High Temperature Heat Pump

Name: High Temperature Heat Pump
Brand: Venus Home Appliances

Venus introduces high temperature heat pump water heaters an energy efficient means of heating water to temperatures as high as 80 deg for commercial and industrial use. They are ideal for hot oil storage project, dairies, beverage factory, breweries, restaurant kitchen sterilization, textile printing and dyeing industry etc. It is the most energy saving and cost efficient way to heat water.

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Overview Unique Features Specifications FAQ Video Download Catalogue Reviews

Overview

High Temperature Heat Pump Water Heater

Applications

Eco-friendly Refrigerant:

Water circulation technology:

Compressor - heart of the heat pump:

Rugged and reliable Scroll compressor with high efficiency heat exchanger - reliable and durable.

Intelligent Electronic controller:

Intelligent automatic LCD controller to set temperature and time options.

Heating capacity upto 80°C:

Higher requirements of hot water:

Low operating cost - more savings:

Face Gasket with Neck Protection:

Smart Investment. Real Savings.

Switching to a heat pump water heater can reduce running costs dramatically, helping you recover your investment through lower energy bills while enjoying consistent hot water all year. Save Up to 75% on Your Energy Bills.

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Unique Features

HOW DOES A HEAT PUMP WORK

Major components of a heat pump water heater include a compressor, refrigerant, two heat exchangers (a condenser and an evaporator), and an expansion valve.

Working Principle

The operation begins with air being forced through an evaporator, which contains a liquid refrigerant, with the help of a fan.
This refrigerant evaporates into a gas and extracts heat from the ambient air.
The warm gaseous refrigerant then passes through the compressor, which increases its pressure and converts it into a hot gas.
This hot gas enters a heat exchanger (condenser) and transfers its heat to the water inside a storage tank.
The refrigerant cools down in the condenser and becomes a warm liquid.
It then passes through an expansion valve, where it becomes a cool liquid and enters the evaporator again.
The cycle is then repeated continuously.
Hot-water recirculation using a pump and controller ensures instant hot water at fixtures by continuously circulating water through the pipes, reducing wait time and conserving water.

Specifications

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Description		VHTHPX13
Heating Capacity (kW)	11.0	22.0
Heating Capacity (kW)
Rated Heated water output	145	280
Rated outlet Water Temp (°C)	80	80
Max outlet Water Temp (°C)	83	83
Inlet Water Temp. 30°C	134	200
COP 2.0		2.0
Power Supply(V/PH/Hz) 380V/3N/5Hz		380V/3N/5Hz
Input Power (kW) 5.6		5.6
Input Current (A) 8.10		16.21
Compressor type Scroll*1		Scroll*2
Throttle(Type) Electronic expansion (EEV)
Fan direction Vertical
Fan No. 1		2
Evaporator coil type Hydrophilic aluminium
Heat exchanger type Tube heat exchanger
Heat exchanger No 1		2
Controller type Wired intelligent electronic controller
Ambient Temperature (°C) (~7°C ~ +45°C)
High pressure protection YES YES
Automatic defrosting system YES
Overload protection YES
Noise in 1 meter (dB(A)) ≤55		≤63

Higher capacity models (51kW, 64kW etc.) are also available.
* Testing condition - Heating: Ambient temp. (DB/WB): 20°C/15°C, water temp. (input/output): 15°C/80°C.
* Conditions apply. * Specifications subject to change without prior notice.

Product Dimensional Drawing

FAQ

Any Question? Can We Help You.

The All-in-One or Domestic Heat Pump is ideal for residential applications depending on space and usage.

Domestic systems are for household use, while commercial systems handle large-scale, continuous demand.

Yes, while heat pumps have a higher upfront investment compared to conventional geysers, the running cost is significantly lower

• Up to 70–75% electricity savings
• Lower monthly energy bills
• Long-term durability

The typical payback period is between 2 to 4 years, depending on:
• Usage (residential vs commercial)
• Electricity tariff
• System size

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