Wireless Communication
Units with a communication range of 1.5 km in open areas also perform exceptionally well indoors.
Energy Savings and Control in Modern Agriculture with Oliptek Smart Greenhouse Automation!
As food production becomes more critical with the increasing population, greenhouse systems are coming to the forefront in modern agriculture. Thanks to Oliptek Automation Systems, essential processes in greenhouses such as heating, irrigation, and lighting can be easily managed remotely, from a single center, either manually or through predefined scenarios.
To cultivate high-quality products in isolated greenhouse environments, environmental factors such as temperature, light, and humidity must be controlled with precision. Maintaining these factors at ideal levels can lead to high energy and labor costs. Oliptek automation systems optimize processes by ensuring energy efficiency and increasing production efficiency with minimal human intervention.
Modern Production, Modern Technology
The Oliptek RF Star series allows management of these automation processes through predefined scenarios and monitoring operations via web-based interfaces. The modules in our automation systems can be used flexibly with configurations that are fully wired, fully wireless, or hybrid (wired-wireless). Some modules perform a single function, while multifunctional modules can manage multiple control processes. Our end unit sets comprising sensors and actuators perform tasks such as temperature monitoring, lighting control, relay triggering, and digital and analog input-output management with precision.
Modular Structure
Depending on the application area, various units can be selected with distinct characteristics such as analog-digital inputs and outputs and relay systems.
Unique ID
Each unit within the Oliptek RF family has a unique identity (ID). Products can be easily transferred from one gateway to another using these identifiers.
Ease of Installation
RF units can be quickly integrated into the Oliptek GW300A Gateway. Information can be transferred to PLC, Scada, and cloud systems, allowing control through these infrastructures.