Hydroponics Automation

A Boon to Hydroponic Farming

Rajveer Enterprises Hydroponics Automation Grow Systems are a sustainable method of growing with water, delivering savings anywhere between 70% and 90% depending on the type of plant and your grow set-up. Hydroponics is the practice of growing plants using substrates while providing water, nutrients, and oxygen directly to the roots.

For growers looking to optimize, modernize, and scale their business for sustainable crop production — the key is automation. The overall benefits of automating your growing operation are vast and impactful. No matter how you plan to develop your enterprise, automation provides universal advantages that help you achieve your goals — and beyond.

Types of Hydroponic Automation

Intellidose Automation

Bluelab IntelliDose is trusted by growers worldwide to automate nutrient dosing and plant irrigation. As a purpose-built fertigation controller, IntelliDose provides accurate and reliable pH and conductivity monitoring and dosing. Whether you use NFT (nutrient film technique), deep water culture or a batch dosing system, IntelliDose can be adjusted to suit, ensuring you feed your plants right, every time.

When connected to external pumps, IntelliDose activates pH adjuster (up or down). Use up to a nine-part nutrient mix or up to five-part blends with the remaining four outputs configured as irrigation stations. Access IntelliDose data, trigger irrigation events or change dosing levels from anywhere via your mobile device when connected to a Bluelab IntelliLink (sold separately) and Edenic cloud-based software.

25+
Years Of Experience

Folium Automation Six Sensors in One

Folium is a next-generation wireless smart sensor that delivers a high density of climate data to optimize crop production and yield in large-scale greenhouses. This advanced sensor system enhances efficiency by providing comprehensive environmental monitoring, ensuring optimal growing conditions for maximum agricultural output.

Folium Automation monitoring

✓ Barometric Pressure ✓ Temperature ✓ Solar Radiation (PAR/RAD) ✓ Carbon dioxide (CO^2)
✓ Relative Humidity ✓ Analogue Sensor

25+
Years Of Experience

IntelliClimate Designed for Indoor Grower

IntelliClimate Automation is an advanced system designed to manage all aspects of grow room climate control, ensuring optimal conditions for your crops. This all-in-one solution automatically regulates temperature, CO2 levels, lighting, and humidity with precision and ease. Its user-friendly interface makes it simple for growers to monitor and adjust settings, providing a hassle-free experience. By maintaining ideal growing conditions, IntelliClimate Automation maximizes crop yield and quality. Whether you are a hobbyist or a commercial grower, this innovative controller ensures your plants thrive, enhancing productivity and efficiency in your grow room operations.

25+
Years Of Experience

Complete Control

Working as a complete climate controller, the IntelliClimate Automation will utilize every peripheral available to maintain your exact climate needs. The IntelliClimate Automation is constantly evaluating and making decisions based on current attributes of the growing area.

Recursive Scheduling

Set up your entire schedule effortlessly with IntelliClimate Automation, allowing easy adjustments and saving schedules for future use. Automatically manage lights and CO2 levels, ensuring optimal grow room conditions. Simplify your grow room management with this flexible and efficient scheduling solution.

Ease of Use

IntelliClimate Automation enables easy navigation between set-points, alarms, and configuration settings. Our step-by-step instruction manual simplifies setup. This advanced system ensures optimal climate control, managing temperature, CO2, lighting, and humidity seamlessly, maximizing crop yield and quality for both hobbyists and commercial growers.

Advantages of Hydroponics Automation

The benefits of automating your grow operation are vast and plentiful. Regardless of how you’re looking to develop your growing enterprise, automation offers universal benefits that allow you to achieve your goals and then some.

Reduces Labor Costs

By reducing the amount of work that needs to be done manually, you can decrease your labor costs or allow you to free up workers to focus on other areas of importance.

Be Accurate always

Know exactly what’s happening in your Polyhouse and make data-driven decisions based on facts and not assumptions. The Agriplast Polyhouse Automation Systems technology and equipment exist to benefit you as the grower.

Increases Quality & Yeild

Agriplast Polyhouse Automation Systems will give you the knowledge to increase quality and yield, learn from previous crop cycles, and give you a better return on investment.

Success Stories

Rajveer Enterprises, established in 2012 and headquartered in Bathinda, Punjab, is a leading provider of greenhouse construction and agricultural solutions across North India. With over a decade of experience, we have proudly served clients in Punjab, Haryana, Rajasthan, Himachal Pradesh, Jammu & Kashmir, Uttarakhand, and Uttar Pradesh, helping transform traditional farming into modern, profitable, and climate-resilient agriculture.

We specialize in the design, fabrication, and installation of a wide range of structures including Naturally Ventilated Polyhouses, Tunnel Type Polyhouses, Fan & Pad Systems, and Shade Net Houses. In addition, we offer customized solutions for vegetable farming, floriculture, and fertigation systems, ensuring maximum efficiency, yield, and quality.

Frequently Asked Questions

WHAT IS THE DIFFERENCE BETWEEN A GREENHOUSE AND A POLYHOUSE?

A greenhouse is a transparent structure traditionally made of glass, where plants are cultivated under controlled climatic conditions. With advancements in agricultural technology, greenhouses now incorporate modern systems to optimize plant growth and ensure year-round productivity.

A polyhouse is a type of greenhouse that uses polyethylene plastic sheets instead of glass. This makes it a cost-effective, flexible, and efficient option for protecting crops and maintaining ideal growing conditions.

A greenhouse is designed to help plants grow even under adverse climatic conditions. The translucent covering allows sufficient sunlight to enter, enabling plants to perform photosynthesis by absorbing light energy. The enclosed structure traps heat, keeping the inside warmer than the outside environment, which creates a favorable microclimate for healthy plant growth.

A greenhouse helps maintain warmth not only in summers but also during winters. While artificial heating systems are effective, they can be expensive. Here are some cost-effective ways to keep your greenhouse warm in cold weather:

  • Cover the inside of the greenhouse with a bubble layer wrap to reduce heat loss.

  • Ensure good power supply to run electric fan heaters that circulate hot air inside for plant growth.

  • Install electric greenhouse heaters with built-in thermostats that automatically activate when outside temperatures drop.

Greenhouses offer multiple advantages for farmers and growers, including:

  • Production of fresh crops throughout the year.

  • Ability to grow crops even under adverse climatic conditions.

  • Controlled environment for healthier and faster plant growth.

  • Protection of crops from harsh weather.

  • Even distribution of sunlight to all plants.

  • Reduced need for pesticides due to a protected setup.

  • Efficient use of resources, minimizing wastage.

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