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用用CRRC車中国中车
車 中车株洲电力机车研究所有限公司CRRC ZHUZHOU INSTITUTE CO., LTD.
地址：湖南省株洲市时代路 邮编：412001
Address:Shidai Rd.,Zhuzhou, Hunan ZIP Code:412001
电话：0731-28498304 传真：0731-28432946
Phone:+86-731-28498304 FaX:+86-731-28432946
网址：www.crrcgc.cc/zzs
Website:www.crrcgc.cc/zzs
中车氢能碳索未来
CONTENT目录
01品牌介绍 Brand Introduction 01
1.1中车株洲所介绍 CRRC Zhuzhou Institute 01
1.2发展历程 Development History 03
02产品介绍Main Products 05
2.1柔性绿电制氢系统解决方案Flexible Green Hydrogen Production System Solutions 05
2.1.1方案设计 Solution Design
2.1.2配容仿真服务 Simulation Capacity Service
2.2碱性水电解制氢设备 ALK Water Electrolysis Equipment 07
2.3PEM水电解制氢设备 PEM Water Electrolysis Equipment 10
2.4 IGBT制氢电源 IGBT Power Supply 12.5能量管理系统EMS Energy Management System 13
2.6工艺控制系统DCS Hydrogen Production Process Control System 14
03科研创新 Scientific Research And Innovation 15
3.1绿电制氢装备试验中心 Green Electricity Hydrogen Production Equipment Test Center 15
3.2柔性绿电制氢系统集成示范基地 FlexibleGreen Electrity Hydrogen ProductionSystem Integration Demonstration Center17
3.3电化学实验室 Electrochemical Laboratory 18
3.4两项国家重点研发计划“氢能技术”重点专项 19
Participated In Two Key Projects Of The National Key R&D Program "Hydrogen Energy Technology"
04智慧生产 smart Production 20
4.1电解槽及分离纯化设备产线 Electrolyzer, Separation And Purification Equipment Production Line 20
4.2制氢电源产线 Hydrogen Production Power Supply Line 21
01 品牌介绍 Brand Introduction
中车株洲所介绍
CRRC Zhuzhou Institute
中车株洲电力机车研究所有限公司（简称“中车株洲所”）始创于1959年，前身是铁道部株洲电力机车研究所，现为中国中车股份有限公司一级全资子公司。
Founded in1959asthe Zhuzhou Electric Locomotive Research Instituteunder theMinistry ofRailways,CRRC Zhuzhou InstituteCo.，Ltd.(CRRC ZIC) isnowawhollyowned first-tiersubsidiaryofCRRCCorporationLimited.
中车株洲所下属十一家主体，拥有一家上市公司。公司始终践行国家战略，坚持创新驱动 发展，深耕交通和能源领域，积淀了“算法、器件、材料”三大内核技术，构建了轨道交 通、清洁能源、汽车与工业三大产业板块，服务我国装备制造高端化、智能化、绿色化发 展。公司全面深化改革，连续四年获评国务院国资委“双百企业”标杆企业，企业发展活 力、动力不断增强，2025年营业收入730亿元，创造了显著的经济社会效益。 CRRC ZIC operates 11 core entities, including one listed company.Upholding national strategies and pursuing innovation-driven growth,CRRC ZIC focuses on advancing the transportation and energy sectors. It has developed core technologicalstrengthsinalgorithms,componentsandmaterials,andbuiltthree pillar industries:rail transit,cleanenergy，and auto.The company drives the high-end， intelligent and green transformationofChina'sequipment manufacturing industry.Throughdeepened comprehensivereform, CRRC ZiChas beenhonoredasabenchmark "DoubleHundred Enterprise"bytheState-owned AssetsSupervisionand Administration Commission forfourconsecutive years,with sustained growthin corporate vitalityand momentum.In2o25, the company recordedanoperatingrevenueof RMB73billion,deliveringremarkableeconomic andsocialbenefits.
