Climate change has a significant impact on aquaculture, especially in hatchery control. Climate-smart aquaculture is a future trend, and aquaculture temperature control systems are the core technology to mitigate its impact from climate change. Aquaculture temperature control equipment is the core of the entire system.
✅ Energy-Efficient
✅ Easy to Maintain
✅ Stable Operation
✅ ECO-Friendly
It adopts a high-efficiency scroll design, offering excellent compression efficiency and low noise levels. An internal power-off protector ensures reliable operation and protects the motor. The sealed moving and stationary scroll mechanism is simple, stable, and reliable.
The condenser uses a shell-and-tube condenser, which has better heat transfer efficiency, a robust structure, and strong pressure resistance. It is also easy to maintain and clean.
It features V-type and M-type structures combined with an independent airflow system. It offers high airflow volume, low noise levels, and excellent heat transfer performance. It is resistant to clogging, easy to maintain, and boasts a long service life.
| Model | TC-H1A | TC-H2A | TC-H3A | TC-H5A | TC-H6A | TC-H10A | TC-H12A | TC-H15A | TC-H20A | TC-H25A | TC-H50A | TC-H75A | TC-H100A |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Heating Capacity | 2.3kw | 5kw | 7kw | 12.9kw | 15kw | 25.5kw | 34.9kw | 39.6kw | 55kw | 65.3kw | 130.5kw | 195.8kw | 261.1kw |
| Power Source | 1PH 220V 50HZ/60HZ | 3PH 380V~415V 50HZ/60HZ | |||||||||||
| Refrigerant Type | R410A | ||||||||||||
| Refrigerant Control | Capillary | Thermostatic expansion valve | |||||||||||
| Compressor Type | Fully enclosed rotary type | Fully enclosed vortex type | |||||||||||
| Condenser Type | Shell and tube type | ||||||||||||
| Evaporator Type | High-efficiency copper tube-finned type+Large air volume, low noise external rotor fan | ||||||||||||
| Input Power | 1.4kw | 2.24kw | 3.15kw | 4.82kw | 5.56kw | 9.66kw | 10.9kw | 12.2kw | 18kw | 20.3kw | 40.6kw | 60.8kw | 81.1kw |
| Constant Temperature Water Volume | 5-10m³ | 10-25m³ | 25-35m³ | 35-65m³ | 65-75m³ | 75-125m³ | 125-180m³ | 180-200m³ | 200-280m³ | 280-340m³ | 410-680m³ | 680-1000m³ | 1000-1300m³ |
It adopts a high-efficiency scroll design, offering excellent compression efficiency and low noise levels. An internal power-off protector ensures reliable operation and protects the motor. The sealed moving and stationary scroll mechanism is simple, stable, and reliable.
The condenser uses a shell-and-tube condenser, which has better heat transfer efficiency, a robust structure, and strong pressure resistance. It is also easy to maintain and clean.
It features V-type and M-type structures combined with an independent airflow system. It offers high airflow volume, low noise levels, and excellent heat transfer performance. It is resistant to clogging, easy to maintain, and boasts a long service life.
| Model | TC-C1A | TC-C2A | TC-C3A | TC-C5A | TC-C6A | TC-C10A | TC-C12A | TC-C15A | TC-C20A | TC-C25A | TC-C50A | TC-C75A | TC-C100A |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Heating Capacity | 2.25kw | 4.9kw | 6.8kw | 12.6kw | 14.6kw | 24.9kw | 30.8kw | 37.5kw | 54.5kw | 63.5kw | 127kw | 195kw | 260kw |
| Power Source | 1PH 220V 50HZ/60HZ | 3PH 380V~415V 50HZ/60HZ | |||||||||||
| Refrigerant Type | R410A | ||||||||||||
| Refrigerant Control | Capillary | Thermostatic expansion valve | |||||||||||
| Compressor Type | Fully enclosed rotary type | Fully enclosed vortex type | |||||||||||
| Condenser Type | Shell and tube type | ||||||||||||
| Evaporator Type | High-efficiency copper tube-finned type+Large air volume, low noise external rotor fan | ||||||||||||
| Input Power | 1.4kw | 2.24kw | 3.15kw | 4.82kw | 5.56kw | 9.66kw | 11.14kw | 12.68kw | 18.46kw | 20.7kw | 41.34kw | 63.48kw | 84.64kw |
| Constant Temperature Water Volume | 5-10m³ | 10-25m³ | 25-35m³ | 35-65m³ | 65-75m³ | 75-125m³ | 125-180m³ | 180-200m³ | 200-280m³ | 280-340m³ | 410-680m³ | 680-1000m³ | 1000-1300m³ |
Taking a 1000m³ aquaculture water volume as an example:
1. Total Water Volume: 1000m³
2. Daily Sewage Discharge: 5%
3. Water Source Temperature: 15 degrees Celsius
4. Target Water Temperature: 25 degrees Celsius
5. Initial Heating Time: 60 hours
Based on this, the required total energy consumption is 195KW, which can be achieved using an H75A type heating pump set.
