🎥 MAHA-EV Project Webinar Update | Collaborative Research Progress

We are pleased to share the latest webinar update from the MAHA-EV collaborative research node comprising: 🔹 CSIR-CEERI Pilani 🔹 IIT Roorkee 🔹 IIT Bombay 🔹 IIT Mandi The webinar presents ongoing research and development activities spanning multiple verticals of advanced electric mobility and power electronics technologies under the ANRF MAHA-EV Mission. ⚡ Key Highlights Covered in the Webinar: ✅ Wide Bandgap (WBG) device development (GaN/SiC) ✅ EV drive systems and motor control ✅ Thermal modelling and reliability studies ✅ Modular 120 kW DC fast charger development ✅ V2G and G2V enabled charging architectures ✅ High-efficiency converter systems ✅ Power electronic hardware development and integration ✅ Indigenous technology development for EV ecosystem The collaborative effort aims toward the realization of scalable, efficient, and indigenous EV charging and energy conversion technologies for next-generation electric mobility applications. 📌 Featured Research Areas: • 120 kW modular DC fast charger • Wide-voltage charging architectures (400–1500V DC) • EV traction and drive systems • Advanced gate drivers and converter technologies • Thermal management and compact converter design • High power density power electronic systems Supported under: Anusandhan National Research Foundation (ANRF) MAHA-EV Mission 🔔 Subscribe to the APEL channel for updates on: EV charging • Power Electronics • WBG Devices • Smart Grids • Energy Systems • Advanced Converter Technologies #MAHAEV #ANRF #ElectricVehicles #EVCharging #PowerElectronics #IITRoorkee #IITBombay #IITMandi #CEERI #WideBandgap #GaN #SiC #FastCharging #V2G #G2V #SmartGrid #APEL #Research #Innovation #DCFastCharging #EnergySystems #IndiaResearch