H.Stars Modular Scroll Water Source Heat Pump Unit

?H TARS宏 星

H.Stars (Guangzhou) Refrigerating Equipment Group Ltd.

CompanyProfile

H.Stars (Guangzhou) Refrigerating Equipment Group Ltd., established in1992,in Economic&TechnologicalDevelopment ZoneofGuangzhou,China，composed of8 subsidiaries to provide one-stop solution to HVAC customers,specializing in R&D,production,design and installation.As the company grows,H.Stars group expands its business globallyand has sold to 53 different countries.H.Stars Group isawarded with "Newand High Technology Enterprise in Guangzhou"and has become the training base of many universities both in China andabroadviatechnologycooperation.

H.Stars Group suppliesan extensive line of Commercial and Industrial Energy Saving HVAC products including: Air Cooled Chiller,Water Cooled Chiller, Industrial Chiller, Centrifugal Chiller,Magneticoil freecentrifugal chiller，Multifunction Chiller,HotWater Unit,HeatRecoveryUnit,Heat Pump Unit,Condensing Unit, Glycol Chiller,Shell and Tube Heat Exchanger,Air Handling Unit,Fan Coil Unit,Cooling Tower,etc.all type of HVAC products.

H.Stars Grouphasbeendedicated inqualityand innovation andis technically strong in commercial and industrial applicationasa HVAC manufacturer.Apart fromobtaining plenty of energy-saving product patents,H.Stars Group has achievedCEcertificationsforPressureVesselandstandard chillers，BR1,ASME,ISO9001:2000,ISO14001:2004and other certifications.

Agood reputation of H.Stars Group has been builtand deliversafullHVACservicetocustomersworldwide.Our productsarewidelyapplied in industries for cooling of Laser generators,Welding electrodes,Cutting machines, Electric spark machines,Extrusion process,Hydraulic System,Electroplating,Ultrasonic Cleaning,lon Plating film,Electronic facility,Electrical appliance components, Compressed Gas Dehumidification,Dairy and Beverage Cooling processing,Pharmaceutical and Biological products, Medical equipment,Glass Coating，Tempered Glass and Cultivation Sea Food.

H.Stars Group will continue to develop energy saving and environmental friendlyequipment to create "The Efficiency Planet"as our obligation.By focusing on customers' needs and wants in order to contribute more our potentials,from nowon,H.StarsGroupwill handinhandwith youtobea shiningstarinthe foreseeablefuture.

Introduction to water source heat pump

Function Description

Scroll Water Source Heat Pump Unit adopts the scroll compressor which is specific for heat pump function.

The water source heat pump can be used for cooling and heating,one machine with multiple purposes:one system can replace the boilers and the air conditioningunits two systems;itreduces the initial investmentofequipment whilegreatlyreducing energy consumption.No boiler roomsystemisrequired for heatingandno cooling tower isrequired for cooling.No pollution and no emissions during use.

ApplicationScope

Coolingcapacityrange:34kw\~320kw

Heatingcapacityrange:39.5kw\~388kw

During cooling,the minimum water output temperature of chilled water is 5 ^ { \circ } \mathsf { C } ：

During heating,the maximum output temperature of hot wateris 5 0 ^ { \circ } \mathsf { C } ：

Application Fields:middleand small siteswith cold and heatdemands

Economic Benefit

ScrollWaterSourceHeatPumpUnitcanmeettheneedsof heating and cooling at the same time,and the energy efficiency of the unit is 5 0 % higher than the air-cooled unit.It can meet theapplication of most markets,and also reduce the initial investmentof equipment.The total investment is only 6 0 % of the traditional air-cooled chillerair-conditioning system.

Because the system is simple, the unit runs stably and the maintenancecost islow.

Accordingto customer projectrequirements,heat recoveryunit and frequency convertercan be included.

ProductNomenclature

Awardproducts

HeatRecovery Water Source Heat Pump Unit

HeatRecovery Box-type WaterSource Heat Pump Unit

Evaporator

Theshell ismade of Q345R plate,and the heat exchange copper tube is made of double-side reinforced highefficiencytube,and the heatexchange tube isavailable in various thicknessesand materials. The Dry Type Evaporator isa kind of heat exchanger with relatively simple structure,convenientmaintenance and high heat exchange performance.Itcanbemade into single circuit, dual circuit,and multi-circuit systems.

Condenser

Waterisconveyedinthepipe,itcanbemechanically cleanedandeasymaintenance
Itadopts 1 . 1 {mm } reinforced heat exchange tube,thecore componentsare independently developed,therefore,the process is guaranteed.
Holding the qualification of pressure vessel designand production.

