Boyd’s Chiller Provided Precise Temperature Control for Renewable Energy Storage Solution
Project Details
Customer: Battery Energy Storage System Manufacturer
Application: Battery Energy Storage System Cooling
Technology: Door-Mount Recirculating Chiller
Industry: Battery
Location: Global
Introduction
As power consumption increases across nearly every industry, having a
consistent and reliable energy source is critical. Increasingly,
companies are turning to renewable energy sources such as wind and solar
farms to meet these growing energy needs. While highly efficient, these
renewable sources can be inconsistent, depending on external factors
such as weather or time of day to produce substantial amounts of energy.
To ensure that power is available when needed and not just when it can be generated, Battery Energy Storage Systems (BESSs) are installed on location at wind and solar farms. BESSs are standalone structures that accumulate and store energy in rechargeable batteries for later use.
Inside of each BESS, the charging and discharging of rechargeable Lithium-Ion batteries generates an extremely high heat load. Dissipating the heat within the system is critical to ensure that the batteries do not lose capacity, become unreliable, or even catch fire. As renewable energy generation continues to grow in popularity and Battery Energy Storage Systems become more commonplace across the world, many leading energy storage companies and battery producers rely on BOYD’s extensive thermal expertise to keep them cool and performing optimally.
Chiller for Renewable Applications Challenge
While Boyd has decades of experience designing custom cooling systems
for high heat loads and precise temperature control, designing one
specifically for BESSs posed a unique set of challenges.
First, each Battery Energy Storage System is filled with dozens of battery cells, generating an extreme thermal load up to 9kW. This means that the cooling system would need to precisely control temperature and effectively dissipate extensive heat created by battery cell charge and discharge cycles.
In addition, most cooling systems operate indoors, which allows for control over external conditions such as operating temperature and accessibility for service and maintenance. Given that BESSs are implemented outdoors across many different climates, they need to operate reliably regardless of temperature variations and rough external conditions. Durability in weather extremes and harsh conditions is key. Many of these are located on remote wind or solar farms, where serviceability and maintenance can be limited, so the cooling system would need to remain reliable for the life of the installation.
Finally, as BESSs are designed to maximize space for as many battery cells and as much energy storage density as possible, the cooling system needs to be compact. Many traditional or larger cooling solutions are not feasible given the tight dimensions of the system.
Chiller Project Goals
●Design a cooling system that could reliably dissipate extreme battery heat loads
●Ensure the system can handle extreme outdoor temperature variations and environmental conditions
●Fit the cooling system within the narrow dimensions of the unit
Boyd’s Chiller for Renewable Energy Storage Solution
Given the intense heat generated by battery charge and discharge cycles, it was quickly apparent that the most effective solution would be to implement a Recirculating Chiller into the BESS. Boyd’s Recirculating Chillers circulate coolant underneath the batteries to keep them at optimal operating temperature during use. Boyd’s Chillers also have precise temperature control and have had a long history of successful implementation in many similar industrial and power generation applications in the past.
Chillers are one of the most reliable liquid cooling systems, alleviating many concerns regarding maintenance and service. Boyd’s Recirculating Chillers have incredibly long lifespans with over one hundred thousand (100,000) unit installations currently operating in the field across a variety of industries. Boyd’s chillers also help avoid potential issues with predictive maintenance monitoring and leak detection sensors and alarms designed into the systems.
Since Battery Energy Storage Systems are located outdoors across many climates and environmental extremes, it is also crucial to ensure that the Chillers can handle large swings in ambient temperature and are designed to withstand exposure to wind, rain, UV and other elements. Boyd’s thermal experts analyzed many different potential scenarios with extremely high and low environmental temperatures to ensure that the Chillers would reliably operate even in fluctuating climates. After experimenting with different components, Boyd’s engineering team developed a construction featuring a specific compressor and high-performing refrigerant that is effective at cooling the system, even at temperature extremes. It was developed with ruggedization in mind to withstand extreme conditions.
Battery Energy Storage Systems in remote locations also mean that there is no place for a standard, roll-away style Chiller. Relying on decades of experience creating custom Chiller shapes and sizes, Boyd’s design engineers found that a door-mounted Chiller design could reliably cool the system and withstand climate variations and extreme conditions without taking up valuable space meant for battery cells.
Boyd’s Chiller for Renewable Energy Storage Results
Combining extensive thermal management experience with technological innovation, Boyd designed a custom door-mounted Recirculating Chiller that successfully met all the strict thermal management, durability, and size requirements for Battery Energy Storage Systems. Boyd Door Mounted Chillers (DMCs) have since been implemented on BESSs across the world, amplifying the performance and reliability of battery packs by keeping them at optimal operating temperatures.
