply chain with demonstration hardware that will create partnership to take our technology to market.