Microchip Develops E2W Ecosystem to Advance E-Mobility Innovation

Microchip’s ecosystem offers a modular and flexible platform built with automotive-grade components.

March 18, 2025. By Aishwarya

Microchip Technology has introduced its Electric Two-Wheeler (E2W) ecosystem, a suite of pre-validated reference designs aimed at addressing key development challenges in the industry.

These challenges include improving power efficiency, ensuring seamless system integration, enhancing safety, and reducing time-to-market. With automotive-grade, scalable solutions, Microchip aims to help manufacturers streamline development and create reliable, feature-rich electric two-wheelers.

Microchip’s ecosystem offers a modular and flexible platform built with automotive-grade components. These designs are adaptable to various power levels and feature requirements, making them suitable for a wide range of electric two-wheelers.

Additionally, the ecosystem is supported by comprehensive design files, schematics, and a Bill of Materials (BOM), along with global technical support. This enables developers to bring their next-generation e-scooters and e-bikes to market more efficiently while ensuring optimized power, safety, and intelligence.

One of the key advantages of the E2W ecosystem is its focus on power and battery efficiency. The Advanced Battery Management System (BMS) is designed to maximize energy utilization, extend battery life, and improve vehicle range while enhancing safety. Additionally, a 48V to 12V power conversion reference design ensures efficient power distribution, improving overall system reliability.

The ecosystem also includes fast and flexible charging solutions. A 7.4 kW Single-Phase AC EV Charger Reference Design enables reliable home charging with built-in protection features. For added convenience, a USB-PD Dual Charging Port is available, allowing for fast and flexible charging of mobile devices.

Microchip's high-performance traction motor control solutions range from 350W to 10 kW, providing smooth acceleration, improved energy efficiency, and precise control. With pre-integrated firmware and a modular design, these solutions simplify system development and help manufacturers bring their products to market faster.

In terms of system integration and vehicle control, the ecosystem incorporates a Vehicle Control Unit (VCU), Remote Keyless Entry (RKE), Hands-On/Off Detection, and an Acoustic Vehicle Alerting System (AVAS). These features work together to enhance vehicle security and safety. Additionally, integrated telematics and asset tracking capabilities offer real-time monitoring, theft prevention, and fleet management options.

To further enhance the user experience, Microchip provides an intelligent touch display and connected features. A 720x720 round LCD Instrument Cluster, powered by Microchip’s SAM9X75 MPU, supports real-time data visualization and smart connectivity. The maXTouch® ATMXT640UD and ATMXT641TD touchscreen controllers ensure accurate touch performance, even in extreme weather conditions and with thick gloves. Cloud-enabled remote diagnostics and performance tracking further optimize fleet operations and enhance the rider experience.

According to Joe Thomsen, corporate vice president of Microchip’s dsPIC business unit, manufacturers often face challenges related to power efficiency, system integration, and evolving safety standards. Microchip’s E2W ecosystem provides pre-validated, high-performance solutions that directly address these challenges, helping accelerate product development and improve vehicle reliability.

With this innovative ecosystem, Microchip Technology aims to support the growth of the electric two-wheeler industry by providing scalable, efficient, and secure solutions for manufacturers looking to develop the next generation of electric mobility.

Tags:

Sustainable Transport

Battery management system

Battery design

Electric Vehicles

Electric vehicle market

Electric vehicle adoption

Electric two-wheelers