展望“十五五”，中车株洲所将始终胸怀“国之大者”，紧扣高质量发展主线，加快培育 和发展新质生产力，全力推进国际化战略，坚定打造交通和能源领域世界一流企业，为全 面建成世界一流中车作出更大贡献，在中国式现代化新征程上展现新担当、新作为。 During the15thFive-YearPlanperiod,CRRCZICwillcontinuetoalignwithnational strategiesand prioritize high-qualitydevelopment.Itwillspeeduptheeffortsto fosterand upgrade new-quality productive forces,vigorously advanceits internationalizationstrategy，andstrive to becomeaworld-classenterprisein transportation and energy. Committed to building a world-class CRRC，the companywillmake greatercontributionsand showcasenewresponsibilitiesin China'smodernizationdrive.
发展历程Development History
02 产品介绍 Main Products
2.1柔性绿电制氢系统解决方案
Flexible Green Hydrogen Production System Solutions
方案设计 Solution Design
对于行业存在的电氢耦合难题、离网制氢难题以及大标方碱性电解槽难题，中车株洲所打造了新一代柔性绿电制氢系统，该系统依托60余年技术和算法积累以及风光水储新能源集群优势，具有柔性、安全、高效、智慧的特点。
Inordertosolvethecurrentproblemsofelectricity-hydrogencoupling,of-gridhydrogenproduction,andlarge-scaleAK electrolyzersintheindustryCRCZuzhounstituteasceatedewgenerationoflexiblereenelectrityhdrogeproductio system,whichfebleae,ntdintelgetelngooeaarsftodgocation and the advantages of wind,solar,water and storage new energy clusters.
系统特点
高度定制化/Highly customized
智能运维/Intelligent operation and maintenance
人机工程/ Human-machine engineering
现场仪表可视化
Visualization of on-site instruments
操作阀门便操作
Easy operation of valves
充足检修通道
Sufficient maintenance channels
高效节能/ High efficiency and energy saving
多合一配置，集中群控，减少设备投资
All-in-one configuration,centralized group control,reduced
equipmentinvestment
流程优化，宽频响应，节水节电
Processoptimization,broadband response,waterandelectricity
saving
快速交付／Fastdelivery
多产线制造，加快生产节拍 Multi-line manufacturing,accelerated production rhythm
多模块运输，避免超宽超限 Multi-module transportation,avoid over-width and over-limit
厂内预组装，现场积木式安装，减少项目地施工 Pre-assemblyin the factory,on-site building block installation,reduce project siteconstruction
配容仿真服务 Simulationcapacityservice
面向多种可再生能源制氢场景，自主开发柔性风光制氢仿真系统，具有绿电－储能-制氢系统容量配置、集群控制策略验证、制氢系统经济性测算、并网／离网模式技术研究、交流／直流耦合方案模拟等功能，形成综合效益最优的系统配置和技术方案。
Aimingatvariousrenewableenergyhydrogenproductionscenarios,we independentlydevelopaflexiblewind-solarhydrogen productionsimulation system with functionssuchas greenelectricity-energystorage-hydrogen productionsystemcapacity configuration,clustercontrolstrategyverification,hdrogenproductionsstemeconomicalculation,gridonnetedf-d modetechnologyresearch,andAC/DCcoupling solutionsimulation,toformasystemconfigurationand technicalsolutionwith the best comprehensive benefits.
2.2碱性水电解制氢设备 ALKwaterelectrolysisequipment
碱性电解水制氢系统由制氢电源、控制系统、电解槽、分离纯化单元及辅助设备等组成。制氢电源将外部电源转换为电解槽可用的直流电形式，电解槽将水电解产生氢气和氧气，氢气在经过分离纯化后，达到外部使用需求的纯度，整个制氢过程由制氢控制系统进行控制。
ALKwaterelectrolysisquipmentconsistsofhydrogenproductionpowersupplycontrolsystem,electrolyzer,separatiouit andpurificationunit,andauxiliaryequipment.Thehydrogenproductionpowersupplyconverts theexternalpowersupplyinto DCpowerformthatcanbeusedbytheelectrolyzer.Theelectrolyzerelectrolyzes watertoproduce hydrogenandoxygen.After separationand purification,thehydrogenreaches thepurityrequiredforexternaluse.Theentire hydrogenproductionprocess is controlled by the hydrogen production control system.
