Technical Guides

Explore how real-time power conversion efficiency impacts DC fast charging performance, including losses in rectifier modules and their effects on charging speed and grid stability.

Exploring how dynamic load balancing across heterogeneous hardware ensures efficient and stable power distribution in EV charging networks.

Learn how hierarchical charging network management scales EV infrastructure from single sites to multi-region operations with centralized control and local autonomy.

Cross-protocol gateway architecture enables seamless integration of diverse EV charging networks using OCPP, OCPI, and proprietary APIs.

Explore how energy storage integration with EV charging infrastructure enhances grid stability, reduces peak demand, and improves operational efficiency.

How Tecell’s CMS handles offline deployments with limited internet and power.

A detailed comparison of OCPP 2.0.1 and OCPI, focusing on session management, data exchange, and interoperability for Charge Point Operators.

OCPP smart charging profiles help fleet operators manage power usage efficiently, reduce costs, and comply with grid limitations.

Tecell uses statistical anomaly detection, machine learning, and rule-based systems to identify charging faults in real time.

Tecell’s OCPP gateway supports up to 1,000 concurrent WebSocket connections during peak usage, ideal for high-density charging environments.

Tecell’s Charge Point Management System enables simultaneous firmware updates for 1000+ chargers through distributed queuing and intelligent scheduling.

Learn the essential technical requirements for integrating Tecell’s CMS with new charging cabinet OEMs.

Explore how a scalable EV charging network software architecture handles thousands of devices and complex workflows.

Tecell’s OCPP gateway supports high-density deployments with hundreds of simultaneous WebSocket connections.

Tecell’s diagnostics engine uses real-time monitoring and AI to detect and resolve charging infrastructure issues before they impact users.

Explore how WebSocket scalability in EV charging platforms ensures real-time communication for thousands of concurrent connections.

A detailed comparison of OCPP 2.0.1 and OCPP 1.6J, focusing on message handling, security, and firmware updates for Charge Point Operators.

Learn how fault detection and predictive analytics in EV charging infrastructure help operators prevent failures and improve reliability.

Firmware management in fleet charging is complex but essential for maintaining security, compliance, and performance across large networks.

A detailed technical comparison of OCPP and OCPI, focusing on their roles in EV charging infrastructure and how they work together to enable efficient and interoperable charging systems.

Learn how Tecell’s firmware update orchestration strategy ensures reliable, secure, and scalable updates across multi-tenant EV charging networks.

Explore how Tecell’s Charge Management System (CMS) supports thousands of concurrent WebSocket connections, ensuring reliable and scalable EV charging infrastructure.

Learn how duplicate message detection ensures data integrity in EV charging networks, with practical examples and Tecell’s approach to handling redundant data.

Learn how Tecell’s Charge Management System handles real-time event processing in EV charging networks, including WebSocket communication and high-volume message queues.

Learn how to design a scalable OCPP gateway that supports multi-vendor charging hardware and ensures seamless communication across diverse EV infrastructure deployments.

A detailed comparison of OCPP 1.6J and OCPP 2.0.1, focusing on firmware update handling and security enhancements for EV charging infrastructure.

Event queues are essential for real-time charging network operations. Learn how Tecell’s CMS platform uses event-driven architecture to ensure reliability and scalability.

Learn how Tecell’s OCPP Gateway efficiently handles high-volume MeterValues streams with scalable architecture and message queuing.

Tecell uses statistical anomaly detection, machine learning, and rule-based systems to identify faults in EV charging infrastructure.

Tecell ensures secure TLS communication between chargers and CMS through industry-standard encryption and mutual authentication.

Learn how dynamic load balancing enhances EV charging efficiency across heterogeneous hardware setups.

Tecell’s analytics dashboard transforms raw charging data into actionable insights for Charge Point Operators, enabling smarter decisions and improved network performance.

OCPP 2.0.1 enhances fleet charging by improving interoperability, security, and real-time control. Learn how this protocol supports scalable and efficient EV infrastructure.

This post explores the hidden costs of poor firmware management in EV charging networks, including performance issues, security risks, and operational inefficiencies.

Real-time monitoring and diagnostics are essential for maintaining reliable EV charging networks. Tecell’s CMS provides operators with the tools to proactively manage their infrastructure.

Technical requirements for integrating Tecell’s CMS with new charging cabinet OEMs for custom hardware.

This guide compares OCPP 1.6J and OCPP 2.0.1, focusing on session management and firmware handling differences.

Explore the key differences between OCPP 2.0.1 and OCPP 1.6J, focusing on security protocols, firmware handling, and session management for fleet operators.

Predictive analytics helps EV charging networks anticipate and prevent failures, reducing downtime and improving reliability.