SD Enerji
Automation
We develop remotely monitorable automation solutions with control, sensor, and software integration for agricultural and industrial processes.
Our corporate approach
At SD Enerji, we do not limit automation to panels and PLC programs alone. By combining field hardware, measurement infrastructure, and the decision layer in one architecture, we make operations reliable, observable, and manageable. Every project is planned end to end across discovery, design, implementation, and remote operations.
What we offer
Integrated solutions from power distribution to process control, and from greenhouse automation to cloud monitoring.
Power control and command panels
Engineering design of electrical distribution, motor control, and command panels—safe, standards-compliant, and easy to maintain.
PLC / RTU process automation
PLC- and RTU-based process automation with scenario management, alarm logic, interlocks, and reliable field-device communication.
IoT sensors and cloud monitoring
In greenhouse and agricultural applications, we collect temperature, humidity, soil, and energy measurements with IoT sensors and make them monitorable in the cloud.
Irrigation and climate management
We manage irrigation and climate scenarios in software to support energy efficiency, product quality, and operational continuity.
Hardware in the field, decisions in software
Hardware stays in the field; measurement, alarms, reporting, and decisions converge in software. Automation projects become manageable through mobile and web panels. Operators see live status, managers decide with historical data, and technical teams gain remote intervention capability.
Application areas
- Greenhouses and agricultural production facilities
- Industrial processes and production lines
- Pump stations and irrigation systems
- Energy monitoring and power-control applications
- Field facilities that require remote monitoring
Project process
- Discovery and needs analysis — Process, risk, and existing infrastructure are assessed together.
- Engineering design — Panel, automation architecture, and software layer are defined.
- Implementation and integration — Field installation, device integration, and scenario testing are performed.
- Monitoring and improvement — Continuity is ensured through panels, reporting, and remote operations.
Related digital products
For field measurement and diagnostics, see our engineering apps; for software products and panels, visit our software page.