系统特点
SYSTEMFEATURES
柔性/Flexibility
深度耦合能量管理系统，进行风光预测、能量动态调节、集群控制 Deeply coupled energy management system forwind and solar forecasting,dynamic energy regulation,and cluster control
制氢电源毫秒级快速响应、电解槽秒级快速响应 Rapid response of hydrogen production power supplyat millisecond level,and electrolyzer responds quickly in seconds
柔性制氢工艺控制系统 Flexible hydrogen production process control system
安全/Safety
电解槽小室温度和电压实时巡检
Real-time inspection of temperature and voltage in
electrolyzerchamber
气液精准调节 Accurate gas and liquid regulation
控制联锁，安全可靠 Control interlock,safeand reliable
宽功率调节/Widepowerregulation
高效/Efficiency
2 5 % - 1 7 0 % 负荷可调 2 5 % - 1 7 0 % load adjustment range
直流能耗≤4.0kWh/Nm³H2
DC energy consumption ≤4.0kwh/Nm³H2
3 0 % 以及 1 1 0 % 负荷可稳定运行2小时以上30 % and 1 1 0 % load can runstably for more than2 hours
适应可再生能源波动特性，提升能量利用率 Adapt to the fluctuation characteristics of renewable energy and improve energyutilization
综合能耗≤4.3kWh//Nm³H2
Comprehensive energy consumption 4.3 ≤kwh/NmH2
ALK electrolyzer 碱性电解槽
产品参数
| 碱性电解槽/ALKelectrolyzer | ||||
| 产品型号/Productmodel | AQ-1000-V02 | AQ-1000-V03 | AQ-2000-V01 | AQ-4000-V01 |
| 额定产氢量Rated hydrogenproduction | 1000 Nm³/h | 1000 Nm³/h | 2000 Nm³/h | 4000 Nm/h |
| 额定产氧量 Rated oxygen production | 500 Nm³/h | 500 Nm³/h | 1000 Nm³/h | 2000 Nm³/h |
| 额定工作电压 Rated operating voltage | ≤520V | ≤520V | ≤700V | ≤800V |
| 额定工作电流 Rated operating current | 10500A | 10500A | 12600A | 22000A |
| 直流电耗[2l@BOL[3] | ≤4.3 kWh/Nm³.H2 @4000 A/m² | ≤4.0 kWh/Nm.H2 @4000 A/m² | ≤4.3 kWh/Nm.H2 @4000 A/m² | ≤4.4 kWh/Nm.H2 @6000 A/m² |
| 额定电流密度 Rated Current density | 4000 A/m² | 6000 A/m² | ||
| 工作压力 Operating pressure | 1.6~1.8MPaG (根据客户需求) | |||
| 工作温度 Working temperature | 90±5℃ | |||
| 碱液浓度 Alkali concentration | 30% KOH | |||
| 加减载速率Load rate | ≥8%/s | |||
| 负荷调节范围 Load adjustment range | 25~110% | 20~110 % | ||
| 设计寿命 Designed life | ≥20年 ≥20years | |||
Separation andpurification Unit分离纯化单元
产品参数
| 气液分离单元/Gas-liquidseparationunit | ||||
| 产品型号/Productmodel | GLSU-1000A[3] | GLSU-2000A | GLSU-4000A | GLSU-5000A |
| 额定氢气处理量 Rated hydrogen processing capacity | 1000 Nm/h | 2000Nm³/h | 4000 Nm³/h | 5000 Nm³/h |
| 额定氧气处理量 Rated oxygen processing capacity | 500 Nm³/h | 1000 Nm³/h | 2000 Nm/h | 2500 Nm³/h |
| 氢气纯度 Hydrogen purity | ≥99.8% (V/V) | |||
| 氧气纯度 Oxygen purity | ≥98.5% (V/V) | |||
| 氢气出气温度Hydrogenoutlettemperature | ≤40°C | |||
| 气体纯化单元/Gaspurificationunit | ||||
| 产品型号/Productmodel | HPU-1000A[4] | HPU-2000A | HPU -4000A | HPU-8000A |
