@thesis{thesis,
		author={ANSHORI  MUHAMMAD IMAM AZHAR and Darmana  Tasdik},
		title ={ANALISIS PERENCANAAN PLTS ON-GRID DENGAN 
KAPASITAS 27 kWp TERHADAP POTENSI CARBON  FOOTPRINT PADA GEDUNG SMART ELECTRONIC SYSTEMS LABORATORY IT-PLN},
		year={2023},
		url={http://156.67.221.169/5703/},
		abstract={Solar Power Plant (PLTS) is a power plant that converts sunlight into electric current, one 
of the configurations used is the On-Grid system. Carbon gas emissions or carbon footprints 
produced in practicum activities at the Smart Electronic Systems Laboratory IT-PLN will 
cause a greenhouse effect, this will cause an increase in the atmosphere and an impact on 
rising earth temperatures. This will result in a lot of heat that will be held by the earth which 
will make the earth's temperature increase hotter. This study discusses aspects of the PLTS 
system, investment costs and economic costs, as well as planning using the PVsyst 
application and also regarding the release of Carbon Footrpint. The calculation method uses 
data collection in the form of electronic equipment in use. This study uses 60 solar panels 
with each panel having a capacity of 455 Wp Monocrystalline with 1 unit of 25,000 Watt 
Solis inverter with a load of 128.302 kWh. The initial investment costs incurred for planning 
this On-Grid PLTS are Rp. 263,122,946, then the maintenance fee is Rp. 2,631,229 per year, 
the PLTS Life Cycle Cost is Rp. 288,968,402 and the PLTS energy cost is Rp. 719,214. 
Then obtained the Carbon Footprint Calculation on Electrical Energy Electronic Devices at 
the IT-PLN SESL Laboratory, which is a Value of 183.97858 Kg CO2.}
		}