电气和电子行业的开放式创新:工程生物流体成分正在铺平道路,并进行测试

S. Rebouillat, B. Noirhomme
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引用次数: 2

摘要

工程生物流体正在为工业化和专门生产和定制的功能流体铺平道路,例如冷却剂和介电介质,高纯度可追溯介质,用于电气和电子行业。介电流体组合物通常用于电气设备,特别是变压器。这些液体的目的是隔离设备的各种导电元件,并限制设备在运行期间的加热;为了最小化或保持在更高的功率下,设备的尺寸并延长其使用寿命。与此同时,许多生物和传统加工的进步与开创性的工艺技术有关,这些技术在本文的主要背景下进行了概述。酶工程和鸡尾酒添加了“更柔软、更环保的化学生物方法的新维度”,这超出了好奇的目的。其中一些可能是“革命性的”而不是进化性的。测试必须相应地发展,以应对未来与气候变化相关的半极端条件下的挑战。该方向工作的重要部分是解决并举例说明这些必要的测试创新,可能适用于智能和响应式连接,以及更大的数据角色和学习机器进化概念。这项探索性工作的另一个创新部分是,这种具有集成传感器/诱导示踪剂和在线解释的说明性本地化测试可能对智能电网的发展产生影响;因此,能源的生产、传输、分配和消耗可以变得更可靠、更有效和更具预测性,也可以对设备本身的性能、可靠性和可持续性产生影响。这些技术和相关测试可以提高对环境、技术和社会的认识;帮助恢复一些趋势是气候变化,化石燃料保护和其他地球挑战,以维持整体和局部的基本平衡。
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Open-Innovation in the Electrical and Electronic Industries: Engineered Bio-Fluid Compositions Are Paving the Way, and Testing Therewith
Engineered Biofluids are paving the way to industrialized and specifically produced and tailored functional fluids such as coolant and dielectric, high purity traceable media, for the electrical and electronic industries. Dielectric fluid compositions are commonly used in electrical devices, particularly in transformers. These liquids have the aim to isolate the various conductive elements of the device and to limit the heating of the equipment during its operation; in order to minimize, or maintain at higher power, the size of the device and to increase the lifespan of it. Concomitantly a number of bio and traditional processing advancements are made associated with pioneering process technologies which are outlined within the prime context of this paper. Enzyme Engineering and Cocktailing add “A New Dimension to Softer Greener Chem-Bio Approaches” which are referenced beyond curiosity purpose. Some of them are possibly “revolutionary” more than evolutionary. Testing has to evolve accordingly to appreciate the challenges ahead in semi-extreme conditions which are relevant to climate changes as well. A significant part of this orientation work addresses and exemplifies these necessary testing innovations, likely adaptable to smart and responsive connecting, and further down the line bigger data role and learning machine evolutionary concepts. One other innovative part of this exploratory work, is the influence that such illustrative localized testing, with integrated sensors/induced-tracers, and online interpretation, may have on the smart grid developments; whereby production, transmission, distribution and consumption of energy can be made more reliable, more effective and more predictive and can also have an impact on the performance, reliability and sustainability of the equipment itself. Those technologies and associated testing can support environmental, technological and societal awareness; helping to revert some trends being climate changes, fossil fuel preservation and other planetary challenges to maintain the overall and localized fundamental equilibriums.
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