An automation system is an integration of sensors, controls, and actuators designed to perform a function with minimal or no human intervention. The field concerned in this subject is called Mechatronics which is an interdisciplinary branch of engineering that combines mechanical, electrical, and electronic systems.
HABPL provides a greenhouse environmental monitoring solution in a simple-to-use package. An attractive flush-mount faceplate is complemented by an intuitive graphical display to meet any architectural requirement. The unit supports monitoring up to 5 parameters for the greenhouse.
The environmental sensors are site installable and ordered separately. The analog 4-20mA inputs allow the external variety of sensors to connect. The Integration with centralized controlling and monitoring over to the cloud is made easy through the in-built wireless network connectivity.
This is an auto dozer machine which used in commercial crop growing systems. This will maintain Nutrient and EC PH value in irrigation water as per crop requirements. EC and pH levels are continually fluctuating in relation to the feeding and transpiration activities of the crop, and the introduction of fresh water to the hydroponic system via automatic fill valves. A commercial grower does not have the time or patience to maintain EC and pH levels to the required standard using manual dosing.
Crop growth, therefore, becomes inconsistent and yields decline. The risks associated with manually dosing acid for pH control are considerable and root damage due to momentary acid overdosing is an ongoing problem that results in yield reductions and subsequent root disease.
The use of an automatic dosing controller overcomes all of these concerns. The growth of the crop is consistent and uniform, the flavor is better, yields are higher, incidences of root disease are reduced, and the grower finds that they have a lot more spare time on their hands for other business or leisure activities.
The Nutrient and pH dosing controller with Connect software which allows a grower to data log their settings and activity to a cloud. This allows a grower to log in from anywhere in the world to check on settings and receive alerts if alarm settings have been breached.
Thermal screens are by far the most effective energy and cost saving technology in the modern greenhouse. Thermal shade screens open when light is limited and close when light is excessive. They also reduce heat loss, dew drop, heating costs, and help to maintain a more constant and comfortable greenhouse climate for your crop and your staff.
Blackout Systems allows the user to control the light cycle when crops are being harvested. Designed specifically for the R&D labs and tissue culture Greenhouses, the system provides efficient light deprivation that can lead to lowered labor costs.
Achieve your finest harvest yet with Blackout Systems designed specifically for the R & D Greenhouse. Provide fully automated, effective light deprivation that improves crop quality and minimizes labor.