Smart Greenhouse Monitoring Solution | Greenhouse Automation System

Improve crop yield by providing perfect conditions for plant growth

Most vegetables and fruits that we consume in our daily lives are tropical or subtropical plants. This means that they require 25-35°C and 70-100% air humidity to grow effectively. Nevertheless, the fact is that many countries around the world have such ideal weather only for one or two weeks a year. Moreover, places where such conditions are available, are not accessible consistently. These are some of the challenges that make it difficult to have the best plant growth with optimal quality and quantity in most of the places.

What if, just by enabling your greenhouse with IoT, you can maintain optimum growth conditions and keep your plants healthy? Avnet’s Smart Greenhouse is one such solution powered by IoT, AI and ML technologies that creates an ideal greenhouse automation system.

Do you know?

Several reports indicate that plants exposed to high-temperature exhibit reduced chlorophyll biosynthesis and therefore decreased photosynthesis.
Heavy sunlight in the summer damages 5.6 % kiwifruit worldwide on average and if managed poorly, the damage can go up to 45%.
Exposure to a cooling temperature from 1°C to 5°C, for 24 to 36 hours is significantly hazardous or even fatal to crops such as rice, velvet beans, cotton and peanut.

Avnet’s Greenhouse Monitoring Features

Our Smart Greenhouse Monitoring Solution is designed to assist growers deal with the energy consumption issues and assure a healthy crop development under optimum conditions.

Remote monitoring and control system

Keep an eye on every KPI of a greenhouse
Get real-time updates anywhere anytime and take actions fast
Go for plant-centric lighting for maximum production
Protect plants from extreme weather fluctuations
Track total yield and cost savings

Monitor multiple greenhouse

Get real-time graph of temperature, moisture, humidity, luminosity and energy consumption
Know your greenhouse ROI by comparing plants’ productivity in a greenhouse and outdoor land
Make informed decisions to improve total yield based on alerts
Turn on/off fan, vents, light or pumps using a mobile device
Acquaint yourself thoroughly with the best time to harvest

Crop analysis

Stay completely aware of plant essentials, such as soil nutrients, in the past six months and know what they should be in the coming months based on machine learning techniques
With machine learning algorithms, you can be prepared with the required energy and water for a plant of your greenhouse
Change your soil and know projected harvesting date based on data
Identify estimated profitability from a plant of your greenhouse
Track plants productivity in each quarter

Plant disease detection

Identify and control plant diseases before they become prevalent
Maintain soil health by monitoring nutrient levels, such as N, K, P, S, Zn, Fe, Mn.
Customized plant disease treatment recommendation
Calculate the amount of fertilizer needed precisely
No need for plant diagnostics experts

Indoor environment monitoring

Optimize for a perfect growth environment and gain high yields year-round
Adjust color output throughout the plant lifecycle to control the plant’s growth behavior
Drill down to light settings and modify each color of the LED for consistent end-product quality
Monitor growth environment performance and improve crop production
Fine-tune your plant’s growth strategies for each development stage