A framework for peak electricity demand control utilizing constraint programing method in smart building

机译：利用约束编程方法实现智能建筑高峰用电需求的控制框架

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Reducing large electricity consumption is a primary concern for researchers and practitioners in smart buildings. Peak electricity demand is the result of temporarily correlated energy demand surges caused by uncoordinated operation of subsystems such as air-conditioning, heating, ventilating and so on. It might cause severe issues such as service disruption and high cost of energy production and distribution. Many buildings applied various energy saving policies with building automation system to control the behaviors of smart devices to save energy. In this paper, we propose a framework for peak electricity demand control based on constraint programing technology in smart building.

机译：减少大量电力消耗是智能建筑研究人员和从业人员的首要考虑。电力需求高峰是由于子系统的不协调运行（例如空调，供暖，通风等）导致暂时相关的能源需求激增的结果。这可能会导致严重的问题，例如服务中断以及能源生产和分配的高成本。许多建筑物通过建筑物自动化系统应用了各种节能策略来控制智能设备的行为以节省能源。在本文中，我们提出了一个基于约束编程技术的智能建筑峰值用电需求控制框架。

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《IEEE Global Conference on Consumer Electronics》|2014年|744-748|共5页
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Xiaohui Peng; Bessho M.; Koshizuka N.; Sakamura K.;
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HVAC; building management systems; constraint handling; energy conservation; power consumption; power engineering computing; HVAC; building automation system; constraint programing method; electricity consumption reduction; energy saving policy; peak electricity demand control; smart building; smart device behavior control; Control systems; Electricity; Energy management; Sensors; Servers; Smart buildings; constraint programing; energy saving policy; peak electricity demand control; smart building;

机译：暖通空调;建筑管理系统;约束处理;节能;功耗;电力工程计算;暖通空调;建筑自动化系统;约束编程方法;减少耗电量;节能策略;峰值用电需求控制;智能建筑;智能设备行为控制;控制系统;电力;能源管理;传感器;服务器;智能建筑;约束编程;节能政策;峰值用电需求控制;智能建筑;

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1. Smart Meters and Smart Devices in Buildings: a Review of Recent Progress and Influence on Electricity Use and Peak Demand [J] . 1Kristen?S.?Cetin, 2Zheng?O’Neill Current Sustainable/Renewable Energy Reports . 2017,第1期

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2. A Framework for Incorporating Demand Response of Smart Buildings Into the Integrated Heat and Electricity Energy System [J] . Changzheng Shao, Yi Ding, Pierluigi Siano, Industrial Electronics, IEEE Transactions on . 2019,第2期

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3. Smart Building Controls May Help Manage Peak Energy Demand In Northwest [J] . Engineered systems . 2004,第2004期

机译：智能建筑控制系统可能有助于管理西北部的峰值能源需求
4. A framework for peak electricity demand control utilizing constraint programing method in smart building [C] . Xiaohui Peng, Bessho M., Koshizuka N., IEEE Global Conference on Consumer Electronics . 2014

机译：利用智能建筑中限制规划方法的峰值电力需求控制框架
5. Climate change and peak demand for electricity: Evaluating policies for reducing peak demand under different climate change scenarios. [D] . Anthony, Abigail Walker. 2009

机译：气候变化和电力高峰需求：评估在不同气候变化情景下减少高峰需求的政策。
6. Electricity Usage Scheduling in Smart Building Environments Using Smart Devices [O] . Eunji Lee, Hyokyung Bahn 2013

机译：使用智能设备的智能建筑环境中的用电计划
7. The role of building technologies in reducing and controlling peak electricity demand [O] . Koomey, Jonathan, Brown, Richard E. 2002

机译：建筑技术在减少和控制峰值电力需求方面的作用

A framework for peak electricity demand control utilizing constraint programing method in smart building

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