基于大数据应用的智慧型风电场模型开发应用探讨

来源 :2016年中国电机工程学会年会 | 被引量 : 0次 | 上传用户:goove8
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
本文从风电场电站的综合架构(含一次、二次设备)、风电场主设备、风力发电机组等风力发电产业、工程链的全环节数据采集、监控监测,及基于云数据库的计算分析、模型建设,打造基于大数据应用的自适应电网、匹配于工程工况、精益化运维的互联网时代的风电场智慧集约化运行管理.本文从数据的支撑角度、应用角度,新能源电站(风电场)基于大数据构建的方式,提出智慧电站模型应用探讨.
其他文献
α-tocopherol succinate has been shown to be effective in promoting antioxidant ability,immunity,and meat quality.There is evidence that it may also effect lipid metabolism,decreasing cholesterol,total
High feeding efficiency achieved by low cost production resulting in higher performance,greater meat yield and healthier products is the major concern of every livestock venture.
This experiment was conducted to analyze the nutrient composition of spirit-based distillers grains and to determine the digestible energy (DE),metabolizable energy (ME) and standardized ileal digesti
In Japanese pig production,antibiotics are generally used for growth stimulation and disease prevention.However,the use of antibiotics for the promotion of growth in food-producing livestock has recen
Miscanthus sacchariflorus var.No.1 has been newly developed in Korea,and is included in ruminant feeds due to its potential dietary economic benefits.
The effect of season on passage rate of particle and liquid throughout the rumen and hindgut were determined.Ten goats in a herd of 24 were used to measure the passage rate along two years (10 animals
This study was conducted to investigate the effect of palm kernel meal (PKM) and β-mannanase on nutrient digestibility in gestating sows.To evaluate the effect of PKM and β-mannanase supplementation i
The research was designed to evaluate the effect of Morinda leaf meal in the diet of quail during 4-15 weeks on productivity.A completely randomized design (CRD) was used to analyze the data obtained
针对目前一次调频考核系统不能准确反映和全面评估一次调频能力的问题,本文在加强网源协调管理,规范和提高发电机组及其控制系统监测技术水平要求下,介绍了基于广域测量系统的一次调频在线监测和考核系统.该系统是以东北电网智能调度技术支持系统为平台,在线读取广域测量系统动态数据,通过机组出力变化特征评估机组一次调频性能指标,并定义了有效扰动来判断一次调频事件,监测机组实时运行状态.考虑到机组实际运行的情况,制
本文首先分析了电子式互感器数据同步问题的由来,并介绍了解决数据同步问题的三种常用的插值算法.考虑最一般的情况,将插值算法的误差分为谐波分量插值误差和暂态分量插值误差,并推导了各算法的误差表达式;计算了不同采样率、不同谐波次数及暂态情况下,采用线性插值、二次插值和三次样条插值算法实现电子式互感器数据同步时产生的插值误差,并对各算法的插值精度和算法计算量进行了分析对比.研究结果对实际应用中电子式互感器