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目录- General Information Board Mounted Heat Sinks part number Introduction Interface Materials Labor Saving Heat Sink to Board and Semiconductor Mounts Clips Accessories
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型号- LPSC0003Z,1PH15P25MM,KLC150,L50QS225,FLNR060.TXID,L25S300.V,PSR031FL0450,PSR031DL0400Z,KLNR090.V,450E2CL5.5,PSR073FL0350Z,PSR072DL0315X,FLSR150.X,PSR030DL0100,KXT2CUAL1,BLS SERIES,L15S003.T,LFR600601CID,CCMR020.TXP,LPSC0002Z,PSR033DL2250,PSR072DL,400E3C8.25,PSR031FS0450Z,03420028X,FLNR030.T,LFH600302PID,0LS31243Z,JTD,5E4PT.6,10E1CL15.5,LPSC0001Z,PSR032DS1100X,LDM3TLU01,354 002GY,342058A,LM3200 SERIES,LDM3TLU11,L50S150,CCMR02.5TXP,LCC SERIES,125E2CL15.5,LVSP10-R,PSX3XLFL0900X,0LS33203Z,FLSR125.XXID,8NLE50E,LFXV150601C,PSR032DS0550,LRU 663,PSR031FS0350,3PH9P18MM,L50QS250,KLSR SERIES,FLNR_ID SERIES,PSR031UL0630Z,0LS51291Z,FLSR030.T,LFCL0010ZC3,FLSR150.XXID,XPS2T20R1KGN2F3-AZ,FLNR035.TXID,PSX3XLDB1400X,0KLC005.T,PSR073FS0350Z,LRU 226 R,PSR030UL0160Z,FLSR01.4,0FHM0001_,PSR031US0630Z,FLSR01.5,0NLN015.T,FLSR01.6,FLSR400.X,SPFJ200.XXL,PSR031DL0800,PSR030FS0200Z,LET-AB,LET-AA,LFR600302PID,IDSR.400,FLSR01.8,PSR031FL0450Z,FLSR175.XXID,PSR073UL0350X,PSR031US0550,PSR033FL1400,LVSP0015TXR,FLSR01.6ID,TOO SERIES,L60030M3C,CCMR04.5HXP,PSX1XLFL0125,PSR071DL0500Z,LTFD 101 SERIES,MSSPNH1500X,PSR031FL0400,PSR073UL0630,0FHM0002_,354 910GY,PSR033FL1800Z,SPFJ070,PSR073FS0315,L50S100,PSR031UL0500Z,FLSR03.2ID,PSR070FS0080Z,L60S005.T,L15S300,PSR033US1800X,LVSP0015TX2,354 821BL,IDSR250.X,FLNR150.X,LFCL02/0ZC3,LPXV SERIES,L70QS700,KLC175,LFCL02/0ZC1,0KLC125.X,FLNR.800,LFPSJ601.Z,FLSR17.5ID,LFH600601CID,PSR033FS0800,PSR030DL0125,L60030M1C,PSX1XLFL0350X,PSR073DL1250,40E1C5.5,PSR070DL0400,FLNR060ID,5NLE125E,PSR032DS0500,WPB1,CCMR.800,LPSC0004Z,WPB3,LFH600303SID,PSR031US0500Z,PSX1XLFL0100,L70S,CCMR008.HXP,LET-AB-S,PSR033US1500,LET-BB,0LD35552Z,LET-BA,LFR600303SID,PSR033FS1800Z,PSX3XLUB0900,L50S125,PSR070FL0080Z,L60030M2C,PSR032DL1100X,FRCK-LG,342848A,CCMR006.TXP,PSR031US0500,FLNR008.T,SLC,0LD29701ZXDIN,IDSR03.2T,IDSR025,LS7R04002PS00L,CCMR.500TXP,354 803GY,PSR030FL0200Z,PSX1XLDB0315X,CY14X51M16,30KPA,IDSR020,CY14X51M10,CY14X51M12,39018R2C2.75,0CNN125.V,LFH256003C,PSR033FL0900,L25S002.T,CNN200E,PSR031UL0450Z,IDSR015,JTD60ID,PSR031DS0700,CY14X51M25,0KLC040.T,BLF,IDSR010,CY14X51M20,IDSR012,PSR031US0450Z,FLSR008.T,BLN,L25S015.T,097023,BLS,0MEG175.X,354 607GY,5720CC,IDSR002,IDSR003,IDSR004,IDSR005,702R1C5.5,IDSR006,IDSR007,IDSR008,LMIN010.V,IDSR009,FLSR_ID SERIES,23012R1C5.5,PSR073FL0450,L50QS500.X,CY14X51M32,IDSR001,LRU 213 R,CY10X38,80E1CL8.25,CY14X51M40,PSR030FL0630,FRCK-MD,0218005.VXP,LFH256001C,MEG250,PSR070DL0160Z,LPFP,125E2C8.25,PSX3XLFL0450,PSR032UL0500,03420022X,PSR071DL0280,PSR071FS0630,PSR031UL0630,LFJ601001,PSR031DS0350Z,LFJ601003,CY14X51M50,LVSP0100VXL,PSR071UL0160,PSX1XLUB0630,SPF,LFR250602C,LVSP100-L,FLNR450,PSR033DS0630X,LFR250603C,PSX3XLFL1000X,IDSR060,IDSR02.5,48026R2C5.5,IDSR02.8,CCMR015.TXP,0FHA0001,0LD55521Z,CCMR2.25HXP,0FHA0002,PSR071DL0250,LFPSJ303.Z,PSR033UL1600,PSR033DL0500X,PSR072FL0630,LPHV,PSR031DL0350Z,IDSR050,057200CCL,JLLN035L,PSR030DS0100Z,PSR033DL1800,0TLS006.T,L50QS200,IDSR500.X,FLNR400.X,PSR032DL0630,LVSP0040TX2,LRU 