恒有源科技发展有限公司

1恒有源科技发展有限公司北京城区住宅供暖以“中央液态冷热源系统”替代燃煤锅炉工程HYYCo.,Ltd.theReplacementofCoalBoilerwiththeRenewableEnergySourcedCoolingandHeatingEnergyEnvironmentSystemforHeatingSupplyinBeijing“中央液态冷热源系统”的环境效果ƒ中央液态冷热源系统使用了地（水）源热泵的原理。ƒ系统的运行费用比一般空调系统节约能源25-50%。每冷吨负荷可减少用电量大约一千瓦。EnvironmentofRenewableEnergySourcedCoolingandHeatingEnergyEnvironmentSystemƒEnvironmentofRenewableEnergySourcedCoolingandHeatingEnergyEnvironmentSystemusesthetheoryofSoil(Water)SourcedHeatingPump.ƒOperatingcostofthissystemlowerthanthecostwhichisadoptairconditioningsystemfor25-50%,andreducingconsumptionofelectricityfor1kwpertone.在北京推广中央液态冷热源系统减少的二氧化碳气体排放量ƒ目前北京住宅取暖以燃煤锅炉为主ƒ平均每一取暖季所需要的燃煤为每平方米30公斤ƒ使用中央液态冷热源系统由于利用了地下的浅层低能，在同样的建筑物中，只需要16公斤煤所发的电力。每平方米减少燃煤14公斤。TheEmissionQuantityofCO2willbedecreasediftheRenewableEnergySourcedCoolingandHeatingEnergyEnvironmentsystemapplied.ƒResidencesinBeijingkeepwarmregardthecoalboilerasprinciplecurrentlyƒThequantityforburningcoalaverageis30kgsper㎡inwinter.ƒRenewableEnergySourcedCoolingandHeatingEnergyEnvironmentSystemcollectheatenergygatheredfromtheshallowground,inthesameconstruction,itjustneedstheelectricpowerthatequaltoburningcoalfor16kgs,14kgsofcoalwasdecreased.热量公式的计算ƒ燃煤锅炉的热量：30×70%×5000=105000ƒ30公斤煤，每公斤5000大卡的热量，以70%的锅炉效率供热得到105000大卡的热量。ƒ中央液态冷热源的热量：860×4×30.5=105000ƒ以30.5kwh电力可以得到105000大卡的热量ƒ2004年，华北电网发电每khw用煤为0.533公斤。ƒ两者差为30-16.25=13.74约合9.8公斤标煤TheFormulaforCalculateQuantityofHeatƒQuantityofheat(aninflamingboilerwithcoal):30*70%*5000=105000ƒ30–quantityofcoal;50000kcal–quantityofheat;70%--efficiencyofboiler;ƒQuantityofheat(RenewableEnergySourcedCoolingandHeatingEnvironmentSystem):860*4*30.5=105000ƒ30.5Kwhelectricpowercanobtain105000kcalofquantityofheat.ƒIn2004,0.5333kgscoalcanget1kwhelectricpowerinNorthChina.ƒThedifferenceis13.74(30-16.25),itisequalto9.8kgsofcoal.使用数据的几点说明ƒ燃煤锅炉使用了效率较高的大型锅炉的数字ƒ发电使用的燃煤量为2002年数字，2005年这一数字减少了4%，今后还将持续降低。ƒ运输煤炭和输送电力的因素均未计算，由于北京距离煤炭产地较远，运煤及煤灰的能耗远远高于输送电力的消耗。ExplanationsƒTheinflamingboilerwithcoalusedanumeralwhichisahigherefficiencyboiler.ƒThenumberwasusedfrom2002,thisnumeralreduced4%in2005andwillalsokeepdepress.ƒThefactorthattransportscoalandelectricpowerarenotcomputed,becauseBeijingisfarfromtheproducingareaofcoal,consumptionoftransportcoalandashgreathigherthantransporttheelectricpower.其它替代的计算ƒ北京市在“十五”时期曾计划在北京市区推广2000万平方米电采暖。ƒ电采暖的方式有电锅炉、电热膜、热电缆等。ƒ电采暖的昀高效率为100%。SubstitutionƒDuringtheperiodofBeijingthe11th5yearsplan,theelectricheatingmethodwaspopularizefor20,000,000squaremeterƒTheelectricheatingmethodincludeselectricboiler,electricheatingfilm,electriccableetc.