Intelligent plant growth box

NegotiableUpdate on 02/11

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The intelligent plant growth chamber can simultaneously regulate light intensity, spectrum, day night cycle, temperature, humidity, and CO ₂ concentration, simulating diverse climate conditions from tropical rainforests to deserts. Adopting frost free refrigeration technology and circulating airflow design to ensure minimal temperature fluctuations and uniform humidity distribution inside the box, avoiding edge effects.

Product Details

Intelligent plant growth boxPerformance Characteristics

Accurate environmental simulation

It can simultaneously regulate light intensity, spectrum, day night cycle, temperature, humidity, and CO ₂ concentration, simulating diverse climate conditions from tropical rainforests to deserts.

For example, by adjusting the ratio of red light to blue light, it can promote plant photosynthesis or inhibit overgrowth; By controlling the concentration of CO ₂, the efficiency of plant carbon assimilation can be studied.

High stability and uniformity

Adopting frost free refrigeration technology and circulating airflow design to ensure minimal temperature fluctuations and uniform humidity distribution inside the box, avoiding edge effects.

For example, some models use multi-stage fan speed regulation to control the temperature difference at the same level within a very small range.

intelligent operation

Equipped with a touch screen or mobile app, it supports multi-stage programming and can preset parameter combinations for different growth stages to achieve automated operation.

For example, users can set a continuous control plan of "germination period (low temperature and high humidity) → growth period (medium temperature and medium humidity) → flowering period (high temperature and low humidity)".

Security protection mechanism

Equipped with alarm functions such as over temperature, over humidity, and power outage recovery, some models support remote notification to prevent accidental interruption of experiments.

For example, when the temperature exceeds the set value, the system automatically cuts off the heating source and starts cooling, while sending an alarm to the user's phone.

Intelligent plant growth boxThe common problems and solutions include:

1. Insufficient lighting: The solution can be to increase the lighting intensity, such as increasing the number of light sources or lighting time; Or replace it with a brighter light source.

2. Temperature too high or too low: The temperature can be adjusted by adjusting the additional heater or cooler; Or add ventilation systems to provide better air circulation.

3. Insufficient humidity: The humidity in the space can be increased by adding humidifiers or placing water containers to increase the humidity of the air.

4. Improper water management: Regular watering is necessary to keep the soil moist, but excessive watering should be avoided to prevent root rot. Water can be controlled by watering in small amounts multiple times.

5. Disease and pest issues: Regularly check whether plants have diseases and pests, and take corresponding prevention and control measures in a timely manner, such as spraying insecticides or pathogen control agents.

6. Wind power issue: If plants are affected by strong winds during their growth and fall or break, additional supports or stronger plant supports can be added to solve this problem.

7. Lack of nutrients: Appropriate fertilizers can be added to provide the necessary nutrients for plants and ensure their normal growth.

8. Improper spacing between plants: If the spacing between plants is too small, pruning or transplanting can be carried out in a timely manner to avoid competition for nutrients and growth space.

9. Power issues: Ensure the safety and reliability of the circuit in the growth chamber, and avoid fires or other safety hazards caused by power supply issues.

10. Environmental regulation issues: Regularly check environmental parameters such as temperature, humidity, and lighting, and make corresponding adjustments to make the environmental conditions suitable for plant growth.