Products

Design and manufacture of Automation and Control Systems

We design automation and control systems

INNTEA designs and implements custom automation and control systems to make plants and processes more efficient, safe and easy to manage. Solutions integrate PLCs, RTUs, HMIs and SCADA systems to acquire data, manage commands and alarms, supervise performance and respond quickly to anomalies.

For energy plants, we develop CCI systems to manage medium-voltage grid connections and PPC systems to regulate high-voltage connected plants.

Architectures communicate with field equipment, protection systems, IoT platforms and local or remote control centers. We manage functional analysis, electrical engineering, PLC and HMI software development, SCADA configuration, testing and commissioning in-house. Each system is customized to process logic, required protocols and customer standards.

Intuitive interfaces and advanced diagnostics simplify operators’ work, reduce downtime and support planned maintenance and continuous plant optimization.

INNTEA industrial automation systems serve photovoltaic, BESS, water treatment, hydropower, e-mobility, Data Center and industrial applications. Scalable, reliable solutions that enhance operating continuity, control and decision quality.

features

Design and integration of Automation and Control Systems

Integrated Automation for Safe Processes

The solutions integrate automation, supervision and control in a single architecture, coordinating machines, plants and processes to increase efficiency, safety and operating continuity.

SCADA Supervision with Actionable Real-Time Data

SCADA platforms collect and display data, status and alarms in real time, giving operators a complete view of the plant and fast tools for analysis and intervention.

PLC and HMI Systems for Efficient Processes

Detailed alarms, advanced diagnostics and remote access enable rapid fault and anomaly detection, reducing intervention times, plant downtime and operating costs.

CCI and PPC: Power Grid Management

CCI systems for medium voltage and PPC systems for high voltage regulate power and grid exchanges, ensuring greater plant control, stability, performance and compliance.

Open Connectivity for Integrated Systems

Open architectures and industrial protocols enable integration with sensors, protection systems, SCADA, IoT platforms and control stations, maximizing the value of existing assets.

Advanced Diagnostics for Faster Intervention

Open architectures and industrial protocols enable integration with sensors, protection systems, SCADA, IoT platforms and control stations, maximizing the value of existing assets.

FAQ

Frequenty Asked Question

PLCs, HMIs and SCADA operate at different but coordinated levels. The PLC executes logic and controls the process in real time; the HMI lets the operator view status, alarms and commands; SCADA collects and stores data, supervises multiple devices or sites and creates reports. Correct integration of all three levels provides local control, centralized visibility and faster decisions.

CCI and PPC manage the interaction between the plant and the power grid. CCI is used in medium-voltage connected plants to acquire measurements, receive commands and coordinate functions required by the grid operator. PPC instead regulates parameters such as active power, reactive power and voltage in high-voltage plants, coordinating generators, inverters and storage systems.

Cost depends on the number of signals and loads, logic complexity, redundancy level, SCADA licenses, protocols, number of workstations and required services. The proposal separates hardware, software, engineering and field activities, allowing customers to compare options and select the configuration that best matches budget and objectives.

Yes. The architecture can be designed to add new loads, lines, workstations or sites without rebuilding the entire system. PLC, SCADA and database capacity can be sized modularly, with provisions for future licenses and capacity. Centralized supervision also enables comparison of performance and alarms across multiple plants, simplifying operations and investment planning.