Hello Everyone,
I recently finished making a solar charge controller .Thank you for all your help guys for helping me along the way.My charger works perfectly and i am very happy with it.
Currently this is my setup at my home
PV panels ==>charger==>batteries(tubular Pb acid)<===>inverter(inverter also has a direct grid connection for charging batteries,in the absence of solar energy)
I would like to take it to the next step and design an inverter.
Please bare in mind,i am a complete beginner in inverter design and would like as much help as possible from you guys.
I'll start with some very basic doubts and build my way up to more complex questions
1.Hardware point of view,for switching it is better to go for MOSFETs or IGBTs?
2.What king of cooloing systems are usually used for cooling the MOSFETs/IGBTs?(FANs,heatsinks,,water cooled,liquid nitrogen etc..?)
3.Software point of view,whats the most efficient way to generate a sine wave,i am assuming it is by using look up tables?
4.How to i detect low/under voltage,over current spikes and if possible try to regulate it as much as possible.
If any of you have any study material that i can look up please post a link to them in here.
Thanks in advance,
AK
I recently finished making a solar charge controller .Thank you for all your help guys for helping me along the way.My charger works perfectly and i am very happy with it.
Currently this is my setup at my home
PV panels ==>charger==>batteries(tubular Pb acid)<===>inverter(inverter also has a direct grid connection for charging batteries,in the absence of solar energy)
I would like to take it to the next step and design an inverter.
Please bare in mind,i am a complete beginner in inverter design and would like as much help as possible from you guys.
I'll start with some very basic doubts and build my way up to more complex questions
1.Hardware point of view,for switching it is better to go for MOSFETs or IGBTs?
2.What king of cooloing systems are usually used for cooling the MOSFETs/IGBTs?(FANs,heatsinks,,water cooled,liquid nitrogen etc..?)
3.Software point of view,whats the most efficient way to generate a sine wave,i am assuming it is by using look up tables?
4.How to i detect low/under voltage,over current spikes and if possible try to regulate it as much as possible.
If any of you have any study material that i can look up please post a link to them in here.
Thanks in advance,
AK