W W W L V P R E N E W A B L E S I E A Q U A P U R A H E A T I N G & C O O L I N G AIR TO WATER HEAT PUMPS A++ 35ºC A+ 55ºC EVI + INVERTER MODELS REPLACE YOUR OIL / GAS BOILER IDEAL FOR UNDERFLOOR HEATING SUITABLE FOR HEATING BOTH RADIATORS AND DOMESTIC HOT WATER COOLING ALSO A POSSIBILITY
02 ENERGIE H O T W A T E R HIGHLY EFFICIENT AIR TO WATER HEAT PUMP THAT OFFER BOTH HEATING AND HOT WATER SOLUTIONS A++ A+ 35ºC 55ºC I A ++ A + A B C D E F G YZ YZdB II 55 C A + 35 C A ++ YZ YZ kw YZ YZ YZ YZ kw YZ YZ YZ kw kw kw OUR HEAT PUMP SOLUTIONS OFFER: High efficiency with maximum comfort Reduction in the household bills whilst never compromising the comfort Improved BER Rating Easy to maintain Aesthetically pleasing YZ YZdB 205 XYZ/203
C E N T R A L H E A T I N G GREATER HEAT PRODUCTION WITH LESS ENERGY CONSUMPTION The environment s heat is commonly attributed to indirect solar energy, stored in water, air and soil The heat pump will remove heat from these heat sources to, later, be used for heating your home The highly efficient EVI and INVERTER Air to Water heat pumps are a modern, efficient and clean solution that guarantee your home s comfort, while considering the environment serious commitment to the reduction of harmful emissions into our atmosphere, thus contributing to the planet's green agenda The EVI and INVERTER Air to water heat pumps have been developed to meet both domestic and industrial needs, for heating, cooling and Domestic Hot Water solutions (DHW) A smart way to use Nature's resources in order to improve your quality of life With this solution you will be making a
04 ENERGIE THE RANGE OF AQUAPURA HEAT PUMPS INCLUDE 8 TO 7kW MODELS KEY FEATURES Heating and/or Cooling Reduced Maintenance and low operating noise Operating with external temperatures down to 25 C Construction with anodized coating resistant to natural corrosion Domestic Hot Water Function COMPONENTS BRANDS V E N T C O N V E C T O R S
ENERGIE 05 44 COP UP TO 65 O C WATER TEMPERATURE EVI TECHNOLOGY The EVI SCROLL optimized steam injection technology confers a higher efficiency to conventional SCROLL technology This is achieved with an intermediate steam injection during the compression cycle thus reducing the high working frequency of the compressors, allowing an increase of the heat production capacity with lower energy consumption -25 O C OUTDOOR TEMPERATURE Thermal Output EVI VS TRADITIONAL Operating Period DC INVERTER TECHNOLOGY 4 COP The DC INVERTER technology differs from some other existing technologies in the market since it possesses compressors with the capacity to vary the frequency of operation according to the exact comfort needs of the house HVAC There is therefore lower energy consumption UP TO 55 O C WATER TEMPERATURE Thermal Output -25 O C OUTDOOR TEMPERATURE INVERTER VS TRADITIONAL Operating Period
06 ENERGIE HEAT PUMPS THAT GIVE YOUR HOME MORE COMFORT AND EFFICIENCY AQUAPURA INVERTER The ideal heat pump for underfloor heating Efficient and silent solution Attractive and compact design INVERTER technology Heat pump with the capability to heat DHW Facilitates heating and cooling in certain situations L O W C O N S U M P T I O N A++ 35ºC A+ 55ºC
ENERGIE 07 U N D E R F L O O R H E A T I N G S A V I N G S AQUAPURA EVI Integrated Comfort solution, heating, cooling and production of Domestic Hot Water (DHW) Substitute your boiler for this high temperature heat pump Keep the existing radiators Attractive and compact Design EVI SCROLL technology Heat pump with a facility for DHW Allows heating and cooling
