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150°C Ultra-High Temperature Water Source Industrial Heat Pump

150°C Ultra-High Temperature Water Source Industrial Heat Pump

Classification: Steam Heat Pump

The Shenling 150°C Ultra-High Temperature Water Source Industrial Heat Pump upgrades low-grade waste heat from industrial, commercial, or residential sources into high-grade hot water or steam at 100°C to 150°C. Replacing traditional electric or gas-fired boilers, it delivers zero-carbon thermal energy with exceptional efficiency for battery, food, chemical, brewing, and pharmaceutical production.

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Description

Product Features

Delivers high-temperature hot water or steam up to 150°C, with optional steam pressurization technology achieving up to 180°C.
Reaches a COP of 2.0 to 4.0 W/W, drastically cutting operating costs compared to fossil fuel or electric boilers.
Operates smoothly across a wide waste heat recovery inlet water range of 60°C to 110°C.
Features a compact structure with a built-in steam generator and feedwater pump for flexible rooftop or outdoor installation.
Ultra-High Temperature Steam Compression Heat Pump System
Flexible Forms of Thermal Energy

Specification

	Parameter	Unit	LSQR90ZD-CGZQ	LSR300ZD-CGZQ	LSR590ZD-CGZQ
Performance Parameters	Heating Capacity	kW	75.1	292.6	585.2
	Power	kW	26.4	112.1	224.2
	COP	kW/kW	2.84	2.61	2.61
Power Supply Parameters	Power Supply Type	/	3N~380V 50Hz
Power Supply Parameters	Max Operating Current	A	65.7	273.1	546.2
Operating System			Medium-Temperature LCD Display
Compressor	Type		Scroll	Screw
	Start Method		Variable Frequency	Y-Δ Start
	Quantity		1	1	1
Refrigerant	Name		R1233zd(E)
Refrigerant	Flow Control		Electronic Expansion Valve
User Side	Steam Output	kg/h	118.7	444.3	888.6
	Steam Temperature	℃	100~150
	Steam Pressure	bar	0~5
	Steam Interface	mm	DN65	DN100	DN125
	Water Inlet Interface	mm	DN25	DN32	DN32
Heat Source Side	Water Flow Rate	m³/h	8.4	31.1	62.2
	Pipe Connection Size	mm	DN50	DN100	DN100
	Water Pressure Drop	kPa	48	57	60
Dimensions & Weight	Dimensions	mm	1500×1200×1700	3000×2450×2820	3150×2650×2860
	Net Weight	kg	820	4050	6000
	Operating Weight	kg	880	4150	6200

📝 Notes: 1. All parameters in the table are based on nominal operating conditions: - Heat source side inlet/outlet water temperature: 85/80°C - User side steam temperature: 135°C - Makeup water temperature: 85°C 2. Specific unit parameters shall be subject to the nameplate of the unit. 3. The unit heat exchanger is a plate-type heat exchanger with flange connections. 4. The above parameters are for standard models. For non-standard requirements, please contact Shenling Company’s business consultation. 5. Due to product improvements and optimizations, the above parameters may be subject to change. Please refer to the selection guide and actual product.

Product Details

Why Choose Shenling

Shenling positions itself as an expert in industrial thermal energy solutions, with a product system built around high-temperature heat pump innovation and industrial waste heat utilization.

Cost-Saving Partner

The brochure shows high-efficiency heat pump systems replacing electric heating and gas boilers, with strong energy-saving performance across multiple applications, including reported annual savings in the millions of RMB for specific projects.

Broad Temperature Coverage

The portfolio spans 85°C, 120°C, and 150°C output levels, enabling different factory processes to be matched with the right heat grade instead of forcing a one-size-fits-all system.

Flexible Heat Source Compatibility

Solutions are available for air source and water source scenarios, including industrial wastewater, cooling water, underground water, ground surface water, and other low-grade heat sources.

What are High Temperature Heat Pumps (HTHPs)?

High-temperature heat pumps (HTHPs) efficiently generate heat between 85°C and 150°C+ (up to 200°C) by upgrading industrial waste heat or using advanced refrigerants. They bridge the gap between traditional heat pumps and boilers, providing sustainable, high-grade heat for industrial processes (drying, steam) and high-temperature hydronic heating systems.

How does HTHPs work?

Heat pump technology is a technology that transfers heat energy from low-grade heat sources to high-grade heat sources, and is a key technology for future energy conservation and carbon reduction.

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