EVI Monoblock heat pump

Kolant R32 EVI monoblock inverter Heating cooling heat pump

EVIMonoheatpump16KW
EVIMonoheatpump9-11KW
EVIMonoheatpump
1823KWHeatpumpKolant

  EVI heating technology

EVI technology helps improve the efficiency in the compressor. Thisleads to lower energy consumption and higher coefficient of performance (COP). Regarding the refrigerant  circulation, the injected vapor cools the refrigerant during compression, preventing overheating. This is especially crucial in cold climate conditions where traditional heating systems struggle. The enhanced refrigerant circulation also allows for more effective heat transfer, ensuring a more stable and reliable heating output. Overall, EVI technology offers a more energy – efficient and reliable solution for heating, making it an attractive option for various applications. Using this technology, Kolant heat pump permitted operating range is extended to -35°C air temp，and the heating performance under low environment temperature is greatly improved.

  • outside temperature -35℃
  • capacity to 40% higher
  • Solar PV DC power direct drive
  • Heating, Cooling & DHW
  • EVI technology

4 strength

High quality components, long lifetime

DC inverter compressors are from Panasonic

Smart WIFI control

By downloading our APP in your mobile phone, it is possible for you to conveniently control a DC inverter heat pump from KOLANT at any time

Intelligent LCD controller

The smart touch screen controller is friendly to all users, users can easily operate it without big effort. It is also very convenient for service people to check all the sensor data and the running state, set parameters with the aid of the controller.

Modbus Central Control

Through the MODBUS protocol, operators gain comprehensive control.By centralizing control over these 99 units, energy management becomes highly efficient.

Kolant outstanding performance

Precise Heat Demand Match

The heating capacity of KOLANT EVI DC inverter heat pump can be precisely regulated from 20% to 100% according to the actual heat demand. Accordingly, the water temperature in the system will be steadily controlled with a very small deviation of no more than 0.5℃ so as to create a comfortable living environment.

Kolant Wider Operating Range

KOLANT DC inverter heat pump can work under environment temperature -35℃ Getting much higher water temperature during low environment temperature Heating capacity up to 40% higher than normal heat pumps COP 10%-20% higher during low environment temperature

Energy efficiency class A+++ (tested by TUV)

Kolant EVI heat pump has achieved an outstanding feat by attaining the prestigious energy class A+++ rating, as rigorously tested by TUV in accordance with the EN14825 and EU813 standards. This remarkable accomplishment underscores the pump’s unrivaled energy efficiency.

Models Air temp/outlet water temp RJ-60H/N8-BPEEVI COP RJ-85H/N8-BPEEVI COP RJ-110H/N8-BPE COP RJ-150H/SN8-BPEEVI COP RJ-180H/SN8-BPEEVI COP RJ-230H/SN8-BPEEVI COP RJ-300H/SN8- BPEEVI COP RJ-450H/SN8- BPEEVI COP
Heating capacity/Power input (KW/KW) at A20/W35°C 9.11/1.62 5.62 10.6/1.89 5.61 15.23/2.7 5.64 21.1/3.89 5.42 22.8/4.4 5.18 29.5/6.01 4.91 40.92/8.49 4.82 58.27/13.27 4.39
at A7/W35°C 6.7/1.45 4.62 8.59/1.87 4.59 11.2/2.41 4.65 14.7/3.31 4.44 18.8/4.4 4.27 23.1/5.34 4.33 31.6/7.8 4.05 45/12.2 3.69
at A7/W45°C 6.2/1.55 4.00 7.91/2.23 3.55 10.36/2.63 3.94 13.5/4.1 3.29 17.8/5.24 3.4 22.6/6.11 3.7 29.12/9.27 3.14 41.47/14.5 2.86
at A2/W35°C 6.16/1.45 4.25 7.65/1.81 4.23 10.3/2.41 4.27 13.08/3.21 4.07 16.92/4.31 3.93 20.29/5.38 3.77 29.07/7.79 3.73 41.4/12.21 3.39
at A2/W45°C 5.58/1.52 3.67 7.04/2.15 3.27 9.32/2.57 3.63 12.02/3.97 3.03 16/5.12 3.13 18.7/6.4 2.92 26.5/9.17 2.89 37.74/14.35 2.63
at A-12/W41°C 4.2/1.68 2.5 5.9/2.45 2.41 6.3/2.7 2.33 10.2/4.35 2.34 11.6/5.04 2.3 14.7/5.88 2.5 20.2/8.38 2.41 29.5/12.9 2.29
at A-20/W41°C 3.85/2.1 1.83 5.4/2.56 2.11 5.61/2.72 2.06 8.9/4.23 2.1 10.5/4.97 2.11 13.7/5.78 2.37 18.5/8.73 2.12 26/13.7 1.9
Cooling Capacity/Power input(KW/KW) at A35/ W18ºC 6.6/1.9 3.47 9.2/2.7 3.41 11/3.3 3.33 13.9/4.2 3.31 15.6/4.8 3.25 20.1/6.2 3.24 26/8.5 3.06 37.8/12.5 3.02
at A35/W7ºC 5.2/1.92 2.71 7.2/2.73 2.64 9.62/3.27 2.94 9.8/3.77 2.6 10.5/4.2 2.5 13.5/5.09 2.65 17.5/7.06 2.48 24/9.8 2.45
Max.current                      (A) 13.2 18 19 28 14.3 18.1 16.7 24.2
Electric supply 230V/50~60HZ 230V/50~60HZ 400V/50~60HZ 400V/50~60HZ
Max.Outlet water temperature            ( oC) 60
Running temperature range    (oC) -35 ~ 43
Refrigerant circuit Refrigerant R32
DC Inverter compressor(s) MITSUBISHI MITSUBISHI MITSUBISHI MITSUBISHI MITSUBISHI MITSUBISHI MITSUBISHI MITSUBISHI
Heat exchange Copper and Hydrauphilic Aluminum Fin
Air flow     (m3/h) 2100 2400 2900 5800 6000 7000 9000 12000
Water circuit Heat exchanger High efficiency tube in shell heat exchanger
In/Out pipe DN20 DN25(G1″) DN25(G1″) DN25(G1″) DN25(G1″) DN25(G1″) DN32 DN32
Water flow  (m3/h) >1 ≥1.5 ≥1.8 ≥2.5 ≥3 ≥3.9 >5 >7
permitted pressure ≤0.8MPa
Unit dimensions   WxHxD   (mm) 855*605*295 960*820*380 960*820*380 960*1270*380 960*1270*380 1030*1340*390 1066*1427*392 1185*1660*400
Pacage dimensions   WxHxD   (mm) 935*725*420 1040*940*502 1040*940*502 1040*1390*502 1040*1390*502 1115*1510*510 1151*1597*512 1270*1830*520
Net weight                               (Kg) 54 68 68 108 108 128 145 200
Gross weight                            (Kg) 63 85 85 125 125 145 162 220
Noise level                             (dB(A)) 54 56 56 59 59 60 62 65
Loading quantity for 20’/40′  (PCS) 100/200 44/88 44/88 22/44 22/44 22/44 20/40 20/40