510rth Ice Storage Thermal Energy Storages System|Outlet 1 º C

• After-sales Service: Maintenance Free
• Warranty: 20 Years
• ventilation mode: mechanical ventilation
• Certification: ISO9001
• Ice Making Temp.: Inlet -5.6 C
• Refrigerant: Propylene Glycol, Ethylene Glycol, Ammonia
• Model NO.: ITSE
• Pressure Drop@Refrigerant: 10.8mh2o
• Operate Pressure: 1.0 MPa
• Ice Charging Time: 8 Hours
• Transport Package: Pallet
• Specification: 510RTH
• Trademark: RUNPAQ
• Origin: China
• HS Code: 8418699090
• Production Capacity: 1000000rth

Product Description

510RTH Ice Storage Thermal Energy Storage System|Outlet 1 ºC

Key features
★ Reliability: high strength and toughness of the composite material make it free of ice overbuilding damage;
★ Reliability: obtain both the reliability performance of ice ball and corrosion resistance performance of plastic coil;
★ Performance: high heat transfer coefficient, big heat transfer area and thin ice thickness ensure its good ice-melting performance and high efficiency of chiller;
★ Performance: partial frozen of the internal-melting ice-on-coil can steadily supply chilled water or coolant of 3~4ºC;
★ Performance: internal-melting ice-on-coil can steadily supply chilled water below 1ºC; suitable for big temperature difference cold air distribution AC and district cooling project;
★ Performance: optimized design of the coil and counter-current reversed connection ensure the uniform distribution of the flow;
★ Performance: incrustation-free of the internal and external surface of the heat exchange tube ensures the resistance and heat transfer performance as beginning;
★ Economical: no corrosion problem of the tube and no special requirement to glycol solution;
★ Convenience: lighter weight minimizes the support requirements; simple process of maintenance makes it convenient to use;
Eco-friendly: more eco-friendly by half emission of CO2, NOX and SOX compared with steel products;

Partial Frozen Design
The temperature of refrigerant solution rises when it flows through the coil during ice building cycle, so thicker ice is formed near the inlets of coil, and thinner ice formed near the outlets. Therefore, the final shape of ice tends to be tapered. If the coil is set in parallel circulating, the tapered ice can lead to wasted volume of storage tank. Runpaq solve this problem by the application of convectional flow circuits, the tapered ice cylinders nest with each other make efficient use of tank. Benefit is that the same amount of ice can be built with the convenctional refrigernat configuration as can be built with an ideally constant temperature directly evaporating refrigerant, where the cylindrical sections of ice would have no tapering. At the end of charging, the 0ºC water surround the tapered ice cylinders to the partial frozen condition. The partial frozen ice storage suitable for both internal and external melting system.
Counter-current flow circulating                                                                   Tapered Ice Counter-Current Flow Circulating
Nano-composite Plastic Ice-on-coil
Runpaq patented Nano-composite polymer coil, has been successfully applied in ice storage as ice-on-coil. Taking advantage of melting intercalation technology, we directly intercalate the polymer matrix material into the thermal-conductive filler layer uniformly to form a thermal-conductive network.
Ice building curve
The ice-on-coil storage has larger heat transfer area by comparison to steel coil, and achieves good ice-building performance with thiner ice cylinder thickness and higher chill efficiency. It takes about 8 hours to be fully charged with -5.5ºC refrigerant inlet temperature.
Ice melting curve
The partial frozen internal-melting ice-on-coil steadily supplies 3-4ºC refrigerant during ice-melting cycle, thus reduce the capacity of other equipment and save the initial investment and operation cost.
The external-melting option has good ice-building performance and an air flow path to enhance ice-melting, hence maximally avail the space. The Runpaq ice-on-coil has 1.3 to 2 times heat exchange area by comparison to other similar products. and its fast melting performance can provide 1ºC or below cold water, makes it an ideal choice for district cooling system, or low temperature air supply system.
Structure

Technical data - Single layer external melting ice-on-coil storage

Model	ITSE-S693	ITSE-S633	ITSE-S577	ITSE-S573	ITSE-S527	ITSE-S477	ITSE-S441	ITSE-S368
Capacity (RTh)	693	633	577	573	527	477	441	368
L (mm)	6000	5500	6000	5000	5500	5500	4000	4000
W (mm)	2794	2794	2338	2794	2338	2338	2794	2338
H (mm)	2806	2806	2806	2806	2806	2806	2746	2746
h (mm)	2466	2466	2466	2466	2466	2466	2406	2406
D	5390	4890	5390	4390	4890	4390	3390	3390
Connection	DN150	DN150	DN150	DN150	DN150	DN150	DN150	DN150
Net Weight (Ton)	3.0	2.8	2.5	2.5	2.3	2.1	1.9	1.6
Load (Ton/m2)	2.8	2.3	2.1	2.1	1.9	1.7	1.6	1.3
Glycol Volume (m3)	2.5	2.3	2.1	2.1	1.9	1.7	1.6	1.3
Flow Rate (m3/h)	91.4	83.5	76.2	75.6	69.6	54.0	58.2	48.5
Pressure Drop (mH2O)	9.2	7.3	9.2	5.6	7.3	4.3	8.8	8.8

Multiple-Layer Technical data - Multi-layer Internal-Melting Ice-on-Coil

Model	ITSI-D362	ITSI-D333	ITSI-D268	ITSI-D246
Capacity (RTh)	362	333	268	246
L (mm)	6000	4400	6000	4400
W (mm)	1549	2005	1549	2005
H (mm)	2475	2475	1875	1875
h (mm)	2375	2375	1775	1775
D2 (mm)	5710	4110	5710	4110
D1 (mm)	5400	3800	5400	3800
Connection	DN150	DN150	DN150	DN150
Net Weight (Ton)	1.535	1.365	1.249	1.107
Load (Ton/m2)	5.0	5.0	3.8	3.8
Glycol Volume (m3)	1.15	1.06	0.85	0.79
Flow Rate (m3/h)	46.0	42.3	34.0	31.3
Pressure Drop (mH2O)	7.9	6.7	7.9	6.7

Technical data - cylinder ice-on-coil storage

Model	ITSI-C3267	ITSI-C9325	ITSI-C1894	ITSI-C6447	ITSI-C1074	ITSI-C3472	ITSI-C724	ITSI-C
Capacity (RTh)	3267	9325	1894	6447	1074	3472	724	2341
Diameter (mm)	8000	8000	6800	6800	5680	5680	4600	4600
Height (mm)	3997	9977	3477	9977	3009	8001	3009	8001
Connection	DN150	DN150	DN150	DN150	DN150	DN150	DN150	DN150
Connection Quantity	10	10	8	8	6	6	4	4
Glycol Volume (L/RTh)	25.98	60.2	16.97	44.31	10.95	26.35	7.78	18.92
Load (Ton/m2)	10.76	30.71	6.24	21.23	3.54	11.44	2.39	7.71
Flow Rate (m3/h)	414.85	1184.32	240.53	818.73	136.41	440.97	91.97	297.3
Pressure Drop (mH2O)	9.15	9.15	6.12	6.12	4.78	4.78	4.93	4.93

Optional ice sensor
It measures the ice volume, and transmit signal. Two types available: liquid level type and ice thickness type
1. Liquid level sensor:
Principle: the volume of ice is more than water under the same mass in view of the ice property: less density than water. Therefore, when the coil is charged by ice, the water level will rise up, so the risen height reflectsthe ice volume.
2. Ice thickness sensor
It works on base of the conductivity of ice and water difference.

Reference projects