Products

Design and manufacture of automation panels

We design electrical panels for industrial automation

INNTEA designs and manufactures custom industrial automation panels for commanding, controlling and supervising machines, plants and processes. Each solution integrates PLCs, RTUs, HMIs, drives, safety systems and communication networks in a reliable, intuitive and easily scalable architecture.

Our automation panels are developed for energy, photovoltaic, BESS, water treatment, hydropower, e-mobility, Data Center and industrial applications. Design considers process logic, field signals, operating continuity, maintenance and future plant evolution.

We manage every phase in-house: electrical engineering, PLC and HMI software development, construction, wiring, testing and commissioning. Integration with SCADA systems and the KETON® digital platform enables real-time monitoring, alarm management, data collection, performance analysis and remote support. Interfaces simplify operation, diagnostics and operator intervention, even across distributed or highly complex plants.

INNTEA automation panels turn operating requirements into efficient, safe control systems. Custom, IoT-ready solutions designed to improve productivity, reliability and process continuity while reducing downtime and operating costs.

features

Design and Integration of Automation Control Panels

Custom Automation for Advanced Processes

Every automation panel starts with process analysis and integrates tailored components, logic and functions, ensuring a flexible, scalable solution ready to evolve over time.

PLC and RTU Systems for Efficient Processes

PLCs and RTUs manage signals, sequences and commands precisely, coordinating equipment and process variables to increase plant efficiency, stability and operating continuity.

Intuitive Control and Real-Time Data

HMI interfaces and SCADA systems make data, status and alarms immediately accessible, simplifying supervision and enabling personnel to respond quickly and confidently.

Open Integration with Existing Systems

Advanced communication protocols and open architectures let the panel interface with machines, sensors, SCADA systems and IoT platforms while protecting existing investments.

Advanced Diagnostics and Faster Maintenance

Integrated diagnostics, detailed alarms and remote access help identify anomalies and faults quickly, simplifying maintenance and reducing downtime and operating costs.

Protection and Continuity for Every Process

Safety systems, coordinated protection and reliable control logic safeguard people and equipment, ensuring operating continuity even in the most critical and complex applications.

FAQ

Frequently Asked Question

Automation panels can integrate PLCs, RTUs, HMIs, drives, soft starters, safety relays, measuring instruments, remote I/O and industrial networks. The solution can connect with SCADA systems and the KETON® platform for monitoring, alarms and data collection. We select technologies and architectures based on the process, customer standards and required availability.

Yes. We analyze the existing architecture, available signals, communication protocols and operating logic. The new panel can connect to machines, sensors, PLCs, SCADA and IoT platforms through compatible industrial interfaces and protocols. Integration is engineered to limit modifications, reduce downtime and preserve existing investments.

Preparing a quote requires a process description, I/O list, functional diagram, controlled loads, preferred brands, protocols, HMI or SCADA requirements and required on-site activities. Layouts, software standards, environmental conditions and project timing are also useful. If documentation is incomplete, we can support the customer in defining the architecture and functions.

Yes. We can cover functional analysis, software development, construction, FAT, installation, start-up and field testing. After commissioning, we provide remote or on-site support, backups, updates, diagnostics and logic changes. The service can be tailored to plant criticality, required response times and operating continuity needs.