摘要：本发明涉及避雷器领域，公开了一种架空导线避雷器，包括避雷器、箱体、光伏发电蓄电器、发电旋转风车和声音放大器，所述光伏发电蓄电器固定于所述箱体的顶部，所述发电旋转风车通过风车连接杆固定于所述光伏发电蓄电器的顶部，所述声音放大器固定于所述风车连接杆上，所述架空导线避雷器的外表面设有颜色为红色或兰红相间的气味缓释涂层。声音放大器将发电旋转风车产生的声音放大来驱赶鸟类，同时通过发电旋转风车的旋转动作、气味缓释涂层的颜色以及气味来达到驱鸟的目的。另外，本发明不仅安装与拆卸方便，并且对避雷器的连接导线具有防护措施，安全且使用寿命较长。

摘要：本发明实施例提供一种电力调度系统的控制方法及装置。其中，方法包括如下的步骤：获取设备各时刻的监测参数，所述监测参数包括：设备所在电网的运行状态参数、设备运行状态参数、设备运行环境参数中的一种或多种；对所述各时刻的监测参数进行聚类评估，以获得工作状态评估结果；将所述工作状态评估结果显示在所述设备对应的弹窗窗口中。本发明实施例提供的技术方案实现设备实时监测参数与设备缺陷、告警信息等的关联应用，提高了设备监控运行分析和设备自动掌控的能力。

摘要：【中文】本发明公开了一种基于逻辑回归算法的电费风险防控模型构建方法，属于电力运营技术领域。现有技术不能够对优劣客户进行科学客观的评价方法，进而无法对客户行为提出有效的鼓励或惩罚举措，无法针对性的实行“一户一策”，不利于供电企业权益的维护。本发明提供一种基于客户用电直接行为与关联行为等数据，采用数据挖掘算法，计算输出事实风险客户与潜在风险客户，并分别给予风险评估，进而便于供电企业主动应对电费回收风险，确保电费回收风险可控、能控、在控，保障电费管理规范高效，便于实行“一户一策”，利于供电企业权益的维护，方案切实可行，便于编程实现。 【EN】The invention discloses a method for constructing an electric charge risk prevention and control model based on a logistic regression algorithm, and belongs to the technical field of electric power operation. The prior art cannot carry out a scientific and objective evaluation method on good and bad customers, further cannot provide effective encouragement or punishment measures for customer behaviors, cannot carry out 'one family one strategy' in a targeted manner, and is not beneficial to the maintenance of power supply enterprise rights and interests. The invention provides a method for managing and outputting actual risk customers and potential risk customers based on data such as direct power consumption behaviors and associated behaviors of customers, which is characterized in that a data mining algorithm is adopted to calculate and output actual risk customers and potential risk customers and respectively give risk assessment, so that power supply enterprises can actively deal with power charge recovery risks, the power charge recovery risks are guaranteed to be controllable, controllable and controllable, and in-control, the power charge management is guaranteed to be standard and efficient, one user is facilitated, the method is beneficial to maintaining rights and interests of the power supply enterprises, the scheme is feasible, and programming implementation is facilitated.

摘要：【中文】本发明公开了一种基于层次分析法的酒店能耗评价模型构建方法，属于电力技术领域。现有的方案，评估分级方案不够科学、合理，无法准确评价酒店能耗，进而无法对能耗高的酒店，提出有效的节能方案。本发明利用Pearson相关系数确定酒店能耗的影响因子，充分考虑影响酒店能耗的各种影响因子；然后利用层次分析法建立酒店能耗评价指标模型，对酒店能耗进行定性与定量相结合、多目标、层次化的分析。本发明能够对酒店能耗进行准确评价，评价方案科学、合理，进而能够对能耗高的酒店，提出有效的节能方案。 【EN】The invention discloses a hotel energy consumption evaluation model construction method based on an analytic hierarchy process, and belongs to the technical field of electric power. The existing scheme is not scientific and reasonable in evaluation grading scheme, and cannot accurately evaluate the energy consumption of a hotel, so that an effective energy-saving scheme cannot be provided for the hotel with high energy consumption. According to the method, the influence factors of the hotel energy consumption are determined by utilizing the Pearson correlation coefficient, and various influence factors influencing the hotel energy consumption are fully considered; and then establishing a hotel energy consumption evaluation index model by using an analytic hierarchy process, and performing qualitative and quantitative combined, multi-target and hierarchical analysis on the hotel energy consumption. The invention can accurately evaluate the energy consumption of the hotel, and the evaluation scheme is scientific and reasonable, so that an effective energy-saving scheme can be provided for the hotel with high energy consumption.