July 7, 2025
High-Temperature Water Source Heat Pump: Redefining Industrial Heating with Water-Energy Efficiency
Cutting edge high-temperature water source heat pumps are changing the industrial and commercial heating landscape, utilizing water energy to provide unparalleled efficiency and versatility. This technology aims to replace traditional boilers, generate high-temperature hot water and steam (90 ° C-120 ° C), while reducing energy costs and carbon emissions, making it the cornerstone of a global sustainable heating strategy.
Core feature: Designed specifically for high temperature excellence
Extreme heat output: produces hot water/steam at 90 ° C-120 ° C, meeting strict industrial requirements such as electroplating (85 ° C), textile dyeing (60-80 ° C), and cement pre curing (65-80 ° C).
Excellent energy efficiency: Under standard conditions, the COP is 4.5-5.0, with energy consumption 50% lower than electric boilers and 30% lower than gas systems.
Multi functional water source: thrives on multiple water sources - groundwater, industrial wastewater, river water, or seawater - with corrosion-resistant components to ensure durability under harsh conditions.
Compact and scalable design: Modular units (10kW-500kW) are suitable for compact spaces (factory basements, roofs) and can be easily expanded to meet project needs, from small commercial buildings to large industrial plants.
Main advantage: Why it performs better than traditional systems
Cost savings: Compared to gas boilers, a 100kW unit in a textile factory can reduce heating costs by over $25000 per year, with a payback period of 3-5 years.
Environmental Protection: Zero CO ₂, NO ₓ, approximately ₂ emissions, in line with the EU Green Agreement and China's "dual carbon" goals - very suitable for ESG focused businesses.
24/7 reliability: Can operate at water temperatures ranging from 10 ° C to 40 ° C, ensuring stable performance in seasonal or regional climate changes.
Intelligent integration: Support for IoT control allows for remote monitoring, automatic load adjustment, and predictive maintenance, minimizing downtime to the greatest extent possible.
Wide range of applications
Industrial processes:
Electroplating: Maintain a precise 85 ° C bath temperature to achieve consistent coating quality.
Food processing: Provide 90 ° C hot water for disinfection and equipment cleaning.
Waste heat recovery: Capturing heat from wastewater from steel or paper mills and converting it into usable energy.
Commercial and district heating:
Hotel/Hospital: Provides hot water at 60-70 ° C for showering, laundry, and space heating.
Residential complex: providing power for centralized heating systems and replacing outdated coal-fired boilers.
