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Managing complex industrial heating equipment often requires dedicated personnel, which drives up operational costs. To address this, the FSH-150II/GW features a fully automatic, self-developed microcomputer intelligent control system. This intuitive interface supports one-key startup, programmable timed on/off scheduling, and multi-range automatic temperature adjustments based on real-time thermal demand. By automating these critical functions, the system eliminates the need for constant on-site monitoring, drastically reducing labor inputs for facility operators. Furthermore, the unit is equipped with an integrated RS-485 communication port, allowing for seamless integration with existing Building Management Systems (BMS). This connectivity ensures that procurement managers and technical teams can centralize their equipment control, streamline maintenance protocols, and optimize overall facility management efficiency.
Energy efficiency is a primary concern for high-capacity commercial operations. Our 150kW high-temperature heat pump is engineered with an advanced total heat recovery architecture designed to maximize energy utilization. The system deeply captures residual, low-grade heat from commercial exhaust air, industrial wastewater, or other available thermal byproducts. Instead of allowing this valuable energy to dissipate, the heat pump efficiently converts it into usable, high-grade thermal energy for space heating or auxiliary process heat supply. This continuous energy optimization cycle ensures that electrical input is maximized to its fullest potential. Compared to conventional heating solutions, this waste heat recovery capability can reduce overall energy consumption by up to 50%. For commercial buyers, this translates directly into a rapid return on investment and significantly lower monthly utility expenditures.
Modern industrial procurement strictly evaluates environmental impact and equipment safety. The FSH-150II/GW utilizes environmentally friendly, high-efficiency specialized refrigerants that facilitate superior heat transfer. Because the system operates entirely on electricity and heat exchange, it produces zero smoke, particulate matter, or greenhouse gas exhaust emissions on-site. This clean operation directly supports corporate "dual carbon" sustainability targets and ensures compliance with increasingly stringent global environmental regulations.
Beyond environmental benefits, operational stability is paramount for industrial applications. The main unit integrates a comprehensive suite of 11 self-diagnostic and safety protection functions. While maintaining continuous operation, the system actively monitors internal parameters to prevent issues such as abnormal pressure fluctuations, extreme compressor exhaust temperatures, and freezing conditions. This robust internal safety matrix ensures 24/7 stable operation, minimizing the risk of unexpected downtime, extending the equipment's operational lifespan, and providing facility managers with absolute confidence during continuous heating cycles.
The following table outlines the detailed technical parameters for the FSH-150II/GW Industrial Water Source Heat Pump, providing essential data to help you evaluate equipment sizing and compatibility with your industrial heating requirements.
Model Type | FSH-150II/GW | ||||
Power Supply | 380V 3N~50Hz | ||||
Rated Operating Conditions | Heating Capacity | 150KW | |||
Input Power | 62.6KW | ||||
COP | 2.4 | ||||
Evaporator (Inlet / Outlet) | 12℃ | ||||
7℃ | |||||
Condenser (Inlet / Outlet) | 70℃ | ||||
75℃ | |||||
Engineered for demanding commercial and industrial environments, the 150kW industrial water source heat pump is designed to directly replace traditional fossil-fuel boilers. By addressing specific industry pain points, it helps facilities reduce operational costs while meeting strict environmental and process requirements.
The textile printing and dyeing sector requires massive amounts of thermal energy for processes like fabric boiling, bleaching, dye fixation, and equipment washing. Traditional steam boilers often struggle with temperature fluctuations, which can lead to uneven dyeing and higher defect rates. As a specialized textile printing heat pump, this unit delivers a highly stable and continuous supply of high-temperature hot water. By utilizing intelligent temperature control, it ensures precise thermal management, directly contributing to uniform dyeing quality and superior fabric finishes. Furthermore, its zero-emission operation eliminates the risk of fabric contamination from smoke, soot, or dust—a common issue with coal or biomass boilers. The modular structure allows facility managers to flexibly expand heating capacity as production scales up, avoiding heavy upfront capital expenditure on oversized equipment.