Compressor

With high-efficiency motor and optimized scroll, the compressor features lower energy consumption under the common operating conditions,and can provide higher cooling capacity forwatersource heat pump applications.Itismade byadoptingadvanced machining,assembly and process control technology. Priority is given to high standard reliability and process control,ensuringhigh efficiency，reliability andlownoiseof thecompressor.

Compressor

MainAccessories

Except for heat pump compressor and self-produced high-efficiency evaporator and condenser,other accessories in the Scroll Water Source Heat Pump Unit areput intouseafter precise calculationand selection. Seethe table fordetailedaccessories

Technical ParameterTableof H.StarsScroll Water Source HeatPump Unit

Notes:

1.Nominal cooling capacity condition: groundwater inlet and outlet temperatures of 1 8 ^ { \circ } C / 2 9 ^ { \circ } C ,chilled water inlet and outlet temperatures 1 2 ^ { \circ } C / 7 ^ { \circ } C ; fouling coefficient 0.018 m·°C/kW:

2.The minimum outlet temperature of chilled water is 5 ^ { \circ } \mathsf { C } during cooling;

3.Nominal heating capacity condition: groundwater inlet temperature 1 5 ^ { \circ } C ,hot water inlet temperature 4 0 ^ { \circ } \mathsf { C } ,and the outlet temperature is the water flowrate determinedbynominal coolingconditions;

4.During heating, the highest temperature of hot water is 5 0 ^ { \circ } \mathsf { C }

5.Specifications and dimensions are subjectto change due to product improvement without prior notice.

Technical ParameterTableofH.StarsScrollWaterSourceHeatPumpUnit

Refrigerant:R410a Power:3Φ-380V-50Hz

Notes:

1.Nominal cooling capacity condition: groundwater inlet and outlet temperatures of 1 8 ^ { \circ } C 1 2 9 ^ { \circ } C ,chilled water inlet and outlet temperatures12°C/7°C; fouling coefficient 0.018m·C/kW:

2.The minimum outlet temperature of chilled water is 5 ^ { \circ } \mathsf { C } duringrefrigeration;

3.Nominal heating capacity condition: groundwater inlet temperature 1 5 ^ { \circ } C ,hotwater inlet temperature 4 0 ^ { \circ } \mathsf { C } ,and theoutput temperature is the waterflow rate determined by nominal cooling conditions;

4.During heating, the highest temperature of hot water is 5 0 ^ { \circ } \mathsf { C } .
5.Specificationsand dimensionsare subjectto changedue to product improvement without prior notice

Technical ParameterTableof H.StarsScroll WaterSource HeatPump Unit

Refrigerant:R22 Power:3φ-460V-60Hz

Notes:

1.Nominal cooling capacity condition: groundwater inlet and outlet temperatures of 1 8 ^ { \circ } C / 2 9 ^ { \circ } C ,chilled water inlet and outlet temperatures 1 2 ^ { \circ } C /7°C;fouling coefficient 0.018m·C/kW:

2.The minimum outlet temperature of chilled water is 5 ^ { \circ } \mathsf { C } during cooling;

3.Nominal heating capacity condition: groundwater inlet temperature 1 5 ^ { \circ } C ,hotwater inlet temperature 4 0 ^ { \circ } \mathsf { C } ,and the outlet temperature is the water flowrate determinedbynominal coolingconditions;

4.During heating, the highest temperature of hot water is 5 0 ^ { \circ } \mathsf { C }

5.Specifications and dimensions are subjectto change due to product improvement without prior notice.

Technical ParameterTableof H.StarsScroll WaterSourceHeatPumpUnit

Refrigerant:R410a Power:3φ-460V-60Hz

Notes:

1.Nominal cooling capacity condition: groundwater inlet and outlet temperatures of 1 8 ^ { \circ } C 1 2 9 ^ { \circ } C ,chilled water inlet and outlet temperatures 12C 1 7 ^ { \circ } C ; fouling coefficient 0.018m·C/kW:

2.The minimum outlet temperature of chilled water is 5 ^ { \circ } \mathsf { C } during refrigeration;

3.Nominal heatingcapacitycondition:groundwaterinlet temperature 1 5 ^ { \circ } C ,hotwater inlettemperature 4 0 ^ { \circ } \mathsf { C } ,andtheoutput temperature isthewaterflowrate determined bynominal coolingconditions;

4.During heating,thehighest temperatureof hotwater is 5 0 ^ { \circ } \mathsf { C }

5.Specifications and dimensions are subjectto change due to product improvement without prior notice.

