Climate Solutions


With Hermisan Climate Solutions our clients can optimize production in their greenhouses.


The system, integrated by a hydrocomputer and a series of probes inside and outside of its greenhouses, will monitor and activate climate control devices such as heaters, CO2 injectors, nebulizer systems, solar screens, windows, fans, etc., maximizing the productivity and benefits.


Total Control:


Using the data obtained and recorded by the corresponding probes inside and outside of your greenhouse, our computer will monitor and operate climate control devices such as heaters, CO2 injectors, nebulizer systems, solar screens, windows, fans, etc.

You can define different objectives for different periods and on certain days. You can divide the day into “control periods”, with different duration each, to meet the prevailing weather conditions at different times and the different needs of the crop.

Flexibility:


The values measured by the weather stations can be constantly displayed, observing the control that is being carried out at each moment, scheduling actions from that point and reviewing the past events through statistics.

Likewise for crops in open field, these programs allow to measure meteorological data, humidity and soil temperature, as well as activate programs “on demand”.

Characteristics:

• Read, view and record data from meteorological stations and other climatic probes installed

• Manage the action of climate control devices such as windows, screens, heaters, water heating, nebulizers, CO2, windows and fans, etc.

• Divide the day into periods of different duration to program specific controls in each one.

• In combination with the irrigation and fertirrigation program, irrigations “on demand”.

• Control by DPV (Steam Pressure Deficit) in combination with Humidity and Temperature Control for the same climate zones but for different periods of the day.

• Control of the Dew Point, avoiding the damages that an excess of humidity, in certain periods of the day can cause in its cultivation.

• Reading and control of the drainage, both volume and EC of the same, being able to carry out irrigation schedules based on a desired% Drainage.

• Interrelation among themselves, of the parameters and existing elements in the farm, such as windows, screens, etc.

ANTICIPATION, TRANSITION AND OBJECTIVES:

The programming is intuitive and dynamic, based on 3 main concepts:

• Anticipation: Control system that anticipates future events based on the information stored by the system.

• Transition: We facilitate changes in conditions and values programmed between periods.

• Objectives: The user determines the climate objectives, the system relates the related elements to achieve them.