高师理科学刊
高師理科學刊
고사이과학간
JOURNAL OF SCIENCE OF TEACHERS' COLLEGE AND UNIVERSITY
2015年
7期
33-35
,共3页
王磊%王静宇%刘艳菊%王旭峰%王德东
王磊%王靜宇%劉豔菊%王旭峰%王德東
왕뢰%왕정우%류염국%왕욱봉%왕덕동
控制系统设计%风热发电%太阳能%温室大棚
控製繫統設計%風熱髮電%太暘能%溫室大棚
공제계통설계%풍열발전%태양능%온실대붕
control system design%chimney power generation%solar energy%greenhouse
将太阳能风热发电技术应用到温室大棚上,通过对温室大棚的改造,设计出使温室大棚中的热能转换为电能的控制系统.实验结果表明,在20~30℃的天气情况下,100 m2的温室大棚在控制系统的智能调控下可发电1000 W/h.
將太暘能風熱髮電技術應用到溫室大棚上,通過對溫室大棚的改造,設計齣使溫室大棚中的熱能轉換為電能的控製繫統.實驗結果錶明,在20~30℃的天氣情況下,100 m2的溫室大棚在控製繫統的智能調控下可髮電1000 W/h.
장태양능풍열발전기술응용도온실대붕상,통과대온실대붕적개조,설계출사온실대붕중적열능전환위전능적공제계통.실험결과표명,재20~30℃적천기정황하,100 m2적온실대붕재공제계통적지능조공하가발전1000 W/h.
Chimney power generation technology of the solar energy is applied to the greenhouses.Through the transformation of greenhouses,control system for greenhouse of solar energy is designed that heat energy can be translated into electricity.The practice results show that 100 m2 of the greenhouse can generate1 000 W/h at 20~30℃ of weather under the intelligent control of this system.