Graph

Cooling capacity correction coeficient diagramof standard ultra-low temperature air source heat pump

Coolinginput powercorrectioncoeficientdiagramof standardultra-low temperatureair energy heat pump

Heating capacity correction coeficient diagram of high temperature type ultra-low temperatureairenergy heat pumpunit

Heating input power correction coefficient diagram of high temperature type ultra-low temperatureair energy heat pumpunit

Dimensionsof OpenType Water-cooled Heat Pump

OpenType Water-cooled HeatPump

Heal Recovery

Heat Recovery Technology

The heat recovery technologyis to recoverand reuse alargeamount ofwaste heatdischarged to the outside during the operation of the chilleras theuser's final heat sourceorprimaryheatsource throughcertainmethod.The high-temperatureand high-pressure gaseous refrigerant discharged from the compressor first enters the heat recoverydevice,releasesheattoheatdomesticwater (or other gas-liquid substances),and then passes through the condenser and expansion valve to absorb the heat of thecooled mediumin the evaporatorand become lowtemperature and low-pressure gaseous refrigerant is returned to the compressor.

HeatRecovery Benefit

Heatrecoveryprovidescustomerswithfree hot waterin the project,while savinga lot of hot water costs.It can reduce the thermal pollution caused by the condensation heat to the environment,and reduce the operating costs andnoise of the cooling tower.

1.Heat Recovery Water Chiller ① producesa lot of free waste heat when producing chilled water. 2.The Heat Recovery Unit ② transfer the waste heat generated by the waterchiller to hot water.

3.The Heat Recovery Water Pump ⑤ continuously conveys the waterin the hot water tank ③ into the heatrecoveryunit ② for heating,so that the water in the hot water tank ③ reaches the preset temperature.

4.The Circulating Water Pump （204号 ④ conveys the hot waterfromthe hotwatertank ③ to the user.

Sewage Source Heat Pump

Principle

Sewage Source Heat Pump System cansave about 5 0 % energycomparedwith theconventional equipment,itused the characteristics of the sewage source which maintain theabove 2 0 ^ { \circ } \mathsf { C } all the year,and uses the sewage source asthe heat source tomeet theneedsof hotwatersupply throughadvanced technologyand equipment.

Benefit

Sewage Source Heat Pump Units have the lowest initial investment inall kind ofwatersource heatpumps.It reusesthe heatenergyin theurbansewage,which not onlydevelopsa clean energy source,but also reduces the urban waste heat emissions and protects the environment.

The Sewage Source Heat Pump System hasobvious advantages no matter from the efficiency of heating and cooling, orfrom the future energy source,and features significant economic benefits.

Exhaust Gas Source Heat Pump

Principle

The exhaust gas source heat pump system can saveabout 4 0 % energy compared with conventional equipment. It uses the characteristics of the exhaust gas source which keep above 3 0 ^ { \circ } \mathsf { C } all the year.

Ituses the exhaust gas source as heat source and extracts heat from the exhaust gas heat recovery pit to supply the unit,thus meeting the demand of hot water supply.

Benefit

Exhaust gas source heat pump can be used all day long inanyseason,andisnotaffectedbythesevereweather suchasrain,snow,and lownight temperature inwinter. It can be continuously heated to continuously supply hot waterto meet thedemandsof theuser.It features low operation cost and low energy consumption.

VFD(Variable Frequency Drive) Technology

VFDis to change the power supply frequency, thereby adjusting the load，reducing power consumption, reducing losses,and extending the service life of the equipment.The core of the VFD is the frequency converter,whichrealizes theautomaticadjustmentof therunning speed of the motor through the conversion of the power supply frequency,and changes the fixed grid frequency of 5 0 H z to a changing frequency of 30- 1 3 0 mathsf { H z } .Inaddition,it canwiden the adaptable range of thepowersupplyvoltage to142-270V,whichsolves the problemof the gridvoltage instabilitywhichcanaffect theoperation of the equipment.The technology that realizes AC control by changing the AC frequency is called VFD technology.

Frequencyconverter of reputed brand

HeatExchangeTube

CondenserHeatExchangeTube

Evaporator HeatExchangeTube

Importantnotes:

Heatexchangeristhekeycomponentsofthechillerunit,whose technologydirectlyaffects thequalityof theproduct.Also,the heat exchange tube,which is the only component of the heat exchanger incontactwith theambient,closelyaffects the life of theunit.The thicknessandmaterial of the heat exchange tubearevery important. Customerscanchoose thesuitablematerialandthicknessof heat exchanger tubeaccording to theairand water quality.

H.Stars (Guangzhou) Refrigerating Equipment Group Ltd

Address:No.1Guoyuan 4th Road,Guangzhou Economic&
Technological Development Zone,HuangPu District,Guangzhou,
China Zip Code 510530
Email:sales@hstars.com.cn
Tel: +862062266755 ext. 886
Fax:+862082266081
Website:www.hstarschiller.com
Twitter:twitter.com/HStarsGroup
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Linkedln:www.linkedin.com/company/hstarsgroup
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