Greenhouses need to be taken care of, same as your plants. Greenhouses require regular maintenance and an ideal environment for plant growth. Handling water leaks, humidity, lighting, ventilation, cooling, shading must not be neglected at any cost. To sustain a commercial greenhouse, instead of manual controller growers need automatic monitoring.
Sensors are key elements of greenhouse monitoring systems. As each conditional environment needs its own input, growers have to suit requirements with the number of inputs available.
Temperature monitoring systems catch temperature data via various sensors. Since temperature sensors are needed for wide purposes, whether wired or wireless, it’s essential that growers determine the kind of sensors to use. Wireless temperature sensors utilize a thermistor to precisely evaluate temperatures. The temperature measurement range is from -20°C to +55°C with 0.5°C tolerance. Wireless greenhouse temperature monitoring customization helps growers to place the frequency of readings and the capacity to program for notifications via email or SMS text.
Humidity Monitoring System
Humidity monitoring system raises productivity and avoids loss of plants in case of infection emerging from an inappropriate combination of humidity in the greenhouse. Humidity sensors assist growers to resolve issues in a prior stage and it works in real-time mode. The humidity estimated range is from 0% to 100%, with ±3.5%RH tolerance. To growers, convenience humidity sensors are waterproof and dust-protected and can be used both outdoor and indoor.
Fire Safety System
Automated monitoring systems and ventilation distributes gases which results in a warm environment in greenhouses. Early signs of the event of a fire is vital to notice beforehand. To overcome such challenges automatic fire alarms help to detect smoke in greenhouses.
Restricted spread of smoke is certainly difficult in large greenhouses where the high ridge of the ceiling detectors are generally placed.
Some fire safety systems are placed both above and under shadow curtains, which is unrealistic with traditional point detection. While other systems significantly designed to make it impractical for moisture and dust to affect detection. High sensitivity with the early signs maintained with stable and rough environments.
Co2 Detecting System
Co2 supplements the photosynthesis and the production of plants. As plants use Co2, it causes gas levels to drop, and a notable drop could remarkably affect the bottom line.
Co2 absorbs infrared light at a wavelength of 4.26 μm. Additionally, when a segment of infrared radiation is proceeding through a gas involving Co2 gets absorbed, this absorbance can be calculated. Co2 sensors detect above or below ideal settings and notify growers at their convenience.
Light System with Solar Cell
The increasing requirement and development in technology, involving IoT, proceed to enhance cost-effectiveness and supply while minimizing the cost of clean renewable solar electricity.
Greenhouses have become energy neutral with solar panels to harvest energy. The solar panels collect energy from wavelengths of lights that plants don’t utilize during photosynthesis. While making use of other light waves to gather energy, the transparent solar panels help photosynthetic band light to move through and reach plants. This way most of the energy in the greenhouse comes from cooling and heating. Solar panels equipped with electricity to power swamp coolers, the colour shading of the solar panels eliminates the need for blinds and keeps greenhouses cooler.
Soil Moisture Monitoring System
Soil moisture sensor uses IoT to permit growers to maximize yield, decrease disease and optimize resources. Determined by the root structure of the plant in question, several probes can be installed at various depths. Growers can monitor surface soil temperature and moisture utilizing varied types of IoT sensors. The data collected from the IoT sensors can be transmitted to the cloud for in-depth analysis, visualization, and trend analysis.
An IoT-based sensor gives growers control and access their greenhouse ecosystem at any time, anywhere with high speed and real-time data additions. Inclusively, implementing IoT-enabled sensors in a greenhouse saves cost, time, and effort while growing plants, productivity, and ROI.
Sperotec’s [product line] <place holder for a link of service page of products> of wireless sensors clears growers from worries. To know more about greenhouse sensors and our products, please reach out to our expert team. Sperotec’s products make it easy to manage greenhouse gases.