Magenta Mobility launches a 12-output EV charger called PLENT
Magenta Mobility has unveiled PLENT, India’s first EV charger with 12 charging outputs of 3.3 kW each, catering to multiple EVs simultaneously, offering a low-cost-per-charging socket. It offers charging options tailored to electric 2-wheelers, 3-wheelers, and 4-wheelers. The charger consists of a Central Control Unit (CCU) and twelve Dispensing Units (DPUs). The CCU acts as the charger’s brain, while the DPUs serve as the heart of the system. Charging times range from 3 to 3.5 hours.
The product aims to meet the increasing demand for safe, smart, and cost-effective EV charging solutions in the country. In terms of safety, the charger incorporates system-level temperature monitoring and power protection features. These safety measures eliminate the need for additional switchgear and ensure optimal charging performance.
PLENT demonstrates compatibility and connectivity by complying with OCPP 1.6 standards, facilitating consistent integration with diverse charging networks for enhanced interoperability. It offers various advantages such as over-the-air (OTA) updates and a user-friendly 7″ touch display, ensuring charging stations are always equipped with the latest features. With real-time data tracking and storage capabilities, PLENT simplifies the analysis and monitoring of charging logs, enabling effective management of charging operations.
“We are excited to introduce PLENT, which is a short form for Plenty. It is a revolutionary multi-charging product meticulously engineered in-house with remarkable features to enhance the EV charging experience while addressing the unique requirements of the Indian market. By empowering EV users and contributing to the development of sustainable transportation, Magenta Mobility reinforces its commitment to Building India’s Safest & Smartest Electric Mobility Ecosystem,” said Maxson Lewis, Founder and Director of Magenta Mobility, while launching the product.
Subscribe today for free and stay on top of latest developments in EV domain.