| 额定氢气处理量 Rated hydrogen processing capacity | 1000 Nm³/h | 2000 Nm³/h | 4000 Nm/h | 8000 Nm³/h |
| 氢气纯度 Hydrogen purity | ≥99.999 % (V/V) | |||
| 氢气露点 Hydrogendewpoint | ≤-70C | |||
[4] HPU：氢气纯化单元，Hydrogen Purification Unit
PEM 电解水制氢系统利用直流电将纯水电解为氢气和氧气，经过分离纯化设备后得到满足客户需求的高纯度氢气，主要由制氢电源、控制系统、电解槽、分离纯化单元及辅助设备组成。
PEMwaterelectrolysisequipmentusesdirectcurenttoelectrolyzepure waterinto hydrogenandoxygen.Afterpassngthrough separationandpurificationequipment,high-purityhydrogenthatmeetscustomerneedsisobtained.Itismainlycomposedof hydrogenproductionpowersupplycontrolsystem,electrolyzer,separationandpurificationUnit,ndauxiliaryqpent.
系统特点
SYSTEMFEATURES
柔性/Flexibility
深度耦合能量管理系统，进行风光预测、能量动态调节、集群控制Deeply coupled EMS for wind and solar forecasting,dynamic energy regulation,and cluster control
制氢电源毫秒级快速响应、电解槽秒级快速响应 Rapid response of hydrogen production power supply at millisecond level,and electrolyzer responds quickly in seconds
柔性制氢工艺控制系统 Flexible hydrogen production process control system
安全/Safety
电解槽小室温度和电压实时巡检
Real-time inspection of temperatureandvoltage in
electrolyzerchamber
气液精准调节 Accurate gas and liquid regulation
控制联锁，安全可靠 Control interlock,safeand reliable
宽功率调节/wide power regulation
5 % - 1 3 0 % 负荷可调 5 % - 1 3 0 % load adjustment range
适应可再生能源波动特性，提升能量利用率 Adapt to the fluctuation characteristics of renewable energy andimproveenergyutilization
高效 /High efficiency
直流能耗≤4.3kWh/ N m ^ { 3 } H _ { 2 } DC energy consumption ≤4.3 kwh/Nm³H2
综合能耗≤4.5kWh/Nm³H2
Comprehensive energy consumption ≤4.5 kWh/Nm³H2
PEM electrolyzer PEM电解槽
PRODUCTPARAMETERS
| PEM电解槽/PEMelectrolyzer | ||
| 产品型号/Productmodel | PQ-200[5] | PQ-500 |
| 额定产氢量 Rated hydrogen production | 200 Nm³/h | 500Nm³/h |
| 额定产氧量 Rated oxygen production | 100 Nm/h | 250Nm³/h |
| 直流电耗 DC power consumption | ≤4.3 kWh/Nm².H2 | ≤4.4 kWh/Nm³.H2 |
| 电流密度 Current density | 20000A/m² | 30000 A/m² |
| 工作压力 Working pressure | 3.0 MPa G | |
| 工作温度 Working temperature | 65±5℃ | |
| 加减载速率Load rate | ≥10% | |
| 负荷调节范围 Load adjustment range | 5~130% | |
| 电解槽尺寸 Electrolyzer size | 750x750x540mm 750x750x950 mm | |
| 电解槽重量 Electrolyzer weight | 1350 kg | 1850kg |
| 气液分离单元/Gas-liquidseparationunit | ||
| 产品型号/Productmodel GLSU-200P | ||
| 额定氢气处理量 Rated hydrogen handling capacity | 200 Nm³/h | GLSU-500P 500 Nm³/h |
| 额定氧气处理量 Rated oxygen handling capacity | 100 Nm/h | 250Nm³/h |
| 氢气纯度 Hydrogen purity | ≥99.9 % (V/V) | |
| 氧气纯度 Oxygen purity | ≥99 % (V/V) | |
| 氢气出气温度 Hydrogen outlettemperature | ≤40℃C | |
