Power electronics based hybrid mppt charger embedded design need
Budget: ₹100,000 – ₹150,000 INR
Project Title: Power Electronics Based Hybrid MPPT Charger Embedded Design with solar and grid input and give 48v dc output for battery charging as well as to dc load. In addition to yhat 230v, 50hz ac inverter output also required. The block diagram indicating the power flow requirements is given as attachments. Only experienced team can apply. If don't have experience and expertise as well as don't have team, please don't apply. The freelancer needs to submit all the design source files in Altium for schematic, pcb, bom and the firmware development source file foe embedded code. All these design works needs to be validated by us through working prototype model, so necessary support needs to extend by freelancer. The milestone payment will be released after sucessful testing of the prototype only. The bidders need to submit theit proposal slong eith their prior experience credentials only for our evaluation.
Description:
I am looking for an experienced freelancer to design a power electronics based hybrid MPPT charger. The charger will have a power rating of 5kW and will be specifically designed for Lithium-ion batteries.
Primary Functions:
- The primary function of this MPPT charger is to improve energy efficiency.
- Additionally, it should also enhance the battery lifespan.
Ideal Skills and Experience:
- Experience in power electronics and embedded systems design.
- Strong knowledge of MPPT charger algorithms and control techniques.
- Proficiency in programming microcontrollers and firmware development.
- Familiarity with Lithium-ion battery technologies and charging protocols.
- Ability to design and optimize power conversion circuits for high power applications.
If you have the skills and expertise required for this project, please submit your proposal.
Description:
I am looking for an experienced freelancer to design a power electronics based hybrid MPPT charger. The charger will have a power rating of 5kW and will be specifically designed for Lithium-ion batteries.
Primary Functions:
- The primary function of this MPPT charger is to improve energy efficiency.
- Additionally, it should also enhance the battery lifespan.
Ideal Skills and Experience:
- Experience in power electronics and embedded systems design.
- Strong knowledge of MPPT charger algorithms and control techniques.
- Proficiency in programming microcontrollers and firmware development.
- Familiarity with Lithium-ion battery technologies and charging protocols.
- Ability to design and optimize power conversion circuits for high power applications.
If you have the skills and expertise required for this project, please submit your proposal.
Related categories:
Electronics
Microcontroller
Electrical Engineering
Embedded Software
PCB Design and Layout