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Optimization of the Energy Lifecycle of an Industrial Process

机译：工业过程能源生命周期的优化

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As we emerge from the global economic downturn, it's apparent that to invest is to survive. Those manufacturing facilities with a short-term view, as well as the financial institutions that supported them, are no longer around to reap the benefits of the expansion to follow. The golden road to the future, as always, is laden with risk — not the least of which is the ever-increasing strain on the world's supply of energy, its impact on our environment, and its impact on operational costs.The role of the energy manager is an important catalyst to ensuring his company's ongoing survival. But to be effective, he can't act alone. While his typical background, measurement mechanisms and support resources enable him to fix the basics, efficiency gains will be difficult to quantify and will be limited to facility functions. By working with a skilled controls engineer, however, the energy-intensive process itself also is available for scrutiny. Establishing a discrete system of measurement—putting energy in the context of the process output — is the first step, which in turn creates a motivated set of energy champions who can clamor for a common set of performance goals.If the technologies used to monitor the plant's energy profile are open and well-integrated, consumption can be correlated with systems above and beyond the factory floor, extending to building management, security, and the data center. Most importantly, employing a continuous cycle of measurement, optimization and improvement allows for ever increasing efficiencies, leading to a sustainable competitive advantage, as well as a sustainable planet.
机译：随着我们从全球经济衰退中脱颖而出，很明显，投资就是要生存。那些具有短期前景的制造工厂，以及为其提供支持的金融机构，将不再能从扩展中受益。与往常一样，通往未来的黄金之路充满了风险-其中最重要的一点就是对世界能源供应，对环境的影响以及对运营成本的影响不断增加。能源经理是确保公司持续生存的重要催化剂。但是要想发挥作用，他不能独自行动。尽管他的典型背景，测量机制和支持资源使他能够掌握基础知识，但效率提升将难以量化，并且仅限于设施功能。但是，通过与熟练的控制工程师一起工作，能源密集型过程本身也可以进行检查。建立离散的测量系统（在过程输出的背景下输入能量）是第一步，这反过来又产生了一组积极主动的能源拥护者，他们可以追求一套共同的性能目标。工厂的能源配置文件是开放且高度集成的，其能耗可以与工厂车间之上和之外的系统相关联，扩展到建筑物管理，安全性和数据中心。最重要的是，采用连续的测量，优化和改进周期可以提高效率，从而带来可持续的竞争优势以及可持续的地球。

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