ƒThetopefficiencyofelectricheatingis100%.2项目替代直接电采暖1000万平方米的效益预计•年节电96.85kwh/m2×1000万=968500万kwh•减少二氧化碳气体排放98万吨•减少二氧化硫排放8000吨•节约标准煤38.73万吨Theperformancethatadoptstheelectricitydirectlytoheating10,000,000squaremeters.•9685000kwhofelectricitywillbeeconomized.•980000tonesofCO2willbedecreased.•8000tonesofemissionofCO2willbedecreased.•38730tonesofstandardcoalwillbeeconomized.中央液态冷热源的其它环境效益•在目前的技术条件下，发电锅炉的烟尘量、二氧化硫含量的排放量等都远远小于供暖的燃煤锅炉，实施这一工程有利于减少颗粒物、SO2、NOx等污染物的排放，有利于减少酸雨等对环境的危害。从而有利于改善空气质量。•各国经验证明，使用浅层地能采暖是目前效率昀高，环境昀友好的方式。ConditionBenefit•Underthecurrenttechniquecondition,theamountofsmokeanddust,theemissionofCO2producedbyelectricboiler,itissmallerthanboilerwithburningcoal.Ifthesystemappliedthatsolvingtheproblemssuchasreducinggranule,SO2,NOXetcpollutant;reducingacidraintoharmenvironment,thenimprovingairquality.•Theexperiencesprovethatusingshallowgroundgeothermalisanefficiencyandfriendlywaytoenvironmentcurrently.对未来变动因素的考虑•由于使用“中央液态冷热源系统”供暖可以减少矿物能源的30~50%，即使使用的全部电力来自于燃煤，也能减少30%以上的温室气体排放，由于北京未来的电力将增加来自风力、水力、核能等比例，这一项目未来减少二氧化碳气体排放的效果会更为明显。TheconsiderationofthefactortothefutureUsingRenewableEnergySourcedCoolingandHeatingEnvironmentSystemtoheatingcandecreasethemineralenergyfor30-50%,eventhoughusingallofelectricpowerthatproducedbyboilerwithburningcoal,canalsodecrease3%ofairemissionfromwarmhouse.InBeijingarea,theelectricityenergywillbeincrease,suchasproducedbywindpower,waterpowerandnuclearpoweretc.,theresultthatreducetheemissionofCO2willbemoreobviousinthefuture.对北京新建项目取暖的说明1•北京市的“十一五”规划草案已经明确，亦庄、通州、顺义三个新城五年内新增建筑面积约4000万平方米。•北京市“十一五”规划中已明确在北京大力发展利用浅层地能取暖。•2005年，恒有源公司在北京浅层地能取暖的工程比例中约占50%•计划在三个新城的比例占到30%左右。Illumination1•TheplanofBeijing11th5yearsalreadyexplainsthatBeijingwillincreaseconstructionareainfiveyearsabout40,000,000squaremetersinthreenewtowns;theyareYizhuang,TongzhouandShunyi.•TheplanofBeijing11th5yearsalreadyexplainsthatBeijingwilldeveloptheheatingmethodofshallowgroundgeothermalenergy.•In2005,HYYCO.,Ltd.hasheatingprojectinshallowgroundgeothermalenergyabout50%inBeijing.•HYYmakesaPlanthatinthreenewtownshas30%.对北京新建项目取暖的说明2•北京市领导多次到恒有源公司考查，肯定了这一技术，要求在北京推广。•北京市发改委、建委、环保局等部门推荐使用这一技术。•恒有源公司已在新城中设立了分公司，已有样板工程。Illumination2•TheleadersofBeijinggovernmentcametoHYYCO.,Ltd.manytimes;theyconfirmedthistechniqueandrequestedtoextenditinBeijingarea.•TheDevelopmentandInnovationCommitteeofBeijing,theConstructionCommitteeofBeijingandtheEnvironmentCommitteeofBeijingwererecommendedthattousingthistechnique.•HYYCO.,Ltd.wasalreadyestablishedabranchinnewtownandhavehadthesampleprojec