CAJ | 학술논문

研究风力和生物质气化互补发电结构，并对此系统的容量配比进行了研究。以1.4MW的生物质气化发电机组对3MW的风电场进行补偿，以抑制风电输出功率的波动。首先对风电场的来流风速进行预测，然后得到基于风力预测的风电场的输出与分布。根据风电场输出功率，设计了互补中生物质气化发电机组的方案。根据互补系统运行规则，计算了互补系统的整体特性，并设计出了风力发电与生物质气化发电较合适的容量配比方案。
연구풍력화생물질기화호보발전결구，병대차계통적용량배비진행료연구。이1.4MW적생물질기화발전궤조대3MW적풍전장진행보상，이억제풍전수출공솔적파동。수선대풍전장적래류풍속진행예측，연후득도기우풍력예측적풍전장적수출여분포。근거풍전장수출공솔，설계료호보중생물질기화발전궤조적방안。근거호보계통운행규칙，계산료호보계통적정체특성，병설계출료풍력발전여생물질기화발전교합괄적용량배비방안。
This paper is about the study on the wind-biomass gasification complementary generation structure and the capacity ratio of this system. A 3MW wind farm is compensated by a 1.4MW biomass gasification generator unit to suppress the output power of wind farm. The wind speed from the wind farm is forecasted first and the output and distribution of the wind farm is derived based on the wind forecasting. The plan of complementary biomass gasification generator unit is designed on the basis of the output power of wind farm. The overall properties of the complementary system is calculated and a proper capacity ratio plan of wind power generation and biomass gasification generation is designed based on the operation rules of the complementary system.