| 气体纯化单元/Gaspurificationunit | ||
| 产品型号/Productmodel | HPU-200P | HPU-500P |
| 额定氢气处理量 Rated hydrogen processing capacity | 200 Nm/h | 500 Nm/h |
| 氢气纯度 Hydrogen purity | ≥99.999 % (V/V) | |
| 氢气露点 Hydrogen dew point | ≤-70°℃ | |
2.4IGBT制氢电源 IGBT power supply
全控型IGBT制氢电源：响应快、功率因数高、谐波含量低，适应新能源波动工况。
Fully controlled IGBT hydrogen production power supply: fast response, high power factor, low harmonic content,adaptable to new energy fluctuation conditions.
IGBT全控整流器，AC/DC+DC/DC拓扑，更强的电网适应性 IGBT fully controlled rectifier,AC/DC+DC/DC topology,stronger grid adaptability
户内及直接户外机型，水冷，C4以上防腐
Indoor and direct outdoor models,water cooling,C4 or above corrosion
protection
单电源机组 ^ + 撬装一体机 Single power supply unit ^ + skid-mounted integrated machine
核心功能：整流、逆变、无功补偿、电解槽放电等 Core functions:rectification,inversion,reactive power compensation, electrolyzer discharge, etc.
模块化、平台化、系列化Modularization,platformization,serialization
产品参数
PRODUCTPARAMETERS
| 平台系列 | HPS1.0 | HPS2.0 |
| 交流输入电压 AC input voltage | AC500/AC660V | AC660V |
| 直流输入频率 DC input frequency | 50Hz | 50Hz |
| 最大直流输出功率 Maximum DC output power | 0~7.3MW | 3~22MW |
| 直流输出电压 DCoutput voltage | 0~DC1000V | 0~DC1000V |
| 直流输出电流 DCoutputcurrent | 0~20000A(根据实际) 0~2000oA (Based on demand) | 0~40000A(根据实际) 0~40000A (Based on demand) |
| 输出电压纹波 Output voltage ripple | ≤3 %-Vpp | ≤1 %-Vpp |
| 输出电流纹波 Output current ripple | ≤3 %-lpp | ≤1 %-lpp |
| 输出电流精度 Output current accuracy | ≤.0.5%最大电流，t流urent | |
| 输出电压精度 Output voltage accuracy | 0.0.5%最大xim压,tputvtge | |
| 负载响应时间 Load response time | ≤0.1s | ≤0.1s |
| 系统最高效率 System maximum efficiency | 0.98 | 0.98 |
| 谐波(网侧） Harmonics (grid side) | ≤3% | ≤3% |
| 功率因数(网侧）Power factor(grid side) | ≥0.99 | ≥0.99 |
| 冷却方式 Cooling method | 风冷/液冷 Air cooling/Water cooling | 液冷 Liquid cooling |
| 防护等级 Protection level | IP42 | IP54 |
| 噪声Noise | ≤75dB (A) | ≤75dB (A) |
2.5能量管理系统EMS
EnergyManagementSystem
柔性风光制氢能量管理系统，实现制氢负荷与新能源发电量的动态平衡调节。
Flexible wind and solar hydrogenproductionenergy managementsystemtoachievedynamic balance between hydrogen production load and new energy power generation. 风光等可再生能源发电预测；
Prediction of wind and solar power and other renewable energy power generation; 制氢电源&电解槽集群控制；
Hydrogen production power supply&electrolyzer cluster control; 风光制氢经济运行管理调控优化；
Economic operation management and control optimization of wind and solar hydrogen production;
制氢站智能诊断与智能运维管理。 Intelligent diagnosisand intelligent operationand maintenance management of hydrogen production stations.
