为提高独立光伏系统的供电可靠性和光伏利用率,需要合理配置光伏组件和储能系统的容量。根据光伏系统?储能联合运行的特点,考虑运行过程中储能能量的动态变化过程,以储能单元的技术特性为约束,提出以负荷缺电率(loss of power supply pr...为提高独立光伏系统的供电可靠性和光伏利用率,需要合理配置光伏组件和储能系统的容量。根据光伏系统?储能联合运行的特点,考虑运行过程中储能能量的动态变化过程,以储能单元的技术特性为约束,提出以负荷缺电率(loss of power supply probability,LPSP)和能量溢出比(energy excess percentage,EXC)为考核指标的光伏、储能容量的联合配置方法。在给定案例条件下,考虑了阀控铅酸电池、锂离子电池和全钒液流电池3种类型,分别对3种电池储能进行了容量配置,并以初始投资最小为目标,计算最优光储容量配置。结果表明,在相同配置情况下,采用全钒液流电池系统供电可靠性较高、经济性较好,而在满足指标要求下,采用阀控铅酸电池系统初始投资最小。展开更多
The potential implementation of photovoltaic (PV) energy system in western region of Saudi Arabia was analyzed in this paper. HOMER (hybrid optimization model for electric renewable) software was used to perform the t...The potential implementation of photovoltaic (PV) energy system in western region of Saudi Arabia was analyzed in this paper. HOMER (hybrid optimization model for electric renewable) software was used to perform the technical feasibility of the system. The feasibility of PV energy system was analyzed based on solar irradiances. Stand-alone PV systems with battery storage element will be evaluated and discussed. The analysis will be addressed to the impact of PV and battery storage on electric energy production.展开更多
文摘为提高独立光伏系统的供电可靠性和光伏利用率,需要合理配置光伏组件和储能系统的容量。根据光伏系统?储能联合运行的特点,考虑运行过程中储能能量的动态变化过程,以储能单元的技术特性为约束,提出以负荷缺电率(loss of power supply probability,LPSP)和能量溢出比(energy excess percentage,EXC)为考核指标的光伏、储能容量的联合配置方法。在给定案例条件下,考虑了阀控铅酸电池、锂离子电池和全钒液流电池3种类型,分别对3种电池储能进行了容量配置,并以初始投资最小为目标,计算最优光储容量配置。结果表明,在相同配置情况下,采用全钒液流电池系统供电可靠性较高、经济性较好,而在满足指标要求下,采用阀控铅酸电池系统初始投资最小。
文摘The potential implementation of photovoltaic (PV) energy system in western region of Saudi Arabia was analyzed in this paper. HOMER (hybrid optimization model for electric renewable) software was used to perform the technical feasibility of the system. The feasibility of PV energy system was analyzed based on solar irradiances. Stand-alone PV systems with battery storage element will be evaluated and discussed. The analysis will be addressed to the impact of PV and battery storage on electric energy production.
