This kit offers: A tangible solution to learn electrical circuits with real hands-on equipment, tools, components and experiments
# Knowledge of Greenhouse effect
# Analog sensors circuitry
# Basic thermodynamics
# Motor control circuit
# Op-amp and 555 timer basics
About the kit
This STEM Enhanced version of Smart Greenhouse Kit offers advanced learning with an electronics-controlled smart greenhouse. Learners explore concepts like the greenhouse effect, sustainability, semiconductors and circuits. The kit includes an illustrative color-printed tutorial book and hands-on circuit building with sensors, providing practical electronics experience while learning about plant growth and environmental science.
Tutorial
System overview
As part of its sustainable design, this smart greenhouse incorporates several sub-systems, each with its unique function, working together to support plant growth.
Lighting SystemLighting is a crucial factor in seedling growth stage as it provides the energy needed for photosynthesis, which is essential for plant growth. Sunlight is the primary source of light for outdoor plants, but indoor plants can also grow successfully with artificial lighting systems.
Temperature Control System Temperature is important for growing seeds because it can significantly affect the germination and growth of plants. Different types of plants have different temperature requirements for seed germination and growth, and if the temperature is not suitable for a particular plant species, the seeds may not germinate at all, or may germinate slowly and produce weak, stunted plants.Humidity Controller
Small Greenhouse Kit - Greenhouse Effect - Smart Greenhouse
This kit offers: A tangible solution to learn electrical circuits with real hands-on equipment, tools, components and experiments
# Knowledge of Greenhouse effect
# Analog sensors circuitry
# Basic thermodynamics
# Motor control circuit
# Op-amp and 555 timer basics
About the kit
This STEM Enhanced version of Smart Greenhouse Kit offers advanced learning with an electronics-controlled smart greenhouse. Learners explore concepts like the greenhouse effect, sustainability, semiconductors and circuits. The kit includes an illustrative color-printed tutorial book and hands-on circuit building with sensors, providing practical electronics experience while learning about plant growth and environmental science.
Tutorial
System overview
As part of its sustainable design, this smart greenhouse incorporates several sub-systems, each with its unique function, working together to support plant growth.
Lighting SystemLighting is a crucial factor in seedling growth stage as it provides the energy needed for photosynthesis, which is essential for plant growth. Sunlight is the primary source of light for outdoor plants, but indoor plants can also grow successfully with artificial lighting systems.
Temperature Control System Temperature is important for growing seeds because it can significantly affect the germination and growth of plants. Different types of plants have different temperature requirements for seed germination and growth, and if the temperature is not suitable for a particular plant species, the seeds may not germinate at all, or may germinate slowly and produce weak, stunted plants.Humidity Controller