08 ENERGIE FUNCTIONING PRINCIPLE There is a refrigerant that is pumped to an outdoor heat exchanger (evaporator) The refrigerant, with the help of a fan, absorbs the energy from the atmosphere to the temperature differential obtained outdoors During this process, the liquid changes to a gaseous state The gaseous state is sucked in by the mechanical part of the system, the compressor where it is compressed The pressure goes up and, consequently, the liquid temperature increases After that, the liquid travels to a second inside heat exchanger (condenser) and transfers heat to the water in the cylinder The fluid goes into liquid state by cooling down The liquid pressure is reduced due to a strangulation that happens in the expansion valve and the process starts again ENVIRONMENT THEAIR INTAKE A refrigerant cooling fluid is pumped to the evaporator 2 Where it turns from liquid to gaseous through the external heat exchanger 3 The refrigerant is sucked into the compressor EXPANSION VALVE 6 6 The refrigerant turns into liquid again and the pressure drops 2 EVAPORATOR>>>> 3 <<<< CONDENSER 5 The heat is transferred to the home s heating system through the internal heat exchanger 5 4 4 Where it is compressed, increasing the temperature COMPRESOR ELECTRICITY 25% 75% THERMAL ENERGY
ENERGIE 05 C O M F O R T THE EVI AND INVERTER HEAT PUMPS STAND OUT FOR THEIR HIGH PERFORMANCE The heat pumps are capable of heating and cooling as well as domestic water heating Those solutions stand out for their high energey efficiency, they can reach an energy classification up to A++ for heating They also stand out for their ease of integration with other heating systems and easy installation PRIMARY ENERGY CONSUMPTION Natural gas Heating oil Propane gas (GPL) Heat pumps ENERGY CONSUPTION GRAPHIC
W E L L - B E I N G HEATPUMP FOR HEATING WITH BUFFER HEAT PUMP FOR HEATING AND HOT WATER WITH BUFFER HEATPUMP FOR HOT WATER ONLY HEAT PUMP FOR HEATING AND HOT WATER WITHOUT BUFFER THE PRESENCE OF AN BUFFER TANK IN THE INSTALLATION GUARANTEES SEVERAL ADVANTAGES: Energy-saving Available thermal outputs increase CYLINDERS TO PRODUCE DOMESTIC HOT WATER (DHW): Capacities of 200, 250, 300 and 500 litres Stainless steel tub AISI 444 5 year guarantee Smaller operating periods
ENERGIE TECHNICAL FEATURES Features FF Evi 0 230V FF Evi 5 230V FF Evi 5 400SB FF Evi 7 400V INVERTER 8/2 230V *Heat output kw 920 450 50 700 420~230 *Electrical consumption kw 224 340 330 400 080~3 20 *COP W/W 40 426 458 425 42 **Refrigerated Power kw 768 270 470 536 280~000 **Electric power kw 248 374 40 452 00~340 **EER W/W 30 340 358 340 357 Supply V/Hz 230V~/50Hz 230V~/50Hz 400V~/50Hz 400V~/50Hz 230V~/50Hz Electric immersion kw 3 3-3 3 Fans No 2 2 2 Compressors No Kind of compressor / EVI Scroll EVI Scroll Scroll EVI Scroll Rotary Integrated circulation pump / Yes Yes No Yes Yes Liquid dimensions (L /A /P) mm 60/845/424 364/80/450 364/80/450 364/80/450 960/90/440 Packed dimensions (L /A /P) mm 200/880/480 375255/550 375255/550 375/255/550 00/920/470 Noise level (outer unit) db 62 66 66 68 68 ***ErP o C 35 35 35 35 35 Optimum power output kw 920 450 50 700 852 Electric efficiency % 35 35 5 37 52 Efficiency energy-class / A+ A+ A++ A+ A++ *Electrical consumption: environment temperature (DB/WB): 7 C/6 C, water temperature (In /Out): 30 C/35 C **Refrigerated power: environment temperature (DB/WB): 35 C/24 C, water temperature (In/Out): 23 C/8 C ***Average climate (-0 C)
Unit D2 North City Business Park Finglas, Dublin, Ireland PHONE: 0-8643838 EMAIL: info@lvprenewablesie This brochure was only made to inform and it doesn t constitute a contractual offer to LVP Renewables Ltd LVP Renewables compiled the content of this brochure using its best knowledge It is not giving any guarantee expressed or implied with regards to the totality, precision, reliability or suitability to a certain end of the substance and of the products and services preented The specifications are subject to change without notice LVP Renewbles Ltd explicitly rejects any direct or indirect damages, in it s broadest sense, result or related with the use and/or interpretation of this brochure