Our stories: technology, market, and life
In EV charger operations, failure response often depends on user reports, assumptions, and on-site checks. This article covers an approach to remotely narrowing down the causes of charging failures using Control Pilot signals, CSMS connectivity metrics, and related diagnostics.
This guide explains the entire process of entering essential information in the admin web and transitioning the charger into operational status. Based on the information entered in the admin web, the charger is automatically provisioned and can begin operation without any additional manual configuration.
We track the conditions under which flash operations and cache synchronization paths can be simultaneously activated in the ESP-IDF environment, and analyze the resulting causes of watchdog resets.
Based on practical experience in developing fire prevention chargers, this article examines the technical implementation methods, effectiveness, and structural appropriateness of this policy from a personal perspective.
A practical approach to managing contract power, demand response, and charging priorities through coordinated local and central control.
Why we chose an MCU over an AP, and C over C++ or Rust — the reasoning behind our technical decisions for EV charger design.
