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Smart Energy Management: A Computational Approach

机译:智能能源管理:计算方法

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Among the practitioners in the energy management domain, there is enormous excitement about synthesizing and benefiting from numerous technologies, including real-time monitoring, net metering, demand response, distributed generation from intermittent sources such as solar and wind, active control of power flows, enhanced storage capabilities, and micro-grids. A common theme in today's solutions is the data-driven nature of the enabling technologies - to analyze requirements, use measurement/monitoring data to drive actuation/control, optimization, and resource management. The ability of modern sensing and IOT (Internet of Things) devices to inform us about the current state of the system and provide a timely and state-appropriate (rather than a broad, imprecise) response, backed up by analysis leads to novel solutions that are also practical and efficient.
机译:在能源管理领域的从业者中,综合兴奋和受益于众多技术,包括实时监测,净计量,需求响应,从间歇源的分布发电,如太阳能和风,电力的主动控制,增强的存储功能和微网格。当今解决方案中的一个共同主题是支持技术的数据驱动性质 - 分析要求,使用测量/监控数据来驱动致动/控制,优化和资源管理。现代传感和IOT(事物)设备的能力通知我们关于系统的当前状态,并提供及时和状态适合(而不是广泛的,不精确的)响应,通过分析备份导致新的解决方案也是实用和有效的。

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