Intelligence Behind the Drying Process

HS DrySense is the monitoring and control layer for our smart solar drying system.

In development: HS DrySense is moving through prototype development and testing, and final specifications will be confirmed as testing is completed. It supports our drying and supply services.

The idea in plain terms

HS DrySense is being developed to make agricultural drying easier to monitor. Sensors track conditions inside the drying system and provide updates that help operators make timely decisions.

An example

A farmer loads produce into the drying chamber and goes to the market. HS DrySense is designed to monitor conditions and send updates or alerts, so the farmer can follow the drying without checking the equipment by hand all day.

What HS DrySense is designed to do

  • Temperature monitoring
  • Humidity monitoring
  • Drying-condition monitoring
  • Drying-status estimation
  • Mobile or remote alerts
  • Fan control and ventilation support
  • Sensor-based monitoring
  • Automated responses to changing conditions

How the drying process is intended to work

  1. Solar energy
  2. Heat collection
  3. Controlled airflow
  4. Agricultural drying
  5. Sensor monitoring
  6. Operator alerts
Solar energy Fresh air in Moist air out HS DrySense control unit Power system ! Alerts 123456789101112131415

Concept illustration. Final system design and specifications may change during development.

  1. 1Solar photovoltaic panel
  2. 2Transparent UV-resistant polycarbonate cover
  3. 3Structural frame
  4. 4Food-grade stainless-steel mesh trays
  5. 5Black heat-absorbing collector plate
  6. 6Fresh-air inlet
  7. 7Ventilation fan
  8. 8Exhaust system
  9. 9HS DrySense control unit
  10. 10Temperature sensor
  11. 11Humidity sensor
  12. 12Electrical wiring
  13. 13Power system
  14. 14Tray support rails
  15. 15Protective insect and dust mesh

Concept illustration of the system and its main components.

The technical view

The system is designed around temperature and humidity sensing, a microcontroller-based monitoring unit, airflow control components, and a communication interface for alerts and remote monitoring.

Core components

  • ESP32 or similar microcontroller
  • Temperature sensors
  • Humidity sensors
  • DC ventilation fans
  • Power management components
  • Sensor-processing logic
  • Mobile notification interface

Final hardware specifications are confirmed through prototype testing.

Interested in the technology?

We welcome conversations with technology partners, researchers and early adopters.

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Privacy and data handling

When you submit an enquiry, we collect the details you enter: your name, organisation, contact details and the requirements or information you provide.

We use these details to respond to your enquiry and to understand overall demand for dried agricultural products and drying services, so we can plan sourcing and processing. We do not publish your details.

Enquiries are passed to the HS Smart Solar Dryer team through a hosted form service. You can ask us to correct or delete your details at any time by emailing hsdryers@gmail.com.

Submitting an enquiry does not create a commitment for you or for HS Smart Solar Dryer. Please do not send sensitive personal information.