5. Conclusions This Photovoltaic system i s designed for one of the particular load of CECOS University,phase,Peshawar . The off-grid Psystem can produce total energy of !"#" $%&h per year with total cost of !'()*** rupees. Off grid photovoltaic System needs no inferstructure li$e distri+ution ,and it thus +ecomes a very effective .asic design comprises of designing of a stand-alone Psystem, Parray and the +attery capacity . n this research , the stand-alone Psystem design steps are summaried as well as solve the real pro+lem /or thecapacity design, +esides load cases, fully consideration a+out the environmental conditions is very important0include the site location, solar radiation, climate, topography and surface features and so on. mportant steps are summarised which can +e used for other stand-alone Psystem design.
5. ConclusionsThis Photovoltaic system is designed for one of
the particular load of CECOS University,phase,Peshawar. The
off-grid PV system can produce total energy of 1424 kWh per year
with total cost of 1867000 rupees.Off grid photovoltaic System
needs no inferstructure like distribution ,and it thus becomes a
very effective .Basic design comprises of designing of a
stand-alone PVsystem, PV array and the battery capacity . In this
research , the stand-alone PV system design steps are summarized as
well as solve the real problem For thecapacity design, besides load
cases, fully consideration about the environmental conditions is
very important:include the site location, solar radiation, climate,
topography and surface features and so on. Important steps are
summarised which can be used for other stand-alone PV system
design.
