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BIM Integrated Prefabricated Refrigeration Plant Room

Features Parameters Application Equipments Case Inquiry

Features

Integrated modular prefabricated refrigeration plant room divides plant room components into several modules:

• Integrated cold water unit module

• Integrated ice storage

• Integrated water pump module

• Integrated cooling tower module

• Integrated manifold module

• Integrated control module

• Water treatment module

Characteristic:

• All-function-in-one

• Turn projects into product series

• Minimized floor space

• Turn on-site engineering labor into factory prefabrication

• High-efficiency operation

• Energy saving

• Optimized equipment and system

• Less initial investment

• Intelligent control system

BIM(Building information modeling) is a new tool for architecture and civil engineering. Based on the data of building construction project, we establish the model of architecture and AC to simulate the operation condition of AC system. The benefits of BIM-based integrated refrigeration plant room are:

• Establish BIM database for future use

• Accurate model for equipment and accessory(i.e. pipes)

• Establish tubing model. Divide the project into pieces. Prefabricate and assemble on site

• Collision check. Remesurement. Correction

• QR code applied

• Annually power consumption analysis

• Plant room cost analysis

Parameters

	unit	GM/C PORT CH
	unit	57	89	113	150	170	196	224
Refrigerant		R22
Secondary refrigerant		Aqueous based thermal fluid
Ice-making condition refrigerating capacity	RT	44	68.6	86.7	115.2	130.9	150.5	172.2
AC condition refrigerating capacity	RT	57.1	88.9	112.6	149.6	169.8	195.6	223.5

	unit	GM/C PORT DH
	unit	246	272	300	334	381	429	502
Refrigerant		R22
Secondary refrigerant		Aqueous based thermal fluid
Ice-making condition refrigerating capacity	RT	190.2	209.4	230.9	256.8	293.1	330.7	386.7
AC condition refrigerating capacity	RT	245.7	272.2	300.3	333.5	381.3	429.3	502.4

	unit	GM/C PORT CH
	unit	600	667	763	859	1005
Refrigerant		R22
Secondary refrigerant		Aqueous based thermal fluid
Ice-making condition refrigerating capacity	RT	461.8	513.6	586.3	661.4	773.4
AC condition refrigerating capacity	RT	600.5	667	762.6	858.7	1004.8

	unit	GM/C PORT CY
	unit	332	444	567	686
Refrigerant		R22
Secondary refrigerant		Aqueous based thermal fluid
Ice-making condition refrigerating capacity	RT	254.9	335	428.6	517.8
AC condition refrigerating capacity	RT	331.5	443.5	567	685.5

	unit	GM/C PORT CHS
	unit	59	82	115	157	170	199	220
Refrigerant		R134a
Secondary refrigerant		Aqueous based thermal fluid
Ice-making condition refrigerating capacity	RT	44.4	61.9	87.2	118.3	128.3	150.1	166.1
AC condition refrigerating capacity	RT	58.8	82	115.5	156.9	169.8	199.3	220

	unit	GM/C PORT DSH
	unit	247	291	316
Refrigerant		R134a
Secondary refrigerant		Aqueous based thermal fluid
Ice-making condition refrigerating capacity	RT	186.4	218.8	238.3
AC condition refrigerating capacity	RT	246.9	290.6	316.2

	unit	GM/C PORT CHS
	unit	314	340	399	440	494	581	632
Refrigerant		R134a
Secondary refrigerant		Aqueous based thermal fluid
Ice-making condition refrigerating capacity	RT	236.6	256.5	300.3	332.1	372.8	437.6	476.5
AC condition refrigerating capacity	RT	313.6	339.8	398.6	440.1	493.9	581.2	632.4

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