通信基站水氢发电机供电方案研究
|
摘要
针对站点配套电源情况特殊的通信基站,使用常规的外电方案无法保证建设的工期和后期运行效果。因此,设计了通信基站水氢发电机供电方案,通过对实际工程案例中成本、工期以及稳定性等方面进行分析,验证了方案能够解决疑难站点的外电引入问题。此外,结合无线网络发展趋势和未来基站的建设情况,展望了水氢发电机供电在远郊、高山以及景区等场景的应用前景。
For the special communication base station with auxiliary power supply,conventional external power scheme can not guarantee the construction period and later operation effect. Therefore,the power supply scheme of hydrogen generator for communication base station is designed. Through the analysis of cost,construction period and stability in practical engineering cases,it is proved that the scheme can solve the problem of external electricity introduction in difficult stations. In addition,combined with the development trend of wireless network and the construction of future base stations,the application prospects of hydro-generator power supply in suburbs,mountains and scenic spots are prospected.
For the special communication base station with auxiliary power supply,conventional external power scheme can not guarantee the construction period and later operation effect. Therefore,the power supply scheme of hydrogen generator for communication base station is designed. Through the analysis of cost,construction period and stability in practical engineering cases,it is proved that the scheme can solve the problem of external electricity introduction in difficult stations. In addition,combined with the development trend of wireless network and the construction of future base stations,the application prospects of hydro-generator power supply in suburbs,mountains and scenic spots are prospected.
引文
[1]Estermann T,Newborough M,Sterner M.Power-to-Gas Systems for Absorbing Excess Solar Power in Electricity Distribution Networks[J].International Journal of Hydrogen Energy,2016,41(32):13950-13959.
[2]Das V,Padmanaban S,Venkitusamy K,et al.Recent Advances and Challenges of Fuel Cell Based Power System Architectures and Control-A Review[J].Renewable and Sustainable Energy Reviews,2017,(73):10-18.
[3]Liang Y,Jiang L,He C,et al.Performance Analyses of Quantized Congestion Notification for 5G Distributed Base Station[C].2018 3rd Cloudifi cation of the Internet of Things(CIoT)IEEE,2018.
[4]薛俊伟.应用于基站运维的NFC智能钥匙库管理系统[J].通信电源技术,2017,34(3):96-97,103.
[2]Das V,Padmanaban S,Venkitusamy K,et al.Recent Advances and Challenges of Fuel Cell Based Power System Architectures and Control-A Review[J].Renewable and Sustainable Energy Reviews,2017,(73):10-18.
[3]Liang Y,Jiang L,He C,et al.Performance Analyses of Quantized Congestion Notification for 5G Distributed Base Station[C].2018 3rd Cloudifi cation of the Internet of Things(CIoT)IEEE,2018.
[4]薛俊伟.应用于基站运维的NFC智能钥匙库管理系统[J].通信电源技术,2017,34(3):96-97,103.