CAJ | 학술논문

文章采用微电网整体优化设计的理念，尽可能降低储能电池的比例，提高可再生能源渗透率，在进行技术方案比较与分析的基础上，对当地光伏发电量进行了Homer仿真，提出并网型微电网技术方案。进一步提出了微电网能量管理方案，能量优化模型及并网运行模式下的微电网实时运行控制策略。多元化能源在供能用能环节整合系统优化和控制，提供了可借鉴的技术方案。
문장채용미전망정체우화설계적이념，진가능강저저능전지적비례，제고가재생능원삼투솔，재진행기술방안비교여분석적기출상，대당지광복발전량진행료Homer방진，제출병망형미전망기술방안。진일보제출료미전망능량관리방안，능량우화모형급병망운행모식하적미전망실시운행공제책략。다원화능원재공능용능배절정합계통우화화공제，제공료가차감적기술방안。
The paper uses the concept of overall optimization design of the microgrid to reduce the ratio of energy stor-age battery as much as possible and improve the permeability of renewable energy. Based on the comparison and analysis of technical schemes,Homer Simulation of local photovoltaic generated energy is made,and grid-connected microgrid technical solution is proposed. The microgrid energy management plan,energy optimization model and real-time control strategy of the microgrid in grid-connected mode are further put forward. The paper provides a reference technical solution to the optimization and control integration of energy supply and use with diversified energy.