616,PSR071DL0280Z,FLSR007ID,LPSM0004ZQCID,215,216,L70S600,217,218,IDSR040,PSR072UL0900X,PSR032UL0550,IDSR045,FLSR060ID,02291.25VXP,PSR073UL1100,LFT30100FBC,PSR031FS0800Z,1LFS SERIES,PSR070UL0280,LFR250601C,TLS100MB,572RCC,LRU 626,L15S350.T,IDSR035,224,225,PSR033DS0500X,60032R2C5.5,L60030MPCB,229,IDSR030,PSR073FL0400,150E2C2.75,L60S040.T,80E1CL5.5,PSR071DL0200,PSR032FS1500,PSR033DL0630X,FLSR04.5ID,PSR031US0800Z,LVSP0060T,LFR25,LFPSJ302.ZXID,PSR072UL1000X,PSR030DL0100Z,L60S300,230,IDSR1.25T,235,CYHP0001Z-KIT,239,L70QS SERIES,LS6R0400,FLSR1.12ID,PSR032UL0450,65036R3C5.5,PSR070FS0125Z,ESR1XLDB,LS602501VS00L,55030R3C5.5,5NLE25E,39018R2C5.5X,CLASS R,LS6R0250CBS00L,0KLC250.X,IDSR.500T,PSR030DL0550Z,FLSR.800TXID,PSR070UL0315Z,354 905GY,FLSR1.25ID,116895E,TLS030LSA,PSR070FL0125Z,LDSCA11,251,PSR070UL0250,IDSR090.V,0LS21213Z,LFJ60400-3,PSX1XLUB0100X,LLSRK060,L25S045.T,M5-BROWN,FLNR100ID,25S,FLSR.300TXID,0LS21212Z,PSR072FS0500,LT60400FBC,FDR001PG,KLDR.250,PSR071UL,0LD57073Z,LFR60,IDSR006.T,65E1CL5.5,PSR073UL1250X,LEX-DYC,PSR031FS0500Z,FLSR2.25,273,PSR030UL0063,FLNR025.T,PSR070FL0050,L60030M1SQDINR,PSR033US0550X,40E1C25.8,PSR072DL0800X,345 SERIES,05710007L,0TLS125.TXLR,L60S350,FLSR100ID,LS604002ES00L,PSR031DS0700Z,IDSR03.5T,MEG225,PSR070FL0063,LFJ60030-3,FLNR500,FLSR012.TXID,PSR033DS1600,PSR030US0200Z,LEB-AYC-S,PSR030UL0040,PSR033UL0550X,L25S700.V,PSR072FS0550,L60S010.T,05720028L,PSR031UL0700,40E1C8.25,PSR030FL0550,LPS2,FLSR.500ID,LPS1,LPS6,PSR033DL0450,LPSM0003ZXID,LPS4,LPS3,PSR030FS0160Z,PSR030UL0200Z,LFT60200,PSR030UL0050,ESR1XLDB0125X,PSR031DL0700Z,05720027L,MEG200,PSR070UL0200,LPSC,BLF SERIES,FLSR090ID,LPSM,LFJ600601,LPSM001,LFJ600603,KLC,LFJ600602,PSR033UL1800X,LPSM004,300E3CL15.5,LPSM002,200E1C2.75,298900,LPSM003,KLK,PSX3XLDB0500X,FLNR175ID,PSR032DL1100,0LD39552Z,KLQ,LFG600203,0LD35551Z,LFG600201,LEB-AB-S,LFG600202,354 611GY,550E3C5.5,PSR030DL0063,3PH57P25MM,80E2C38.0,LEB-AB-K,0313005.VXP,LFJ104001C,LFT60060FBC,PSR030DL0080,LSCR1XX,PSX1XLFL0160,0LD39553Z,LFCL0006ZC3,L25S600,40E1C38.0,PSR030FL0160Z,LFPXV
Simulation of Cooling Performance of Energy Storage Battery Packs and Optimization of Liquid Cooling
Energy storage systems, due to their important role in balancing power grid processes and improving the utilization of new energy, have become the leading force driving global energy development and transformation. Electrochemical energy storage technology is mature, with a short construction period. Power and energy can be flexibly configured according to different application needs, and the charging and discharging response speed is fast, which can be applied in various occasions.
