冰蓄冷整装机

冰蓄冷整装机

ICE STORAGE PACKAGED

将特殊介质封装在储能芯内，并将储能芯安装于容器中，在低温状态下结冰蓄存冷量。适用于商城、酒店、药厂、化工厂、电子车间等场所谷电制冷、蓄冷、峰电使用，实现减碳降费的目的。

The special medium is encapsulated in the energy storage core, and the energy storage core is installed in thecontainer to freeze and store cold energy at low temperature. It is applicable to the use of valley cooling, coldstorage and peak power in shopping malls, hotels, pharmaceutical plants, chemical plants, electronic workshopsand other places to achieve the purpose of reducing carbon and costs.

冰蓄冷整装机优势

Advantages of ice storage packaged machine

A：换热流道专业设计，阻力小，换热能力强。

B：内融冰技术、无蓄冰槽、无冰盘管，蓄冰能力提高30%以上。

C：整装设计、标定工况、适配性强，无须专业设计。

D：合成高导热材料，释冷速率快。 

A: The heat exchange runner is designed professionally, with small resistance and strong heat exchange capacity.

B: Internal ice melting technology, no ice storage tank, no ice coil, and the ice storage capacity is increased by more than 30%.

C: Integrated design, calibration conditions, strong adaptability, no professional design.

D: Synthesis of high thermal conductivity materials, fast cooling release rate.

冰蓄冷整装机参数

ICE STORAGE PACKAGED

冰蓄冷整装机		单位	蓄冷
型号			GESPC-1800+
最大名义菅冷量		kWh	1800
谷电时段蓄冷时间		h	8
小时放冷量		kw	225
	相变温度	℃	-4
	蓄冷进出口温度	℃	2 / -4
	放冷进出口温度	℃	12→7
	流量		32.71
	水侧压力损失	kPa	76.8
	推荐流速	m/s	1.582
	输入功率	kw	循环水泵输入功率（选配）
运行工况	推荐蓄冷时间		当地谷电时段
	推荐放冷时间		当地峰电/尖峰时段
	计量单位		电量/冷量
	控制方式		系统联机控制/程序自动
外形尺寸		mm	6058*2580*2591
运行总重(kg)		kg	31000

冰蓄冷整装机配套双工况制冷机组参数表（推荐）

蓄冰工况参数表

CVHE/G 

压缩机型号			670		780		1100		1100		1100		1100
电机型号			491		623		718		801		894		894
叶轮型号			318		317		322		318		318		323
筒体组合			080SS		080SL		080L142L		080L142L		142LL		142LL
状态			白天	夜晚	白天	夜晚	白天	夜晚	白天	夜晚	白天	夜晚	白天	夜晚
制冷量		Ton	600	438.3	800	508	1000	727.9	1100	707.4	1200	732.5	1300	800.3
		kW	2110	1541	2813	1786	3516	2559	3868	2487	4219	2575	4571	2814
输入功率		kW	430.6	359.4	556.3	416.7	659.9	564.7	705.7	549.4	766.5	563.4	828.8	595.3
效率		kW/Ton	0.718	0.820	0.695	0.820	0.660	0.776	0.642	0.777	0.639	0.769	0.638	0.744
COP		W/W	4.90	4.29	5.06	4.29	5.33	4.53	5.48	4.53	5.50	4.57	5.51	4.73
运行电流		A	747	645	973	740	1167	1036	1251	1006	1379	1024	1498	1081
启动电流		A
冷媒充注量		kg	449	449	449	449	727	727	727	727	703	703	748	748
蒸 发 器	水量		389	389	518	518	648	648	712	712	777	777	842	842
	压降	kPa	77	79	129	140	200	219	195	213	183	199	174	189
	配管	mm	DN250		DN250		DN250		DN250		DN300		DN300
冷 凝 器	水量		442	442	588	588	727	727	798	798	870	870	942	942
	压降	kPa	42	42	94	94	73	73	71	71	64	64	108	110
	配管	mm	DN250		DN250		DN300		DN300		DN300		DN300
运输重量		kg	10303		11178		13641		13968		15403		15887
运行重量		kg	11717		12713		15965		16435		18123		18712

运行工况：白天制冷冷冻水供回水温度：5/10℃，冷却水进出水温度：32/37℃；夜晚蓄冰时冷冻水出水温度-5.6℃，冷却水进水温 度30℃。 乙二醇浓度25%，蒸发器水侧污垢系数0.0176℃·m2 /kW，冷凝器系水侧污垢系数为0.044℃·m2 /kw

