Aquaculture Hot Water Heater

The heat pump for livestock farming boasts a coefficient of performance (COP) of 3.0-4.5, generating 3-4.5 kWh of heat energy for every 1 kWh of electricity consumed. This represents over 70% energy savings compared to traditional direct-heating electric heaters and 30%-50% energy savings compared to coal-fired or oil-fired boilers. Long-term use in large-scale livestock farms can significantly reduce energy expenditures such as electricity and fuel costs, making it a core tool for cost reduction in livestock farming.

Aquaculture heat pumps extract low-grade heat energy from the natural environment, such as air, water, and soil, and convert it into usable high-grade heat energy through system compression and heat exchange. Conversely, they can also release energy at the cooling end, thereby enabling precise and continuous control of the water temperature or air temperature inside the aquaculture environment, meeting the specific water temperature requirements of aquaculture such as fish, shrimp, crabs, and shellfish.

Aquaculture heat pumps are the "temperature-controlled heart" of factory-style, recirculating aquaculture systems. Through efficient heat transfer via heat pump circulation, they achieve precise temperature control (both heating and cooling) and stable water supply for the aquaculture water. They are adaptable to various scenarios, including seawater/freshwater aquaculture and seedling/growing stages. Furthermore, they offer multiple advantages such as energy saving, environmental friendliness, and intelligent temperature control, making them a highly efficient temperature control solution for aquaculture.

Aquaculture heat pumps are the "temperature-controlled heart" of factory-style, recirculating aquaculture systems. Through efficient heat transfer via heat pump circulation, they achieve precise temperature control (both heating and cooling) and stable water supply for the aquaculture water. They are adaptable to various scenarios, including seawater/freshwater aquaculture and seedling/growing stages. Furthermore, they offer multiple advantages such as energy saving, environmental friendliness, and intelligent temperature control, making them a highly efficient temperature control solution for aquaculture.

Small cabinet-type aquaculture heat pumps

typically have a power range of 2-10kW. Their compact size allows for direct placement inside or outside a seafood store. Suitable scenarios include community seafood stores and seafood sections in fresh food supermarkets, for temperature control in small breeding ponds and holding tanks, ideal for the short-term holding of small batches of high-end aquatic products such as salmon and lobster.

Medium-sized integrated aquaculture heat pumps

power range of 10-30kW, featuring a built-in water circulation system and temperature control module, and are easy to install. Suitable for: medium-sized aquatic product wholesale market stalls, small-scale aquaculture farm seedling ponds, and can simultaneously meet the temperature control needs of multiple aquaculture ponds.

Large-scale split-type aquaculture heat pumps

power of 30kW or more and adopt a split design of "main unit + evaporator/condenser + water circulation network" to achieve centralized temperature control. Suitable scenarios: large-scale aquaculture farms and seedling bases, supporting constant temperature management of large-area aquaculture water bodies.

Aquaculture Heat Pumps:Extreme Energy Savings and Significant Cost Reduction

Compared to traditional electric heating, aquaculture heat pumps transfer heat energy with minimal electricity. During heating, 1 kWh of electricity can produce 3-5 kWh of heat energy, resulting in energy savings of over 70%. Compared to oil/gas boilers, they save 30%-50% on fuel costs and eliminate fuel transportation and storage expenses. Equipped with a variable frequency compressor and load-adaptive design, they automatically adjust power to avoid inefficient energy consumption. Large-scale aquaculture can save hundreds of thousands of yuan in temperature control costs annually, with even greater savings over time.

Green and environmentally friendly, compliant with ecological aquaculture

The equipment operates without open flames and emits zero waste, eliminating the environmental and safety hazards of traditional boilers such as pollutant emissions, leaks, and oil spills. It aligns with aquaculture environmental policies and is suitable for both coastal and ecologically sensitive inland areas. The closed-loop heat exchange design avoids contact with the aquaculture water, preventing secondary pollution and perfectly matching the zero-emission, high-recirculation requirements of recirculating aquaculture systems, thus facilitating the implementation of green and ecological aquaculture.

Intelligent and precise temperature control ensures stable growth and improved efficiency for aquaculture

Equipped with a dedicated intelligent temperature control system for aquaculture, it collects water temperature and flow data in real time, supports manual/automatic/remote multi-mode operation, and can maintain a constant temperature 24 hours a day, avoiding water temperature fluctuations caused by weather and diurnal temperature differences; precise temperature control can reduce stress on aquaculture products, lower disease rates, and improve survival rates and growth rates. The farming cycle for species such as Litopenaeus vannamei and grouper can be shortened by 15-30 days, and the number of farming batches can be increased by 1-2 batches per year, directly increasing the yield per unit of water and the aquaculture income.

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