EV Battery Inverter Design for V2G
Budget: $750 – $1,500 USD
I'm looking for someone to design an advanced inverter that can convert 900-200V DC from an electric vehicle battery into three-phase AC output up to 11kW, adhering to the V2G VDE4105 standard.
Ideal Skills and Experience:
- Proficiency in power electronics and inverter design
- Experience in working with electric vehicle systems, particularly regarding battery technologies
- Understanding of V2G VDE4105 standard and its application on inverter design
- Ability to deliver a safe and efficient inverter design with high power handling capacities
- Knowledge of V2G (Vehicle-to-Grid) technology and its implications on energy management systems
Please note that the power source is a battery, and the application is for V2G so the inverter must be designed with this in mind. The final design should be capable of managing power flow effectively and should meet the specified power output requirements, frequency tracking is important.
Ideal Skills and Experience:
- Proficiency in power electronics and inverter design
- Experience in working with electric vehicle systems, particularly regarding battery technologies
- Understanding of V2G VDE4105 standard and its application on inverter design
- Ability to deliver a safe and efficient inverter design with high power handling capacities
- Knowledge of V2G (Vehicle-to-Grid) technology and its implications on energy management systems
Please note that the power source is a battery, and the application is for V2G so the inverter must be designed with this in mind. The final design should be capable of managing power flow effectively and should meet the specified power output requirements, frequency tracking is important.