1. 20000W多晶硅太阳能电池板（可选单晶硅面板，加1元/W）                                                                       

2. 20KW的MPPT并网逆变器                                                                                                                                   

3.MPPT电压范围：DC450-820V                                                                                                                                

4.额定直流输入电压：620V                                                                                                                                             

5.电网电压：3相，AC380V±10％，50/60HZ                                                                                                         

6.20KW的输出功率                                                                                                                                                  

7.防孤岛≤0.5秒                                                                                                                                                          

8.最大效率：97％                                                                                                                                                      

9.液晶显示屏，不同类型的保护                                                                                                                               

10. 重量：太阳能电池板2120公斤                                                                                                                              

11.  太阳能电池板的尺寸：1955*992* 50MM外箱尺寸：2005*1035* 150MM（2个包）。

共有40箱数，80块250W太阳能电池板                                                                                  

12.光伏汇流箱，减少连接电缆数                                                                                                                               

13.系统每日最大发电量: 108kwh

广州森得太阳能的可再生能源并网发电系统是将光伏阵列、风力机以及燃料电池等产生的可再生能源不经过蓄电池储能，通过并网逆变器直接反向馈入电网的发电系统。因为直接将电能输入电网，免除配置蓄电池，省掉了蓄电池储能和释放的过程，可以充分利用可再生能源所发出的电力，减小能量损耗，降低系统成本。并网发电系统能够并行使用市电和可再生能源作为本地交流负载的电源，降低整个系统的负载缺电率。同时，可再生能源并网系统可以对公用电网起到调峰作用。网发电系统是太阳能风力发电的发展方向，代表了21世纪最具吸引力的能源利用技术。