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EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners
EV Charge Pro, Mapna Electric & Control, Engineering and Manufacturing Company (Meco) | International Design Awards Winners

EV Charge Pro

CompanyMapna Electric & Control, Engineering and Manufacturing Company (Meco)
Lead DesignersJavid Afshari
Project LocationKaraj, Alborz, Iran
Prize(s)Silver in Eco / Green Design / Green Transportation
Entry Description

This fast-charging dispenser with a power of 240 kW is designed for charging various electric buses and cars. It uses Chademo and CCS connectors for vehicle connection and features an ergonomic, modern, and appealing design suitable for better market competition and easy use for users, including disabled individuals. Quality and reliable parts are produced using suitable materials and cost-effective manufacturing methods. The compact body dimensions, optimal space utilization, easy access to the interior for maintenance, and the use of a cable balancer are advantages of this design.