2.6工艺控制系统DCS
Hydrogen production process control system
柔性制氢工艺控制系统，实现对制氢系统的可靠、高质控制。
Flexiblehydrogenproductionprocesscontrolsystemtoachievereliableandhigqualitycontrolofthehydrogenproductionsstem. 安全柔性PID设计，实时监测压力、液位、温度，自适应负荷波动性，实现快速精准调节；
Safeandflebleatiifuideltmpeureieais adjustment; 深度耦合EMS，满足风光电力波动场景集群控制稳定性经济性需求；
DeepcouplingEMStomeethestabilityandeconomicrequirementsofcustercontrolinwindandsolarpowerfluctuationscenarios; 基于动态仿真模型设计控制联锁，实现电解槽系统运维安全；
Designcontrolinterlockbasedondynamicsimulationmodeltoachievesafeoperationand maintenanceofelectrolyzersystem; 基于石化行业风险矩阵要求，结合HAZOP安全分析结论，优化控制算法。
BasedontheriskmatrixrequirementsofpetrochemicalindustryandcombinedwiththeconclusionsofHAZOPsafetyanalysis,optimizethe control algorithm.
03 科研创新 Scientificresearch andinnovation
3.1绿电制氢装备试验中心
Green Electricity Hydrogen Production EquipmentTest Center中车株洲所具有国内规模最大的绿电制氢装备试验中心，支持4000标方制氢装备的试验。
CRRC Zhuzhou Institute has the largest green electricity hydrogen production equipment test center in China,which supports the test of 4ooo Nm³/h hydrogen production equipment.
试验中心占地4500平方米，分为电解槽区、电源区、分离纯化区、公共工程区、控制室，匹配20MW电力资源，可满足1000、2000、3000、4000标方单台电解槽以及4台1000标方碱性电解槽4并1组合测试。同时，满足PEM电解槽等各型号的整机实验。
The test center covers an area of 4 5 0 0 ~ \mathsf { m } ^ { 2 } and is divided into electrolyzer area,power supply area,separation and purification area,public engineering area,and control room.It matches 20MW of power resources and can meet the test of 10oo,20oo,3000, 4 0 0 0 \ \mathsf { N m } ^ { 3 } / \mathsf { h } single electrolyzersand 4 ^ { \star } 1 0 0 0 \ \mathsf { N m } ^ { 3 } / \mathsf { h } ALKelectrolyzers 4in1 combination.At the same time,it can meet the whole machine experiments of various models such as PEM electrolyzers.
3.2柔性绿电制氢系统集成示范基地
Flexible Green Electricity Hydrogen Production System IntegrationDemonstrationCenter
中车株洲所具备绿电制氢系统集成示范基地，配备200标方集装箱式碱性电解水制氢系统，用于探索新能源波动下电网关系与柔性制氢技术、系统集成技术验证、系统运行数据获取以及工程示范。
CRRC ZhuzhouInstitute hasagreenelectricityhydrogenproductionsystem integrationdemonstrationbase,equippedwitha 00 N m ^ { 3 } / h containerizedalkaline waterelectrolysis hydrogenproductionsystem,whichisusedtoexploretherelationship between the power gridandflexible hydrogenproduction technologyunderthefluctuationofnewenergysystem integrationtechnology verification,system operation data acquisition and engineering demonstration.
示范基地包括1000平方米制氢区域，包含电气集装箱、电解槽及辅助设备集装箱、分离纯化集装箱。
The demonstration base includes a 1 , 0 0 0 ~ \mathsf { m } ^ { 2 } hydrogen production area, including electrical containers,electrolyzers and auxilial equipment containers,and separation and purification containers.
