实验科学与技术
實驗科學與技術
실험과학여기술
EXPERIMENT SCIENCE AND TECHNOLOGY
2012年
2期
83-85
,共3页
风光储发电系统%最大功率跟踪%充放电管理%逆变
風光儲髮電繫統%最大功率跟蹤%充放電管理%逆變
풍광저발전계통%최대공솔근종%충방전관리%역변
wind/solar/battery hybrid power system%maximum power point tracking%charge and discharge management%converter
设计开发了一套1kW的风光储发电系统实验平台。该平台由风力发电机、太阳能电池板、风光互补控制器、蓄电池、单相逆变器和交流负载组成,实验平台可以实现风能和太阳能的最大功率跟踪、蓄电池的充放电管理、逆变的波形控制等功能。该实验平台直观形象,针对性强,适合开展多种开放设计性实验。
設計開髮瞭一套1kW的風光儲髮電繫統實驗平檯。該平檯由風力髮電機、太暘能電池闆、風光互補控製器、蓄電池、單相逆變器和交流負載組成,實驗平檯可以實現風能和太暘能的最大功率跟蹤、蓄電池的充放電管理、逆變的波形控製等功能。該實驗平檯直觀形象,針對性彊,適閤開展多種開放設計性實驗。
설계개발료일투1kW적풍광저발전계통실험평태。해평태유풍력발전궤、태양능전지판、풍광호보공제기、축전지、단상역변기화교류부재조성,실험평태가이실현풍능화태양능적최대공솔근종、축전지적충방전관리、역변적파형공제등공능。해실험평태직관형상,침대성강,괄합개전다충개방설계성실험。
An experimental platform about wind/solar/battery hybrid power system with 1KW is designed in this paper.It consists of wind turbine,solar panel,wind/solar controller,battery,converter and AC-load.Some important experiments could be implemented on this platform,such as the tracking of maximum power point of wind power and solar power,charge and discharge management of battery,the output waveform of converter,and so on.This experimental platform shows many advantages in visualization and pertinence,which is very suitable for some designable experiments.
