【摘要】 为提高农业综合能源系统（Integrated agricultural energy system, IAES）的能源利用率，减轻IAES对农村配电网的冲击，提高系统对风电的消纳，提高IAES的碳减排能力，提出了一种IAES的低碳经济调度策略。考虑以农作物秸秆为燃料的生物质能发电参与日内调度，在提高源侧灵活性的同时，通过生物质能碳捕集的负碳排放效应联合阶梯式碳交易机制进一步挖掘IAES的碳减排潜力，最后通过热电比可调的热电联产装置，基于有机朗肯循环的低温余热发电装置及空气源热泵等装置，以购能成本、碳排放成本最小为目标，将原问题化为混合整数线性优化问题，运用商业求解器进行求解，并通过多个场景进行对比，验证了所提策略的有效性。更多还原

【Abstract】 In order to improve the energy utilization of integrated agricultural energy system(IAES),reduce the impact of IAES on rural distribution network, improve the system’s consumption of wind power, and increase the carbon emission reduction capacity of IAES, a low-carbon economic dispatch strategy for IAES is proposed. Considering involving biomass power generation using crop straw as fuel in intraday dispatch, while improving source-side flexibility, the carbon reduction potential of IAES is further explored through the negative carbon emission effect of biomass carbon capture and storage combined with the stepped carbon trading mechanism. Finally, by using the device combined heating and power with adjustable thermoelectric ratio, the low-temperature waste heat power generation device based on the organic Rankine cycle, and the air-source heat pump, the original problem is reduced to a mixed-integer linear optimization problem with the goal of minimizing energy purchase cost and carbon emission cost, solved using a commercial solver, and compared with several scenarios to verify the effectiveness of the proposed strategy.更多还原