电储能装置
我们凭借前沿科技，持续革新发电储能集装箱与储能柜子解决方案，全力推动能源存储的高效利用与绿色可持续发展。
CN107977741A
CN107977741A CN201711191360.4A CN201711191360A CN107977741A CN 107977741 A CN107977741 A CN 107977741A CN 201711191360 A CN201711191360 A CN 201711191360A CN 107977741 A CN107977741 A CN 107977741A Authority CN China Prior art keywords mrow decision msub action micro Prior art date 2017-11-24 Legal status (The legal status is an …
CN111009908B
CN111009908B CN201911330035.0A CN201911330035A CN111009908B CN 111009908 B CN111009908 B CN 111009908B CN 201911330035 A CN201911330035 A CN 201911330035A CN 111009908 B CN111009908 B CN 111009908B Authority CN China Prior art keywords energy storage power electric energy storage device control system Prior art date 2018-12-20 Legal …
CN114156868A
CN114156868A CN202111335586.3A CN202111335586A CN114156868A CN 114156868 A CN114156868 A CN 114156868A CN 202111335586 A CN202111335586 A CN 202111335586A CN 114156868 A CN114156868 A CN 114156868A Authority CN China Prior art keywords power electricity microgrid hydrogen microgrid system Prior art date 2021-11-11 Legal status (The …
CN109747631B
CN109747631B CN201910072530.XA CN201910072530A CN109747631B CN 109747631 B CN109747631 B CN 109747631B CN 201910072530 A CN201910072530 A CN 201910072530A CN 109747631 B CN109747631 B CN 109747631B Authority CN China Prior art keywords clutch gear hydraulic control torque motor Prior art date 2019-01-25 Legal status (The legal status is …
CN115224702A
CN115224702A CN202210821015.9A CN202210821015A CN115224702A CN 115224702 A CN115224702 A CN 115224702A CN 202210821015 A CN202210821015 A CN 202210821015A CN 115224702 A CN115224702 A CN 115224702A Authority CN China Prior art keywords frequency modulation energy storage storage device frequency steam turbine Prior art date …
CN107977741B
CN107977741B - 冷热电联供微网系统的能量调度优化方法 - Google Patents 冷热电联供微网系统的能量调度优化方法
电化学储能介绍及优缺点
储能技术是通过装置或物理介质将能量储存起来以便以后需要时利用的技术。储能技术按照储存介质进行分类,可以分为机械类储能、电气类储能、电化学类储能、热储能和化学类储能。（每个机构的分类略有不同,但原理 …
新型储能技术图解：钠离子电池储能、压缩空气储能、飞轮储能等 …
重力储能是一种机械式的储能,主要原理是基于高度落差对储能介质进行升降来实现储能系统的充放电过程。 重力储能优势：1）初始投入成本仅需约3元/Wh,低于抽水蓄能 …
CN113919612A
CN113919612A CN202010657668.9A CN202010657668A CN113919612A CN 113919612 A CN113919612 A CN 113919612A CN 202010657668 A CN202010657668 A CN 202010657668A CN 113919612 A CN113919612 A CN 113919612A Authority CN China Prior art keywords energy energy system load target power determining Prior art date 2020-07-09 Legal status (The legal …
六种电力储能方式的具体介绍
超导磁储能系统（superconducting magneticEnergy storage,SMES）利用超导体制成的线圈储存磁场能量,由于具有快速电磁响应特性和很高的储能效率。超导磁储能可以满足输配电网电压支撑、功率补偿、频率调整、提高系统稳定性和 …
CN116454952A
CN116454952A CN202310499928.8A CN202310499928A CN116454952A CN 116454952 A CN116454952 A CN 116454952A CN 202310499928 A CN202310499928 A CN 202310499928A CN 116454952 A CN116454952 A CN 116454952A Authority CN China Prior art keywords energy storage state storage device charge hydrogen Prior art date 2023-05-05 Legal status (The …
CN113792969A
CN113792969A - 考虑气网动态特性和电转气综合能源系统优化调度方法 - Google Patents ...
储能技术有哪几种,各自的特点是什么？
电储能是最主要的储能方式,按照存储原理的不同又分为电化学储能和物理储能两种技术类型：其中电化学储能技术主要包括铅蓄电池、锂离子电池、钠硫电池、液流电池和超级电容器；物理储能技术主要包括抽水蓄能、压缩空气储能、飞轮 …
CN114066204A
本发明提供了一种综合能源系统的一体化优化规划与运行方法及装置,方法 ...