3.3电化学实验室
Electrochemical Laboratory
氢能装备材料研发及电解槽先进技术研究，占地面积约2000平方米。
Carryoutresearchanddevelopmentof hydrogenenergyequipment materialsandadvanced electrolyzertechnologyresearch, coveringanareaofabout 2 , 0 0 0 { m } ^ { 2 } #
聚焦电解水制氢核心材料技术革命，以高性能催化剂创新开发为战略支点，以电化学、高分子材料与电力电子三大学科深度融合为创新基石，构建"多学科交叉-全链条贯通"的复合研发体系。致力于电极材料、高性能隔膜及精密密封垫片等关键材料的自主研发，协同新型工艺路线的核心技术攻关与创新结构设计。
Focusingonthetechnologicalrevolutionofcorematerialsforelectrolysisofwaterforhydrogenproduction,takingtheinnovative developmentof high-performancecatalystsasthestrategic fulcrum,and takingthein-depth integrationof thethree major disciplinesofelectrochemistrypolymermaterialsandpowerelectronicsasthecornerstoneofinnovation,wewilbuild "multidisciplinary-interdisciplinary-fullchain"compositeR&Dsystem.Commitedtotheindependentresearchanddevelopentf keymaterialssuchaselectrodematerials,igperformancediaphragmsandprecisionsealinggaskets,andcollaborateontheore technology research and innovative structural design of new process routes.
3.4两项国家重点研发计划“氢能技术”重点专项
Participated in two key projects of the National Key R&D Program "Hydrogen Energy Technology'
十兆瓦级碱性-质子交换膜混合制氢系统关键技术与示范
Key technologies and demonstrations of 1oMW alkaline-proton exchange membrane hybrid
hydrogen production system
宽功率混联电解水制氢系统设计研究Design research ofwide-power hybrid waterelectrolysis hydrogenproductionsystem
高效可靠的混联制氢系统辅机装备研发 R&Dof auxiliary equipment for efficient and reliable hybrid hydrogenproductionsystem
科学技术部高技术研究发展中心国科高发计字[2023]51号
关于国家重点研发计划“氢能技术”重点专项2023年度项目立项的通知
各项目牵头单位：国家重点研发计划“氢能技术”重点专项2023年度定
向项目文项工作已经完成，具体立项内容详见附件1、2.请你单位认真贯彻落实《国家重点研发计划管理暂行办
法》和《国家重点研发计划资金管理办法》以及相关政策要
求，全面履行项目牵头单位法人责任，建立健全内部管理制
度，做好项目实施和资金管理使用工作。在项目实施过程中，
确保资金专款专用，提高资金使用效益；加强项目的具体组
织实施，提供充分的支撑保障和服务，加强知识产权和成果
管理，履行科研诚信建设主体责任，强化项目科研绩效的管-1-
系统集成与应用示范技术 System integrationand application demonstration technology
风电/光伏制氢与化工过程高效耦合技术研究及示范
Research and demonstration of efficient coupling technology between wind power/photovoltaic hydrogen production and chemical processes
04 智慧生产SmartProduction
4.1电解槽及分离纯化设备产线
Electrolyzer, separation and purification equipment production line
公司具有丰富的专业化制造经验，拥有制氢设备生产组装现代化智慧产线。制氢装备生产线，包含电解槽（ALK&PEM）、制氢电源、分离装置以及纯化装置等，布局在湖南株洲以及国内其他区域，年产能达到GW级。
CRRC Zhuzhou Institutehasrichexperienceinprofessionalmanufacturingandhasamoderninteligentproductionlineforthe productionandassemblyof hydrogen production equipment.The hydrogenproduction equipment production line,including electrolyzers(ALK&PEM），hydrogenproductionpowersuplies,separationframesandpurification frames,is locatedin Zhuzhou, Hunan and other regions in China,with an annual production capacity of Gw level.
