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Better Energy Solutions

Heat pumps next generation

Efficiency in every solution technology in every detail. We develop energy-efficient systems
for a sustainable and clean future.

Innovative Turbocompressor

COP up to 7.2

Impressive Energy Efficiency

R290 Refrigerant

Environmentally Friendly

Expertise

Extensive Expertise in Heat and Cogeneration Technologies

HOW IT WORKS?

How heat
pumps work?

Type: water-to-water, air-to-water, ground-to-water, cogeneration-to-water Application: heating, cooling, domestic hot water Key component: Oil-free turbocompressor Mirai. Operates on natural refrigerant R290 (propane)

01
Heat Source
02
Heat Pump
03
Internal Circuit
04
Pump
05
Compressor

Typical energy sources

Heat pumps can draw thermal energy from a variety of sustainable and efficient sources, making them a versatile solution for heating and cooling needs. By leveraging these sources, heat pumps help reduce reliance on fossil fuels and lower greenhouse gas emissions, contributing to more sustainable energy systems.

Ambient air

Ambient air Details

Ground source

Ground source Details

Groundwater and open water sources

Groundwater and open water sources Details

Process heat from co-generation plants

Process heat from co-generation plants Details

Industrial waste heat / process thermal energy

Industrial waste heat / process thermal energy Details

Ventilation air

Ventilation air Details
Hospitals and medical facilities
Backup and primary heating
Sports centers and swimming pools
Air comfort and pool water heating
Multi-apartment residential buildings
Central heating, cooling, and hot water
Hotels and hotel complexes
Room comfort and high-volume hot water
Agricultural complexes (greenhouses, farms)
Greenhouse heating and stable barn climate
Industrial enterprises
Process heating and cooling efficiency
Warehouses, logistics, and distribution centers
Temperature control for storage zones
Data processing centers
Server cooling with waste-heat reuse
Shopping centers and supermarkets
Efficient HVAC and heat recovery
Schools, kindergartens, and universities
Year-round comfort and hot water
HEAT PUMPS MAIN PROFIT

Smart Synergy: Combining Technologies to Multiply Perfomance

HEAT PUMPS MAIN PROFIT

HEART OF THE HEAT PUMP

Propane turbo compressor

Power
Nominal power - 450-870 kW
Engine power - 150 kW

Nominal power - 450-870 kW
Engine power - 150 kW

Efficiency
High efficiency even at partial load. Minimal energy losses - no friction, zero mechanical losses

High efficiency even at partial load. Minimal energy losses - no friction, zero mechanical losses

Advantages
Low noise and vibration

Low noise and vibration

Sustainability
High environmental responsibility. Refrigerant R290 - GWP = 3, ODP = 0.

High environmental responsibility. Refrigerant R290 - GWP = 3, ODP = 0.

HEAT PUMPS MAIN PROFIT

Smart Synergy: Combining Technologies to Multiply Perfomance

Technical specifications RSE Heat Pumps

Module RSE HP 450 RSE HP 550 RSE HP 850
Nominal Thermal Capacity 450 kW 550 kW 870 kW
Heat Source Temperature 5–10 °C 5–10 °C 5–10 °C
Heat Transfer Fluid Temperature 65–70 °C 53–58 °C 48–53 °C
COP at 100% Load 3,0 3,7 5,8
COP at 50% Load 3,7 4,6 7,2
Engine power 150 kW 150 kW 150 kW
Voltage ~3 PE, 400 V/440 V/460 V/480 V, 50Hz/60Hz
Load Capacity Range 20%–100% 20%–100% 20%–100%
Number of RSE HP Modules in a single heat pump* 1–10* 1–10* 1–10*
* - a heat pump can consist of multiple RSE HP modules of the same capacity

Technical specifications RSE Heat Pumps

Module RSE HP 450 RSE HP 550 RSE HP 850
Nominal Cooling Capacity 300 kW 400 kW 700 kW
Heat Transfer Fluid Temperature 5–10 °C 5–10 °C 5–10 °C
Heat Source Temperature 65–70 °C 53–58 °C 48–53 °C
ERR at 100% Load 2,0 2,7 4,7
ERR at 50% Load 2,5 3,4 5,8
Engine power 150 kW 150 kW 150 kW
Voltage ~3 PE, 400 V/440 V/460 V/480 V, 50Hz/60Hz
Load Capacity Range 20%–100% 20%–100% 20%–100%
Number of RSE HP Modules in a single heat pump* 1–10* 1–10* 1–10*
* - a heat pump can consist of multiple RSE HP modules of the same capacity

Basic configuration vs Optional equipment

Basic configuration Optional equipment
Heat pump, consisting of 1 to 10 RSE HP modules Automatic heat source selection system (water/air)
Automatic control system for heat pump with operator panel operator Heat exchanger for energy extraction from the heat source
Automatic safety system and propane leak detection Pump unit on the heat extraction side
SCADA system for remote monitoring and control
ADVANTAGES

Key advantages of the RSE Heat pumps

EU standards
  • Compliant with EU environmental and technical standards.
High
Performance
  • COP (Coefficient of Performance) up to 7.2
  • High efficiency achieved through a combination of turbo compressor technology and R290 refrigerant
  • Power modulation range: 20%–100%
Flexible
  • Flexible installation and operation
Sustainable
  • Suitable for industrial, commercial, and municipal applications
Suitable
  • Low operational costs
  • Up to 10+ years of operation without major overhaul
Environmental
  • Refrigerant R290 with a GWP of 3 is not subject to international environmental restrictions

RSE & MWM – Partnership for Energy Excellence 

Through our partnership with MWM, RSE delivers cutting-edge modular solutions, ensuring energy independence and efficiency for businesses worldwide.

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