High Speed Observation of a Composite Flywheel Containing Fluidised Particulates

该公司的业务是开展可再生能源创新的研究和开发，然后授权其他人在特定地区生产和分销我们的创新产品。该项目的目的是建立一个高速观测设施，以监测和记录一种新型复合材料飞轮的正常运行。该设施还将用于观察和记录飞轮的销毁试验。该设施将为我们公司提供宝贵的知识，因为不同的复合材料形成不同的形状，并在离心力作用下测试其结构极限。用真实的慢动作视频验证我们的计算机模型的能力可能会提供新的和不可预见的细节。这项新发明已经获得了专利，对这一特定创新的建造、操作和测试以前从未做过。该项目是英国的第一个项目，将提供宝贵的知识，我们知道，这将有助于公司的发展和开发我们的储能创新的新版本和改进版本。这个项目将加速一种新型能源储存的发展，这反过来将为全球应对气候变化提供另一种工具。

The business of the company is to carryout research and development of renewable energy innovations and then licenses others to manufacture and distribute our innovations within specific territories.The aim of this project is to establish a high-speed observation facility to monitor and record the normal operation of a new form of composite flywheel. The facility will also be used to observe and record the flywheels as they are tested to destruction.This facility will provide our company with valuable knowledge as different composite materials are formed in to different shapes and as they are tested to and beyond their structural limits as centrifugal forces are applied. The ability to validate our computer models with real slow-motion video may provide new and unforeseen details.Patents have been granted for this new innovation and the construction, operation and testing of this specific innovation has never been done before. This project is a first for the UK and will provide valuable knowledge, which we know, will help the company as it grows and develops new and improved versions of our energy storage innovations.This project will speed up the development of a new form of energy storage, which will in turn provide another tool in the global fight against climate change.