CD Skripsi
PERANCANGAN ROOFTOP PV PADA FAKULTAS TEKNIK UNIVERSITAS RIAU
The growth of population and technology has led to an increased demand for
electricity. To address this issue, the development of renewable energy sources,
such as Solar Power Plants (PLTS), has been initiated. To promote the development
of PLTS, the government has designed the development of rooftop PV through the
Minister of Energy and Mineral Resources Regulation No. 26 of 2021, with the aim
of achieving a national energy mix target of 23% by 2025. To support this goal, a
rooftop PV design has been implemented on all possible rooftops of the Faculty of
Engineering buildings at the University of Riau. The Faculty of Engineering at the
University of Riau has seven buildings suitable for rooftop PV installation: Building
C, Building T, Building F, Building O, the Technology Pulp and Paper Building,
the Dean's Building, and the Petrochemical Building. For the design of rooftop PV
on these buildings, the PVsyst software was used. The design involves an On-Grid
system, also known as Grid-Connected, and the components chosen include 4.749
SunPower SPR-MAX2-350 PV modules and 70 Sunny Tripower 20000TL-30
inverters along with 2 Sunny Tripower 10000TLEE-JP-10 inverters. Based on the
rooftop PV design for the Faculty of Engineering at the University of Riau, the
performance ratio results for each building are as follows: Building C at 82,2%,
Building F at 81,5%, Building T at 82,6%, Building O at 82.,0%, the Technology
Pulp and Paper Building at 83,8%, the Petrochemical Building at 83,4%, and the
Dean's Building at 77,0%.
Keywords:PLTS, Rooftop PV, PVsyst, University of Riau, PV module, inverter, OnGrid, performance ratio.
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