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Tecell
Tecell offers a cloud‑based EV charging management platform that centralizes monitoring, remote diagnostics, and scheduling for two‑wheelers, three‑wheelers, four‑wheelers and emerging electric aircraft. Its dynamic load‑balancing and smart charging algorithms optimize power distribution, reduce peak demand and lower energy costs while providing real‑time control via a web dashboard. The solution is scalable across multiple countries and integrates with fleet, utility and IoT systems for operators and mobility planners.
- Clean Technology
- Energy
- Mobility & Transportation
Updated 5 months ago
Funding
Funding rounds are not available yet.
Founders
Product
Problem
Electric vehicle adoption is hindered by fragmented charging infrastructure, limited remote management capabilities, and inefficient energy utilization, especially across diverse vehicle types and geographic regions.
Solution
Tecell provides a cloud‑based EV charging management platform that centralizes control of charging stations for two‑wheelers, three‑wheelers, four‑wheelers, and emerging aircraft applications. The system enables operators to monitor charger status, perform remote diagnostics, and schedule charging sessions through a web‑based dashboard. Dynamic load‑balancing algorithms optimize power distribution, reducing peak demand and energy costs while ensuring reliable service. Integrated smart charging features adjust power delivery based on battery state and grid conditions, supporting both slow and fast charging modes. The platform is designed for scalability across multiple countries, allowing seamless expansion of networks without additional on‑site hardware.
Target Audience
Primary customers include EV fleet operators, charging network owners, municipal mobility planners, and aviation entities preparing for electric aircraft deployment.
Features
- Cloud‑hosted management console with real‑time charger monitoring and remote firmware updates
- Smart charging control that adapts power flow to battery health, grid load, and user preferences
- Dynamic load‑balancing across multiple stations to minimize peak demand and lower electricity expenses
- Support for standardized 3‑pin sockets, GB/T connectors, and high‑power 200 kW+ aircraft charging interfaces
- Scalable architecture that can be deployed across 7+ countries with centralized oversight
- API integration for third‑party fleet management, energy utilities, and IoT platforms