Solutions for New Energy Industry

MYD Technology specializes in crafting customized wire harnesses specifically designed for new energy applications, providing comprehensive solutions. Our expertise includes designing and manufacturing custom wire harnesses tailored specifically for electric vehicles, solar power systems, and other renewable energy technologies. We ensure high-quality components and meticulous craftsmanship to meet the unique demands of modern energy-efficient solutions. Whether you require efficient power distribution, robust connectivity, or integration of advanced technologies, we are committed to delivering reliable and innovative solutions that optimize performance and reliability in new energy applications.

BMS, EV Charging Wire Harness

Battery Management System (BMS) Harness: Essential for electric vehicles and renewable energy systems, BMS harnesses connect battery packs to monitoring units, ensuring optimal performance and safety by managing battery charging, discharging, and temperature.

Electric Vehicle (EV) Charging Harness: Facilitates the connection between charging stations and electric vehicles, managing power transfer efficiently and safely to support various charging standards, ensuring reliable and fast charging.
Photovoltaic Cable

Photovoltaic Cable: Links solar panels to inverters and grid connections, transmitting DC electricity efficiently to maximize solar energy generation and maintain system reliability under different environmental conditions.
Power Distribution Wire Harness

Power Distribution Harness: Distributes electrical power within vehicles or renewable energy setups, ensuring reliable connectivity between components like motors, inverters, and energy storage systems, optimizing energy flow and minimizing losses.
ESS Wire Harness

Energy Storage System (ESS) Harness: Connects energy storage units to electrical systems in hybrid and electric vehicles or stationary applications, managing high currents and voltage levels for stable operation and enhancing overall system efficiency and safety.