An industrial hot water heat pump is a heavy-duty thermal system that captures low-grade waste heat or ambient energy and upgrades it to deliver high-temperature water (typically 65°C to 120°C+) for manufacturing, sanitation, and district heating, replacing fossil fuel boilers with high energy efficiency.
Cuts direct greenhouse gas emissions significantly, especially when paired with green grid electricity.
Shields operations from natural gas price spikes and carbon taxation.
Pure air-source performance drops during freezing winter conditions compared to stable waste-water or ground-source loops, often requiring a hybrid backup boiler setup.
We offer more than just products. Instead, we provide a vertically integrated, full-lifecycle solution spanning from top-level design to intelligent operation. We first built our own “testbeds” (NZE 1.0 & 2.0), and then apply these proven models to serve customers worldwide.
Shenling Phase II Base is committed to building a digital low-carbon park. With a total investment of approximately 680 million yuan, a land area of 84 mu (approx. 5.6 hectares) and a total building area of over 100,000 square meters, the base takes the digital "Three Intelligences" concept of Smart Park, Intelligent Manufacturing and Smart Products as its core. Relying on cutting-edge achievements such as low-carbon technologies, multi-energy intelligent coordinated control and digital intelligence, it aims to build a leading R&D and manufacturing center for intelligent temperature control used in data centers and energy storage in China and even the world.
Yes. Systems feature intelligent control, real-time monitoring, self-diagnosis, and remote access for efficient operation and maintenance.
Key inputs include heat source conditions, temperature requirements, flow rate, heating capacity, and application details.
Depending on the application, energy savings in real projects range from approximately 40% to over 55%, with fast return on investment in many cases.
Yes. High-temperature heat pumps can generate steam via hot water conversion systems, with optional steam compressors for higher pressure requirements.
Heat pumps can use wastewater, exhaust air, ambient air, and other industrial waste heat sources, with water-based heat sources being the most efficient.
Industries such as food processing, brewing, textiles, chemicals, pharmaceuticals, paper, and battery manufacturing benefit greatly.
Yes. Heat pumps can replace gas-fired or electric boilers in many scenarios, reducing operating costs and emissions.
Systems cover a wide range from 85°C to 150°C, including hot water and steam applications for industrial processes.
They reduce fossil fuel consumption by recovering waste heat and improving energy efficiency, supporting net-zero and ESG goals.
An industrial high-temperature heat pump upgrades low-grade heat into high-temperature usable energy, significantly improving thermal efficiency.