Please provide us with the orange data in the chart, which represents items 1-5 for your farm, and we can provide you with a suitable solution.
| Item | Direct Electric Heating | Coal Boilers | Natural Gas Boiler | Biomass Boiler | Air Source Heat Pump | Water Source Heat Pump |
|---|---|---|---|---|---|---|
| Fuel Types | Electricity | Anthracite | Natural Gas | Biomass | Electricity | Electricity |
| Calorific Value | 860 kcal | 5500 kcal | 8500 kcal | 4000 kcal | 860 kcal | 860 kcal |
| Thermal Efficiency | 0.95 | 0.9 | 0.95 | 0.85 | 4 | 5.5 |
Advantages: Easy to install and manage.
Suitable Aquaculture Water Volume: 5–4,000 m³
No additional water source required
Advantages: Energy-efficient.
Suitable Aquaculture Water Volume: ≥ 4000 m³
An additional water source is required, with a water temperature of ≥ 8°C.
The heat exchanger is a core component of the aquaculture heater-chiller, and its efficiency determines the heat exchange energy consumption and durability of the heat pump and chiller.
Due to the characteristics of aquaculture, heavy metal ions can damage fish gills, and chloride ions can corrode metals. Choosing heat exchange tubes that do not produce heavy metal ions, have high heat exchange efficiency, and are corrosion-resistant improves heat exchange efficiency, reduces energy consumption, and extends the lifespan of fish farming heat pumps and chillers.
Ranking of metals’ resistance to chloride ion corrosion: 304 < 316L < 904L < 254SMO < Pure Titanium
Aquaculture water quality is complex, and heat exchange tubes are prone to scaling, affecting energy efficiency. Traditional U-shaped bend tubes and titanium cannon heat exchangers are difficult to disassemble and clean, and cleaning is time-consuming and labor-intensive. FUTURERAS adopts a straight-through flow channel design, which eliminates the need to disassemble pipes. Simply open the inspection cover and use a long brush for direct physical cleaning, greatly simplifying the maintenance process and ensuring continuous and efficient operation of the equipment.
Are you looking for a complete aquaculture temperature control system? FUTURERAS is a professional aquaculture system designer and manufacturer.
Temperature Control for Fish and Shrimp Farming is an important foundation. Drawing upon the specific characteristics of land-based aquaculture, we have integrated China’s industrial-grade heating and cooling technologies to develop specialized electric heaters and chillers tailored for aquaculture applications. Our product range covers the full spectrum of requirements—from pilot projects and small-scale operations to medium and large-scale commercial facilities.
Welcome to contact us. Customize your Energy-efficient aquaculture temperature control systems.
Designed and developed specifically for land-based aquaculture
Economical Pricing Options
CE SABER BV ISO9001
Excellent pre-sales and after-sales service
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Heat pump or chiller, piping, and terminal heat exchangers.
Compressor, Condenser, Evaporator
Yes, we can design such a system.
This requires swapping the heat absorption function at the front end with the heat release function at the rear end.
We will achieve this functionality by designing a four-way valve.
While the heat pump and chiller manufacturing plants are our partners, these are standard industrial-grade devices. Therefore, taking into account the specific requirements of land-based aquaculture, we have specially customized a direct-flow heat exchanger to enhance energy efficiency.
Yes, we provide not only temperature control systems but can also design and supply entire land-based aquaculture systems.
Please feel free to contact us; our engineers can provide a detailed solution tailored to your needs.
