COMPACT HYDRO ENERGY DEVICE

紧凑型水力能源装置(CHED)利用可用的水源生产可再生电力。该设备的主要特点包括一种独特的“世界第一”涡轮机(\*)，其设计可以使水输入力倍增以产生更高的电力输出功率，使其比传统的水力能源系统更有效率。\*兰开斯特大学物理系认可了这种新颖的配置，并将其命名为“Stephenson Turbine”。由于其紧凑的设计，单个CHED也可以作为多个设备组合在一起，以构建一个总输出功率系统，其大小符合需求/使用。倍增器适用于安装，以顺着河流溢流的轮廓，或从水库取水，这对于寻求自给自足的离网电力供应的孤立社区来说是一个巨大的加分因素。一个典型的应用是为交通充电站提供电力，特别是为偏远地区的房产提供电力。它也可以通过自来水供应进行操作，可以抵消商业设施中水的低效利用，如园艺和农业。通过利用自然资源和抽水供应，它将减少对化石燃料的依赖，并帮助英国实现净零目标。

The Compact Hydro Energy Device (CHED) generates renewable electricity from available water sources. Main features of the device include a unique, 'world's first' turbine (\*) with a design that multiplies the water input forces to produce higher electrical output power, making it more efficient than conventional hydro energy systems.\*Lancaster University Physics Department recognised the novel configuration and nominated it as 'The Stephenson Turbine'.Due to its compact design a single CHED can also be combined as a multiple of devices to build a total output power system sized to match demand/usage. Multiples are suitable for installing to follow the contour of a river overflow, or to draw down water from a reservoir, a huge plus factor for isolated communities looking for self-contained, off-grid electricity supply options.A typical application is providing power for transport charging stations, especially for properties in remote locations.It can also be operated from a mains water supply and can offset inefficient usage of water in commercial installations, such as horticulture and agriculture.By utilising natural resources and pumped water supplies it will reduce reliance on fossil fuels and assist the UK to meet net zero targets.