Magenta Mobility launches EV charger PLENT with 12 outputs

With charging times ranging from 3 to 3.5 hours, minimal downtime, competitive pricing, and exceptional performance and quality, it efficiently caters to the needs of electric 2-wheeler, 3-wheeler, and 4-wheeler charging.

Magenta Mobility, an electric mobility, and EV charging solution provider, has launched an EV charger called PLENT, which has 12 charging points of 3.3 kW each, catering to multiple EVs.

With charging times ranging from 3 to 3.5 hours, minimal downtime, competitive pricing, and exceptional performance and quality, it efficiently caters to the needs of electric 2-wheeler, 3-wheeler, and 4-wheeler charging.

It comprises a Central Control Unit (CCU) as the charger’s brain, working in harmony with twelve Dispensing Units (DPUs), which serve as the heart of the charger. This intelligent setup ensures efficient and hassle-free charging for electric vehicle fleet operators.

Compliant with OCPP 1.6 standards, it seamlessly connects with various charging networks, ensuring interoperability. Additionally, it has other benefits like over-the-air (OTA) updates, 7” touch display enhancing usability and ensuring that charging stations are always equipped with the latest enhancements and features. The real-time data tracking and storage capabilities enable effortless analysis and monitoring of charging logs, allowing for the efficient 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,” said Maxson Lewis, Founder and Director, Magenta Mobility.

PLENT’s features including the ability to charge 12 EVs simultaneously along with safety measures, user-friendly interface, and low cost of operation make it a convenient choice for charge point operators, fleet operators, community parking bays, and residential complexes.