Assignment First

PS代写:Rustu和Senturk[2]的双轴太阳跟踪光伏系统

Rustu和Senturk[2]对双轴太阳跟踪光伏系统与固定光伏系统的性能比较分析了双轴太阳跟踪光伏系统一年的性能结果。研究收集的全部数据用于PV系统在仿真数据下的比较。对Rustu和Senturk[2]在光伏系统固定定位和对光伏系统进行太阳跟踪控制时采集的数据进行比较。这涉及到具体测量的性能。该研究对于强调具有相同纬度的双轴太阳跟踪和倾斜固定位置光伏系统的性能具有重要意义。这为光伏系统中的跟踪平台提供了优越的优势,正如Rustu和Senturk[2]所提到的,跟踪系统可以多发电30.79%。

PS代写:Rustu和Senturk[2]的双轴太阳跟踪光伏系统

最后,Huang和Ding[3]利用单轴三位置太阳跟踪器进行了太阳能光伏发电的长期野外试验,测量了特定光伏系统下的长期和日发电量。本研究采用1A 3P跟踪光伏和固定光伏进行对比试验,其中包括两个独立的相同的太阳能LED照明系统。Huang和Ding[3]的研究结果也表明,跟踪光伏系统可以提供类似于双轴连续跟踪光伏系统的性能。本研究的关键指标是日发电量的增加,随着日太阳辐射的增强,日发电量水平进一步提高。

PS代写:Rustu和Senturk[2]的双轴太阳跟踪光伏系统

Performance comparison of a double axis sun tracking versus fixed PV system by Rustu and Senturk [2] analyzes the performance results in a year performance for two sun tracking PV systems under double axis. The overall data collected in the research was used for the comparison of PV system under the data of simulation. The comparison was done for data collected when there was fixed positioning of PV systems and when there was sun tracking control over the PV systems by Rustu and Senturk [2]. This involved the performance of specific measurements. The research was significant in highlighting the performances of PV systems having identical latitude for double axis sun tracking and tilt fixed position. This provided the superior benefits of tracking platform in the PV system as there is generation of 30.79 per cent more electricity by the tracking system as mentioned by Rustu and Senturk [2].

PS代写:Rustu和Senturk[2]的双轴太阳跟踪光伏系统

Finally, Long-term field test of solar PV power generation using one-axis 3-position sun tracker by Huang and Ding [3] has measured the long-term and daily generation of power under a specific PV system. This research conducted a comparative test by the use of 1A 3P tracking PV and fixed PV including two standalone identical LED lighting systems powered by solar energy. The results of this research as provided by Huang and Ding [3] also indicated that tracking PV system can deliver similar performance to a continuous tracking PV system having dual axis. The key indication of this research is the increased level of daily generated power that further improved with enhanced solar radiation on daily basis.