热交换器、冷却器和冷却剂分配装置(CDU)
型号- RC045,6000 SERIES,6000,5000,4000,5000 SERIES,ES SERIES,4000 SERIES,ASPEN,ASPEN SERIES,RC011,RC022,RC030
热管理和工程材料解决方案
描述- Boyd公司提供全面的芯片冷却解决方案,包括热沉、热管、液体冷却系统和空气冷却系统。其产品涵盖从标准板级解决方案到集成系统,旨在优化芯片冷却,提高性能和效率。公司拥有丰富的热管理经验和设计专业知识,提供定制化解决方案以满足不同应用需求。
Kodiak®再循环制冷机数据表
描述- Boyd公司的Kodiak®循环式冷却器提供精确的温度控制(±0.1°C)和环境以下的液体冷却。这些冷却器采用压缩机制冷技术,具有600W至11,000W的额定制冷能力。Kodiak®循环式冷却器分为空气冷却和水冷却两种版本,并提供多种泵选项以满足不同系统需求。该系列产品具备高性能、高可靠性的组件和减震隔离功能,适用于3D打印机、激光设备、实验室和医疗设备、半导体加工以及一般工业等多种液体冷却应用。
型号- RC045,RC115,RC006,RC095,RC009,RC011,RC022,RC030
Kodiak®循环式冷水机型号RC006、RC009、RC011、RC022、Rc030和Rc045系列G03/H03/J03技术手册
型号- MODELS RC009,RC045,RC006G03BB1MXXX,RC006,SERIES G03,RC009,H03,SERIES H03,G03,J03,SERIES J03,MODELS RC030,MODELS RC045,MODELS RC011,MODELS RC022,RC011,RC022,MODELS RC006,RC030
SANYO DENKI(山洋电气)冷却系统/电力系统/伺服系统产品选型指南
型号- SANUPS P73J,9AT2560C-000□,SANUPS P73H,SMC100-B,SMC100-A,SANUPS E11A-LI,SANUPS P73L,9CT1-P,SMC520,9CT1-T,SANUPS N11C-LI,SANUPS A11M-LI,SANUPS A13A,SANUPS K33A,SANMOTION,SANUPS W73A,SANMOTION F3,SANMOTION F2,SANUPS E33A,SANUPS C23A,SANMOTION C S200,SANMOTION F5,SMC200-A,SMC200-B,SANUPS N11B-LI,9CT1-U001,SANUPS A22A,SANUPS A11N-LI,SANUPS P83E,SANMOTION R,SANUPS D11A,SANUPS A11N,SANUPS A11M,SANMOTION K,SANMOTION MODEL NO.PB,SANUPS A11K,SMC507,SANUPS A11J,SMC505,SANUPS S11A,SANUPS A11K-LI,SANUPS A23D,SANUPS A23C,SANUPS M53A,9AT2560A-000□,SANUPS K23A,9CT1-A,SANUPS E23A,SANMOTION C S500,SANUPS E11B,SANUPS E11A,9AT2560S-000□,SANUPS G53A,SANUPS E11B-LI,9CT1-001,SMC-USBW-01,SANMOTION C S100,9CT1-002,SANUPS T,SANMOTION G,SANMOTION C,SANUPS K23A M TYPE,9AP1600-1,SANUPS RMA
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实验室地址: 深圳 提交需求>
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