Embedded devices and industrial interfaces
Integrate hardware-oriented software, Embedded Linux, industrial PCs, gateways, Modbus, TCP/IP, MQTT and digital or analog signals into existing technical environments.
Applications
JC-Technology focuses on cases where a technical system must be connected, a concrete technical question must be classified, a failure pattern must be investigated or a test goal must be clarified: embedded devices, industrial interfaces, charging areas, PV/inverter systems, control cabinets, machine components, prototypes and temporary monitoring tasks.
Use cases
The shared pattern is a clearly scoped software, measurement or diagnostic task with traceable data and a clear technical report.
Integrate hardware-oriented software, Embedded Linux, industrial PCs, gateways, Modbus, TCP/IP, MQTT and digital or analog signals into existing technical environments.
Develop measurement, control and logging software for test setups, service tools, commissioning, endurance runs and reproducible technical evidence.
Detect thermal anomalies at charging areas, document temperature trends and make technical anomalies traceable for operators.
Inspect or monitor chargers, socket areas, battery shelves and operating states over a defined period.
Thermally inspect inverters, DC distribution, connectors and storage areas and monitor them temporarily if needed.
Document heated terminals, fuses, contactors, relays or power components and classify them according to the apparent need for action.
Operate components over defined cycles or load states and log temperature, signals, current, voltage and events.
Support development and R&D teams with short tests, endurance tests, troubleshooting and proof of operating stability.
Platform
Many applications begin with interface clarification, a PoC, quick diagnostics or a time-limited measurement setup. If a permanently relevant condition becomes visible, this can turn into a customer-specific integration, a pilot or stationary monitoring setup with ThermalDIAG.