Description
This 120°C water-source heat pump is specifically designed for industrial projects requiring hot water at temperatures between 85°C and 120°C (or higher). According to the product brochure, it utilizes waste heat or residual heat from exhaust gases as its heat source (accepting source water temperatures of 45–85°C) and features a compact design, thermal storage technology, and an intelligent LCD control system.
Features:
* Maximum operating temperature: 120°C
* Intelligent cascading capability
* Eco-friendly refrigerant (R1234ZE)
* Low-noise technology
* Hybrid configuration
Advantages:
1. Energy Efficiency
These heat pumps are designed to recover and utilize waste heat rather than relying entirely on fuel or electricity to generate thermal energy—as is the case with traditional methods. Their Coefficient of Performance (COP) values are as follows: 2.0–4.0 for the 150°C water-source steam heat pump; 4.5–5.0 for the 85°C water-source screw-type hot water unit; and up to 2.5 for the 120°C air-source hot air unit. This efficiency advantage drives many factories to replace boilers with heat pumps.
2. Operating Costs
Boiler operation relies on continuous fuel procurement or high levels of direct electricity consumption. Shenling’s product literature indicates that its 85°C water-source screw-type heat pump can achieve energy savings of over 70%. Meanwhile, under specified operating conditions, the 120°C air-source hot air unit offers energy savings of more than 50% compared to electric heating and over 40% compared to gas-fired boilers.
2. Carbon Emissions
Gas or coal-fired boilers generate direct combustion emissions. The brochure positions Shenling heat pumps as clean energy equipment; by recovering heat and reducing energy input, they support carbon emission reduction, zero-combustion operation, and the achievement of Environmental, Social, and Governance (ESG) goals.
3. Temperature Capabilities
While boilers are often selected based on their temperature output, Shenling’s high-temperature heat pumps cover demanding temperature ranges—delivering hot water or steam at 85°C, 120°C, and up to 150°C. Additionally, a steam pressurization function allows the ultra-high-temperature water-source models to reach temperatures as high as 180°C.
4. Installation and Space
Boiler systems often require more complex fuel handling, exhaust gas management, and associated safety infrastructure. Shenling’s product manuals highlight the compact design of their high-temperature water-source units; these can be installed in mechanical rooms, on rooftops, or outdoors, thereby reducing installation complexity and minimizing the required footprint.
5. Smart Control and Remote Operation
Unlike many traditional boilers, Shenling’s heat pump systems support smart controllers, LCD displays, cloud platform monitoring, and fault logging; some models even feature AIoT capabilities. These features enhance system visibility, ease of maintenance, and operational control.
Specifications:
Get Further Assistance
Please contact us for the best high-temperature hot water solutions.