In hospitals and healthcare institutions, maintaining strict hygiene and reliable sterilization is critical. Our medical sterilization heat pump is specifically tailored for hospital disinfection supply centers, delivering the consistent high-temperature thermal energy required for thorough medical device sterilization. Beyond sterilization, it serves as a dependable source for 24/7 high-temperature domestic hot water across inpatient departments, ensuring patient comfort and facility hygiene. Replacing traditional heating methods, this system helps healthcare facilities meet strict sterile environment standards without generating localized emissions. Equipped with 11 layers of safety protection, the unit provides safe and stable operation under continuous load. Additionally, the integrated remote fault diagnosis capability minimizes unexpected downtime, ensuring that critical medical processes are never disrupted by equipment failure.
The papermaking process is highly energy-intensive, particularly during pulp preheating, pressing, and drying stages. This industrial water source heat pump is engineered to reliably meet the rigorous 60-120℃ thermal demands of modern paper mills. Outstanding temperature stability is crucial in this industry; precise heat application prevents paper brittleness, warping, or dimensional deformation during the drying phase, thereby significantly improving the yield of premium paper rolls. Operating in an ultra-high temperature mode, this system can directly replace conventional steam heating infrastructure. Compared to standard electric heating equipment, it boasts a substantially higher Coefficient of Performance (COP), which drastically reduces the per-ton energy costs of paper production. Moreover, the fully enclosed system design minimizes the risk of water pollution, helping paper manufacturers comply with stringent industry hygiene and environmental discharge standards.
Upgrading industrial heating infrastructure often raises concerns about prolonged facility downtime and complex retrofitting. Designed for straightforward integration into existing commercial and industrial facilities, the FSH-150II/GW high temperature water source heat pump ensures a smooth transition from legacy systems. Its compact, modular design is highly adaptable to various spatial constraints and challenging installation environments, reducing the need for extensive plant modifications.
To further accelerate the deployment process, we provide comprehensive technical support for on-site installation. Every unit undergoes rigorous pre-commissioning and testing before delivery, drastically reducing on-site setup time and minimizing installation risks. Once installed, the system's advanced connectivity features simplify long-term management. Utilizing the built-in 485 communication port and 5G cloud connectivity, facility operators can perform remote debugging, execute real-time performance monitoring, and integrate the heat pump efficiently into central management systems. This intelligent deployment strategy ensures that business clients can achieve optimal operational efficiency with minimal post-installation maintenance overhead.
The host unit is engineered with 11 comprehensive self-check protection mechanisms designed to ensure reliable operation in demanding commercial and industrial environments. These built-in safeguards include compressor exhaust temperature protection, system high and low-pressure protection, anti-freezing and anti-heat protection, motor overload protection, and power-off memory recovery. By continuously monitoring these critical parameters, the system automatically prevents potential component damage, significantly reducing the risk of equipment failure and ensuring safe, uninterrupted on-site operation for your facility.
The intelligent control system delivers full operational automation and real-time protection. It provides continuous monitoring of the host's operating parameters and executes timely control commands to maintain optimal performance. Key features include one-key start functionality, automatic temperature setting, and programmable timed on/off scheduling. Furthermore, the system supports seamless remote connectivity via a standard RS-485 communication port, allowing easy integration into existing centralized control networks. This high level of automation effectively eliminates the need for dedicated on-site management personnel, thereby lowering operational labor costs and improving overall efficiency.
Powered by advanced 5G cloud technology, our remote service capabilities offer business clients comprehensive control and proactive maintenance support. Facility managers can remotely monitor real-time device data and operating status through a dedicated mobile application, granting full control over unit on/off switching and precise temperature adjustments from anywhere. In the event of an operational anomaly, the system sends instant alarm notifications. Our expert engineering team can then utilize the 5G connection to perform remote fault analysis, accurate diagnosis, and online troubleshooting. This rapid response structure is specifically designed to resolve technical issues swiftly, ensuring stable heating performance and minimizing costly unplanned downtime.
Tell us your application, required heating capacity, inlet/outlet water temperature, ambient conditions and power supply. Our engineering team can help evaluate your requirements and recommend a suitable heat pump configuration.