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CN112084641A CN202010887254.5A CN202010887254A CN112084641A CN 112084641 A CN112084641 A CN 112084641A CN 202010887254 A CN202010887254 A CN 202010887254A CN 112084641 A CN112084641 A CN 112084641A Authority CN China Prior art keywords park power plant virtual power power itsdp Prior art date 2020-08-28 Legal status (The legal status …
CN113587176A
CN113587176A CN202110834944.9A CN202110834944A CN113587176A CN 113587176 A CN113587176 A CN 113587176A CN 202110834944 A CN202110834944 A CN 202110834944A CN 113587176 A CN113587176 A CN 113587176A Authority CN China Prior art keywords steam water valve heat heat exchanger Prior art date 2021-07-23 Legal status (The legal status is an …
CN206775410U
CN206775410U CN201720638900.8U CN201720638900U CN206775410U CN 206775410 U CN206775410 U CN 206775410U CN 201720638900 U CN201720638900 U CN 201720638900U CN 206775410 U CN206775410 U CN 206775410U Authority CN China Prior art keywords spiral bucket trt ball nano friction Prior art date 2017-06-05 Legal status (The legal status is an …
CN107070291A
CN107070291A CN201710411749.9A CN201710411749A CN107070291A CN 107070291 A CN107070291 A CN 107070291A CN 201710411749 A CN201710411749 A CN 201710411749A CN 107070291 A CN107070291 A CN 107070291A Authority CN China Prior art keywords spiral bucket trt ball nano friction Prior art date 2017-06-05 Legal status (The legal status is an …
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CN114021792A CN202111252429.6A CN202111252429A CN114021792A CN 114021792 A CN114021792 A CN 114021792A CN 202111252429 A CN202111252429 A CN 202111252429A CN 114021792 A CN114021792 A CN 114021792A Authority CN China Prior art keywords time power grid output formula Prior art date 2021-10-27 Legal status (The legal status is an …
CN217133146U
CN217133146U CN202221031911.7U CN202221031911U CN217133146U CN 217133146 U CN217133146 U CN 217133146U CN 202221031911 U CN202221031911 U CN 202221031911U CN 217133146 U CN217133146 U CN 217133146U Authority CN China Prior art keywords buoy fixed self water quality quality monitoring Prior art date 2022-04-29 Legal status (The legal …
CN109993419B
CN109993419B - 一种综合能源服务商云协同-边缘协同优化调度方法 - Google Patents 一种综合能源服务商云协同-边缘协同优化调度方法
CN109835323B
CN109835323B CN201910072099.9A CN201910072099A CN109835323B CN 109835323 B CN109835323 B CN 109835323B CN 201910072099 A CN201910072099 A CN 201910072099A CN 109835323 B CN109835323 B CN 109835323B Authority CN China Prior art keywords clutch gear hydraulic control torque motor Prior art date 2019-01-25 Legal status (The legal status is …
什么是电动储能装置
电动储能装置是利用电能进行存储和释放的系统,主要包括电池、超级电容器和飞轮等。 它们可以在电能过剩时储存电能,需求高峰时释放,平衡电网负荷,提高能源利用效 …
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CN111030094A CN201911236040.5A CN201911236040A CN111030094A CN 111030094 A CN111030094 A CN 111030094A CN 201911236040 A CN201911236040 A CN 201911236040A CN 111030094 A CN111030094 A CN 111030094A Authority CN China Prior art keywords energy energy supply unit park supply Prior art date 2019-12-05 Legal status (The legal status is an …
储能技术分类、工作原理、优点、缺点对比
现在市场上常用的储能技术,根据储存介质的不同可以分为五大类,分别为电化学储能、机械类储能、电磁储能、热储能和化学类储能。 一、各种储能的原理
CN115173415B
Download PDF Info Publication number CN115173415B. CN115173415B CN202211091752.4A CN202211091752.4A
CN107070291B
CN107070291B CN201710411749.9A CN201710411749A CN107070291B CN 107070291 B CN107070291 B CN 107070291B CN 201710411749 A CN201710411749 A CN 201710411749A CN 107070291 B CN107070291 B CN 107070291B Authority CN China Prior art keywords spiral bucket nano friction power generator friction power Prior art date 2017-06-05 Legal status (The …