Engineering videos and technical solutions Btech and Master engineering thesis guidance
simulation of projects using different software such as matlab pvsys helioscope
etap and many more detailed videos on these topics and much more available software such as autocad
revit and sketchup be part of our family by subscribing to our youtube channel follow us
on instagram like our facebook page and visit our website pz engineering passion to excel
hi welcome to the PZ Engineering channel in this video we are going to show how to simulate
a solid oxide fuel cell connected to a three-phase electrical power system
the system consists of solid oxide fuel cell which is connected to a three-phase
infinite bus through a IGBT inverter the inverter uses hysteresis switching and control
active power by manipulating of a direct axis current while holding reactive power at 0 var
please don't forget to subscribe to the channel share our contents comment and like this video
here we have our solid oxidize surface parameters
with oxygen, water and hydrogen the parameters to supply that scope
if our dc voltage is our capacitance
if our inverter we are using universal bridge in this parameters
here we have our three phase transformers
yes here are the parameters
here we have our three-phase va measurement
here we have our three phases ielts branch and you have another three-phase vi measurement
and here with our infinity bars
this way stick is we are using the distance of our power from
from vabc to vab this the power here
there we have our pvp power bars to measure the bar the power
a b c bus
i have a power bus which goes to selector
many of our power reference that is just a stepping time
if our sum
if rt power control
if rpls pll then here we have our dq or to abc transformers box and here our unit delay
is the the current of the bus the a the the connective apc and then here we have our relays
for the six lgbt
and from there it goes to our inverter
i think everything is fine now
if you're not yet part of our family please subscribe to our channel
share our content comment and like this video
these are the measurements
now let's run our model here is our power grid and see the behavior of our system
let's check our result
this is vdc volt dc voltage and dc current here we have our voltage for the logic voltage
we are launched from the fuzzy from the sorry from the fuel cell any of the bars and the bus current
just maximize it
there is a volt yeah and here we have our
first logic voltage and the terminal volt voltage
just see the input water oxygen and thank you so much for watching please
don't forget to subscribe the channel share our contents comment and like this video