型号			30HXY	30HXC
			110B	130B	165B	200B	250B	300B	350B	400B
空调工况	制冷量	kW	317	438	554	672	845	1008	1175	1343
	输入功率	kW	71	98	122	138	185	210	250	278
蓄冰工况	制冷量	kW	211	270	336	448	509	671	707	893
	输入功率	kW	69	94	119	134	179	202	242	268
额定工况电流		A	131	171	213	241	323	367	437	486
最大启动电流		A	328	314	374	465	575	650	745	840
蒸 发 器	流量		58	80	102	123	155	184	216	245
	空调工况水压降	kPa	80	54	64	90	81	90	98	99
	蓄冰工况水压降	kPa	139	96	109	103	76	106	107	116
冷 凝 器	流量		67	92	116	138	177	209	245	277
	空调工况水压降	kPa	37	57	55	64	77	59	66	85
	蓄冰工况水压降	kPa	59	90	86	64	65	59	66	85

1.空调工况：冷冻水进出水温度7/12℃，冷却水进出水温度30/35℃ 

2.蓄冰工况：冷冻水出水温度-6℃，冷却水进水温度30℃ 

3.载冷剂为25%乙二醇溶液

专业名词解释

ICE STORAGE PACKAGED

冰蓄冷系统

Ice storage system

通过制冰方式，以冰的相变潜热为主蓄存冷量的蓄冷系统。

The cold storage system mainly uses the phase change latent heat of ice as the cold storage capacity through icemaking.

封装式蓄冰系统

Encapsulated ice storage system

将封装蓄冷介质的蓄冷容器密集地放置在蓄冰装置中，由低温载冷剂经蓄冰装置，使蓄冷容器内的蓄冷介质结冰来储存冷量的蓄冷系统。

A cold storage system in which cold storage containers encapsulating the cold storage medium are denselyplaced in the ice storage device, and the cold storage medium in the cold storage container is frozen by the lowtemperature refrigerant through the ice storage device to store the cold energy.

蓄冷空调系统

Cold storage air conditioning system

将冷量以显热、潜热的形式蓄存载某种介质中，冰能够载需要时释放出冷量的空调系统。

The air conditioning system that stores the cooling capacity in the form of sensible heat and latent heat in acertain medium, and the ice can carry the cooling capacity when needed.

冰蓄冷经济价值

ICE STORAGE PACKAGED

利用晚上夜间低电价谷电蓄冷，高峰电价使用。如：某省（市）谷电时段电价为0.25元，峰电时段电价为1.0元，用晚上0.25元的谷电储存冷量，白天峰电时段不开启原空调制冷机组，直接用谷电通储存的冷量为终端供冷，相当于用夜间0.25元的电价抵消峰电1.0元的电价，节费率高达75%，具有良好的经济效益。

The night low electricity price valley electricity is used for cold storage, and the peak electricity price is used. Forexample, in a province (city), the electricity price in the valley power period is 0.25 yuan, and the electricity pricein the peak power period is 1.0 yuan. In the evening, 0.25 yuan of valley power is used to store the cooling capaci-ty. In the daytime peak power period, the original air-conditioning refrigeration unit is not started, and the storedcooling capacity of valley power is directly used for terminal cooling, which is equivalent to offsetting the electric-ity price of 1.0 yuan of peak power with 0.25 yuan of electricity at night. The cost saving rate is as high as 75%,with good economic benefits.

冰蓄冷优势

ICE STORAGE PACKAGED

利用地区供电政策实现“移峰填谷”，夜间电价低谷时制冰，日间电价高峰时将冰融化供冷。

●减少装机容量及配套设施，降低配电工程投入。

●采用双工况制冷机组实现空调工况和制冰工况，一机两用。

●蓄冰系统可提供2-4℃恒定低温供水，实现大温差供冷。

The regional power supply policy is used to realize "peak shifting and valley filling". Ice is made when the electrici-ty price is low at night, and ice is melted for cooling when the electricity price is peak during the day.• Reduce installed capacity and supporting facilities, and reduce power distribution project investment.• Double working condition refrigeration unit is used to realize air conditioning working condition and icemaking working condition. One machine can be used for two purposes.• The ice storage system can provide 2-4 "℃ constant low temperature water supply to realize large temperaturedifference cooling.