Abstract: In colony feeding, due to the restriction of site conditions, production and daily life of bee farmers are difficult to obtain support from the existing electricity exchange. Based on spot bee field survey, the majority of bee farmers at current stage mainly used photovoltaic components to collect solar energy as a source. Bee farmers in outdoor will inevitably encounter continuous rain or cloudy weather, which make them unable to charge the battery. The existing device can not meet the requirements of beekeepers. In view of this situation, this paper analyzed the scenery complementary power generation system as a starting point, studied on power supply problem for beekeepers, and combined wind power with solar power generation, so as to make up the defects of unreliable power supply during continuous rainy days, which ensured users equilibrium and adequate electricity demand. This study provided new theoretical and technological reference for beekeepers in field work.

Key words: wind-solar hybrid generation system, land rotating feeding, beekeeping

摘要： 在蜂群转地饲养中，由于场地条件的限制，蜂农的生产、生活难以获取现有交流市电的支持，经过实地蜂场调研，目前蜂农多数使用光伏组件收集太阳能作为能提供源。蜂农在户外难免遇到连续阴雨或者多云天气，无法为蓄电池充电，现有装置就无法满足蜂农的要求。针对这种现状，以风光互补发电系统作为切入点，针对转地饲养蜂农供电问题进行研究，将风力发电与太阳能发电结合起来，弥补连续阴雨天供电不可靠的缺陷，同时能够保证用户均衡充足的用电需求，为蜂农野外养蜂作业提供新的技术理论参考。

关键词: 风光互补, 转地饲养, 养蜂