What is the potential for electrical energy in Jayapura aviation Polytechnic domitory building?

From the PvSyst simulation that has been carried out, it can be obtained that the potential for electrical energy in the Jayapura Aviation Polytechnic Dormitory Building is 323,905 kWh / year with a PLTS capacity of 230 kWp with a Performance Ratio of 0,829.

Does solar energy generation potential exceed the energy use of block buildings?

In Fig. 10, the Y-axis exhibited negative values (−10). It was found that after the deployment of solar panels in case B8, the NEUI became negative, indicating that the solar energy generation potential exceeded the energy use for the block buildings.

Which morphological parameters correlate with solar energy development potential?

Poon et al. (2020) correlated 10 major morphological parameters in blocks with the development potential of solar energy resources, finding that the Sky exposure factor (SEF) and the Sky view factor (SVF) had the strongest correlation with the radiant illuminance of roofs and facades in buildings.

Do dormitory blocks save energy?

The research analyzed 55 dormitory blocks and found that the potential for energy savings at the block level was substantial. The difference in cooling EUI varied by up to 35.58% among different blocks, while the difference in heating EUI was even greater, up to 192.4%.

What is the radiation threshold for polycrystalline silicon PV?

When setting polycrystalline silicon PV material and a 25-year life cycle, the radiation threshold is 466 kWh/ (m 2 ·y). Lastly, the technical potential denotes the energy generation efficiency of the PV system, primarily affected by PV module efficiency, Integrated efficiency factor and Attenuation rate of PV power generation (Table 7).

Is solar energy consumption more sensitive to urban morphology?

Xia et al. (2021) reported comparable results in their investigation on optimizing building energy consumption and solar potential in residential blocks in Hot-summer and Cold-winter zone in China. The research demonstrated that solar radiation access was more sensitive to the urban morphology variation than energy consumption.