Electric Vehicle Chargers

As the automotive industry seeks solutions to the challenges posed by the scarcity of non-renewable energy resources and pollution, electric vehicles have emerged as a sustainable option. Zapidax offers a range of Electric Vehicle (EV) charging solutions, including EV Quick chargers and On-board chargers, to support the evolving electric vehicle mobility segment. Additionally, Zapidax addresses the increasing demand for power from electronic devices by providing on-board power sources.

Zapidax's Electric Vehicle Charging Solutions (EVCS) are thoughtfully designed with a unique architecture, tailored to meet the requirements of US, EU, China, and Indian markets. These solutions align perfectly with industry compliance standards, such as those set forth by IEC, SAE, and NEC.

Key Features:

Hardware Domain:

Hardware design and manufacturing for control electronics (MCU, DSC, etc.).

Power electronics, including Power Factor Correction (PFC), DC-DC converters, and inverters.

Modular design topologies.

Mechanical and industrial design.

Electrical and mechanical simulations and analysis.

Compliance and certification testing.

Software Domain:

Software development expertise for charger-vehicle communication (PLC, CAN).

Power electronics coordination.

User communication via Wi-Fi, GSM, and more.

EV infrastructure communication, including Open Charge Point Protocol (OCPP).

Mobile apps for EV users (Android/iOS).

Power electronics control algorithms for high efficiency and rapid response across various power levels.

Algorithms for data analysis and simulation in stationary and synchronous domain control topologies.

Control and monitoring software for Battery Management with fault diagnostics.

Autocode, modeling, simulation, and analysis for digital power control applications using MATLAB.

Knowledge of EV protocols like SAE - J1772, GB/T, CHAdeMO.

Zapidax's Electric Vehicle Charging Solutions are a testament to their commitment to a sustainable and connected future, promoting cleaner transportation alternatives while meeting the ever-increasing demand for power.