Water Chiller Applications in Deep Water Culture (DWC)

Deep Water Culture (DWC) is an efficient hydroponic method, but high water temperatures can lead to root rot and reduced yields. Our water chillers provide precise temperature control for nutrient solutions, ensuring healthy root growth and maximizing your harvest!

Role of Water Chillers in DWC

  • Temperature Regulation: The chiller can maintain the temperature of the nutrient solution within the ideal range (18-22°C), preventing the decrease in oxygen solubility and the growth of pathogenic bacteria caused by high temperatures.
  • Prevention of Root Problems: High temperatures can lead to root rot (such as that caused by Pythium), and the chiller effectively prevents this by reducing the water temperature.
  • Increased Yield: A stable low-temperature environment promotes nutrient absorption and plant growth, increasing the yield.
  • Adaptability: It is suitable for DWC systems of different scales (home-based, small commercial, or large greenhouses).

Our water chillers precisely regulate water temperature, preventing oxygen loss in DWC nutrient solutions due to heat, ensuring healthy root development. Ideal for summer conditions or small indoor setups, they significantly boost crop yields.

High-precision industrial-gradetemperature control panel for water chiller
Control panel for water chiller

APT Water chiller Product Features

  • Cooling Capacity: 2500W-78000W, suitable for 30-1500 gallon DWC systems
  • Precise Temperature Control: ±0.1°C with LCD display
  • Easy Installation: Built-in pump, quick-connect inlet/outlet hoses
  • Durable Material: Stainless steel housing, corrosion-resistant
  • Energy Efficient: Low power consumption, cost-effective operation

Application Scenarios

  • Home Growing: Ideal for 10-100 gallon tanks, perfect for lettuce and strawberries
  • Commercial Greenhouses: Supports 50-100 gallon systems, optimizing tomato yields
  • Research Use: Provides stable water temperatures for plant experiments
  • Summer Use: Maintains 18-22°C in hot climates

Installation & Maintenance Guide

  • Installation: Connect inlet/outlet hoses to the DWC tank, place in a ventilated area, set to 18-22°C
  • Maintenance: Clean the heat sink monthly, check the pump, ensure clean water quality
  • Caution: Avoid direct sunlight, maintain low humidity to prevent condensation
1HP Air - cooled Home - use Chiller for Hydroponics

Technical Specifications

Water Chiller Models for DWC Systems

Model Name Cooling Capacity (W) Cooling Capacity (kcal/h) Chilled Water Flow Rate (L/h) Theoretical Max DWC Capacity (L / gal) Recommended Range
L gal
APTBL-01FCST 2500 2150 430 215 L / 57 gal 113-189 30-50
APTBL-02FCST 5000 4300 860 430 L / 114 gal 227-378 60-100
APTBL-03FCST 7500 6450 1290 645 L / 170 gal 340-568 90-150
APTBL-05FCST 13000 11180 2236 1118 L / 295 gal 568-946 150-250
APTBL-08FCST 20000 17200 3440 1720 L / 454 gal 946-1514 250-400
APTBL-10FCST 26000 22360 4472 2236 L / 591 gal 1136-1893 300-500
APTBL-15FCST 38000 32680 6536 3268 L / 863 gal 1703-2649 450-700
APTBL-20FCST 52000 44720 8944 4472 L / 1181 gal 2271-3785 600-1000
APTBL-25FCST 63000 54180 10836 5418 L / 1432 gal 2839-4542 750-1200
APTBL-30FCST 78000 67080 13416 6708 L / 1772 gal 3407-5678 900-1500

Note: The recommended ranges are based on an ambient temperature of 30°C and a target water temperature of 20°C. Contact us for customized solutions at info@topwaterchiller.com.

Select the Right Water Chiller for Your DWC System

Enter the details below to find the recommended water chiller model!










문의하기

감사합니다 !

메시지가 성공적으로 전송되었습니다.

영업일 기준 1일 이내에 연락드리겠습니다. 접미사가 포함된 이메일을 주의 깊게 살펴보시기 바랍니다. “@topwaterchiller.com”.

앞으로도 안정적인 bsiness 관계를 유지하길 바랍니다.