Versinetic launched EV charging SDK at CENEX LCV 2022
Versinetic, an EV charging specialist and division of award-winning embedded systems consultancy ByteSnap Design, launched an EV charger software development kit (SDK) on stand C4-609 at this year’s CENEX LCV event.
Versinetic’s new EV charger development kit has been designed to reduce R&D risk and fast-track IoT application development across all sectors.
The kit features an RDC-DD 6mA leakage sensor; Single RGB status LED board; IEC-62196 Type 2 socket; Socket lock; 3 phase MID meter; MantaRay smart charge controller; EEL AC charge controller; 1 x 4 pole contactor; 1 x 2 pole contactor; and ISO/IEC 14443A and MIFARE Classic RFID smart card reader board. The kit also comes complete with wiring diagrams and instructions. It will provide users with a working model to support product development by enabling easy production and test connectivity set up.
Dunstan Power, director of Versinetic, said: “Not only will our EV Charger Development Kit help you set up the software and your connection to the OCPP back-end provider of your choice; it will also fast-track you several steps towards having your own complete charger.
“De-risking development and discovering the best configuration for your requirements has never been easier.”
The Versinetic team explained how the company’s new SDK can help take charger concepts from just technical to well-designed solutions, combining the versatility and ingenuity of both hardware and software.
Visitors to Versinetic’s stand also learned more about its other products including its smart charging communications controller, MantaRay, which has the power to run complex algorithms, allowing EV charging systems to deliver solar-generated power to vehicles, and LinkRay, a solution that operates in passive mode for the majority of the time, but has flexibility engineered in to allow it manage load balancing in an offline setting.
For more information, please visit: https://versinetic.com/hardware/ev-charging-development-kit/ or email getcharged@versinetic.com.