4.2制氢电源产线
Hydrogen production power supply line
公司于湖南株洲建成智能化制氢电源集成生产线，制氢电源产能达GW级。该布局贯通原料组装、成品调试与全方位性能测试环节，确保每套出厂设备的稳定性和可靠性。
CRRC Zhuzhou Institutehasbuiltan inteligent hydrogen power integratedproduction line in Zhuzhou,Hunan,witha hydrogenpower productioncapacityofGW level.This layoutruns through theraw materialassembly,finished product debuggingandallroundperformance testing toensurethestabilityandreliabilityofeach setoffactory equipment.
Datang Duolun 150 MW wind and solar hydrogen production project
产能Production capacity 70MW
配置Configuration 3 ^ { \star } 4 0 0 0 \mathsf { N m } ^ { 3 } / \mathsf { h } + 7 ^ { \star } 2 0 0 0 \mathsf { N m } ^ { 3 } / \mathsf { h } 制氢装置 3\*4000Nm³/h+1\*200oNm³/h hydrogen production device
用途Purpose 替代灰氢合成绿色甲醇 Replace grey hydrogen to synthesize greenmethanol
社会效益Socialbenefits
年产氢气7000万Nm，减少C02排放13万吨 Annual production of 70 million \mathsf { N m } ^ { 3 } of hydrogen,reduction of 130,o00 tons of CO2 emissions
地址 Address 内蒙古自治区多伦县 Duolun County, Inner Mongolia Autonomous Region
5.2国华沧州10万吨合成氨电解水制氢项目
产能Production capacity 65MW
用途 Purpose
替代灰氢，合成绿色氨
Replace gray hydrogen and synthesize green ammonia
配置Configuration
1 3 ^ { \star } 1 0 0 0 \mathsf { N m } ^ { 3 } / | n电解槽 + 2 ^ { \star } 4 0 0 0 \mathsf { N } \mathsf { m } ^ { 3 } /h分离装置
+ 7 ^ { \star } 5 0 0 0 \mathsf { N } \mathsf { m } ^ { 3 } / h分离装置
1 3 ^ { \star } 1 0 0 0 \mathsf { N } \mathsf { m } ^ { 3 } / \mathsf { h } electrolyzer + 2 ^ { \star } 4 0 0 0 \mathsf { N } \mathsf { m } ^ { 3 } / \mathsf { h } separation device
+ 7 ^ { \star } 5 0 0 0 \mathsf { N } \mathsf { m } ^ { 3 } / \mathsf { h } separation device
社会效益 Socialbenefits
年产氢气1.1亿Nm³，减少CO2排放20万吨 Annual production of 110 million \mathsf { N m } ^ { 3 } of hydrogen, reducing CO2 emissions by 200,000 tons
地址 Address
河北省沧州市
Cangzhou City, Hebei Province
5.4中煤鄂尔多斯能源化工有限公司10万吨液态阳光项目
China Coal Ordos Energy Chemical Co.,Ltd.1oo,ooo tons of liquid sunlight project
产能Production capacity
72MW
用途Purpose
替代灰氢，合成绿色甲醇
Replace grey hydrogen and synthesize
greenmethanol
配置Configuration
1 2 ^ { \star } 1 2 0 0 \mathsf { N m } ^ { 3 } . /h制氢系统
1 2 ^ { \star } 1 2 0 0 \mathsf { N m } ^ { 3 } / \mathsf { h } hydrogen production system
地址Address
鄂尔多斯乌审旗
Wushen Banner,Ordos
社会效益Socialbenefits
年产氢气 , 2 . 4 1 2 N m ^ { 3 } ，减少CO2排放50万
Annual production of 240 million \mathsf { N m } ^ { 3 } of hydrogen and
reduction of 500,0o0 tons of CO2 emissions
5.5陕西氢能电解水制氢项目
Shaanxi Hydrogen Energy Water Electrolysis Hydrogen Production Project
