Welcome to our site! EDAboard.com is an international Electronics Discussion Forum focused on EDA software, circuits, schematics, books, theory, papers, asic, pld, 8051, DSP, Network, RF, Analog Design, PCB, Service Manuals... and a whole lot more! To participate you need to register. Registration is free. Click here to register now.
thank you very much sir for giving me the sites where i can have the information about my projects...... can i have some favor sir... i am a 5th year student of Mindanao State University-Main Campus. i have a project proposal
now but it's sad to say that i haven't found yet any useful project to implement. in this regard, i want to have your suggeston in this matter... thank youin advance
thank you very much sir for giving me the sites where i can have the information about my projects...... can i have some favor sir... i am a 5th year student of Mindanao State University-Main Campus. i have a project proposal
now but it's sad to say that i haven't found yet any useful project to implement. in this regard, i want to have your suggeston in this matter... thank youin advance
Hello
Why not develop an inverter that can be syncronized with the main network to send energy produced by example by solar panels or others.
Just an simple sugestion
Hello
I have already build several inverters but now I need to desing new one when I finish the instalation of the solar panels in the farm.
That´s why I sugested that.
becouse I not always there the panels with produce energie that will not be total used and if you make an inverter that is always sncronyze with the main and if you want , you can sell energy to the energy destribuctor because they are obrigated to buy green energy.
its a way so make rentable the investiment.
The power will round the 8 Kw
Hi
Just got interested as the subject is more on solar application.
Friends, in solar application we need to use an inverter that has got the least no load curent and high efficiancy. This is not possibel to achive in a home made unit with 50 or 60Hz switching. This can definitely be achieved by using good quality ferrite cores for a DC to DC convertion and Dc to AC conversion using a MOSFET bridge switched at required output frequency. A sample circuit is attached for an idea of how to do this.
Use of ferrite cores reduce the overall cost and size of the inverter.
You can contact me for my own 500watt working design with full details, which I do not want to post here for public viewing.
MAY CONTACT ME FOR ALL DOUBTS ON SOLAR PV SYSTEM AND POWER INVERTERS.
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.
