Views: 0 Author: Site Editor Publish Time: 2025-08-12 Origin: Site
In the era of global carbon reduction, industries are urgently seeking energy-efficient and low-emission heating alternatives to replace traditional boilers.The high-temperature water source heat pumps, leveraging water sources for heat exchange, have emerged as a game-changer. By extracting low-temperature thermal energy from water and compressing it into high-temperature heat (75℃, 90℃, even 120℃), they not only meet stringent industrial temperature demands but also redefine eco-friendly heating standards.
The system first absorbs low-temperature thermal energy from water sources (such as industrial wastewater, groundwater, or surface water).
Through a two-stage compression process driven by specialized scroll compressors, the low-temperature energy is elevated to high-temperature heat (75℃/90℃/120℃).
The high-temperature heat is then transferred to industrial processes or heating systems, while the cooled water is recycled, forming a closed-loop, energy-saving cycle.
The high-temperature water source heat pumps outperform traditional heating equipment in multiple dimensions:
Compared to electric boilers, it reduces energy consumption by over 50%, with a COP (Coefficient of Performance) of up to 4.71 under rated conditions.
Total heat recovery technology reuses waste heat that would otherwise be discharged, achieving true energy recycling and cutting operational costs.
The self-developed microcomputer control system enables 24/7 automatic operation, with 485 port connectivity for remote monitoring via 5G cloud technology.
11 self-inspection protections (e.g., compressor exhaust temperature protection, anti-freezing protection) eliminate safety hazards like gas leaks or overheating.
Stainless steel sheet metal resists corrosion and heat, extending the unit’s lifespan to over 15 years. Modular design allows mutual backup between modules, simplifying installation, expansion, and maintenance.
Biotechnology (e.g., Tiantai Biotechnology): Provides stable 75-90℃ heat for fermentation and sterilization processes, ensuring product quality.
Food Processing (e.g., Xianle Food): Supplies 60-80℃ hot water for cleaning and blanching, meeting food safety standards with zero emissions.
Chemical Industry (e.g., Wuxi Chemical): Delivers 100-120℃ high-temperature heat for reactions and distillation, replacing coal-fired boilers to reduce pollution.
Washing Industry (e.g., Kaiying Washing): Uses 75℃ hot water for high-efficiency cleaning, cutting water and energy consumption by 30%.
