A wind turbine blade mould intelligent temperature controlling system, the theory of technology creation according to the system according to the blade structure design forming region thickness in different sections, should implement control; the other by the exothermic reaction characteristic of matrix material, reduce dependence on external heating curing process, to achieve the purpose of saving energy; for the the purpose of the creation, production technology means for building mold section temperature control of the pipeline, the temperature control section according to the curing process of the energy needs of independent heating and cooling; temperature control system for intelligent temperature and hardness data, extracted from the mold and leaf shell, setting, to determine the initial exothermic peak heating the temperature and curing degree, gel state is complete or conform to the design value; the premise of technical means, make full use of the heating and heat of reaction materials can save itself The reaction and temperature control are matched with the design of the temperature curve, which is helpful to obtain the blades with uniform curing and excellent quality and to improve the production efficiency.
【技术实现步骤摘要】
本技术创作涉及一种风电叶片模具智能化分段控温系统,特别是关于一种应 用于大型风电机组的关键零组件风机叶片的生产制造,以智能手段分区段控温、实时监控 模具及叶壳温度并进行控制,辅以硬度测定,确保预固化制程温度稳定及获致优异叶壳品 质的风电叶片模具智能化分段控温系统。
技术介绍
随着全世界石油资源的日益匮乏,风能作为一种清洁的可再生能源而逐渐获人们 重视;开发和利用风能资源形成一种趋势,其不仅为寻找新的替代能源,运用风能资源更有 利于环境保护。近年来,风力发电亦成为国家重点发展的绿能产业,其发展趋势趋向于大型 化兆瓦级风电机组的设置,其目的系在考虑整体发电的瓦数及效率,撷取更多的风能来提 高风能转换效率,其发电效率亦随之提高,符合风场利用的经济效益;其中,风电叶片是风 力发电系统中最基础和最关键的部件,其良好的设计、可靠的质量和优越的性能是保证风 电机组正常稳定运行的决定要素。前提,随着风电机组单机容量大型化,其配套的叶片长度设计亦随之增加,单机容 量在1. 5兆瓦的主流风电机组叶片产品长度在40. 3 42米以上,更大单机容量5兆瓦的叶 片其长度更在61. 5米以 ...
【技术保护点】
一种风电叶片模具智能化分段控温系统,由一计算机、复数台模具温控装置、一叶壳模具包含设置在内部的温控管路、一模温测定单元、一叶壳温测单元、一叶壳硬度测定单元所构成,其特征在于:该叶壳模具结构层背面,设置分区段的温控管路,温控管路外对应设置模具温控装置,模具温控装置统一配接入计算机。
【技术特征摘要】
【专利技术属性】
技术研发人员:李嶙,刘建波,曹贵杰,
申请(专利权)人:力仓风力设备上海有限公司,
类型:实用新型
国别省市:31[中国|上海]
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