Smart Solutions for Sustainable Agriculture
Smart Solutions for
Sustainable Agriculture
EnviTronics Lab serves as the research & development department for Hydrowise, Inc. (Canada). Our team develop cutting-edge technologies and collaborate with companies, universities, growers and consultants to ensure the generalizability of these technologies from large to small scale, and suitability for research applications.
Our efforts cover various agricultural technology (Agri-Tech) areas and range from developing sensors, instrumentation, and software to automated sensor-based decision support systems. We also develop required hardware/software interface (or help our customers develop their own solutions) to integrate our sensors into existing monitoring and control systems.
APAS T1
Rockwool Moisture Sensor
APAS T1 is a research-grade substrate moisture sensor with a large volume of influence. The APAS T1 sensor is designed and optimized for measurements in soilless media (e.g. rockwool, coco coir), and can also measure accurately in soils with high organic matter. The sensor goes through a multiple-stage tuning to minimize sensor-to-sensor variability and provides temperature-compensated readings to maximize overall measurement accuracy.
HITA E0
Rockwool EC & TDS Sensor
HITA E0 sensor measures temperature and bulk electrical conductivity (EC) and total dissolved solids (TDS) of rockwool. The sensor is optimized for continuous measurements. The HITA E0 sensor has extremely low power consumption and every sensor comes with a unique 64-bit digital ID making it ideal for IoT applications. It can also be used for measuring salinity levels in fertilizer tanks or to prepare nutrient solutions in hydroponics.
INSHU LWS
Leaf Wetness Sensor
INSHU LWS is an ultra-accurate sensor that can measure leaf wetness, dew, ice formation and temperature. The INSHU LWS sensor can be used to decide when to spray pesticides in integrated pest management (IPM), or when to activate air-blast systems in cherry orchards to avoid cherry cracking after rainfall. The sensor is capacitive (dielectric) and does not need to be painted. It can determine both the onset and duration of wetness and also quantify the amount of water on the sensor surface.
