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Supermarket & Retail Kitchens

V-Shaped Integrated Condensing Unit for Industrial Refrigeration

  • Fresh
  • Durable
  • Customizable

A V-shaped integrated condensing unit combines key refrigeration components in one compact chassis to simplify system layout and support applications where space and heat rejection are important.

  • Condenser Configuration V-shaped heat-exchange coil arrangement
  • System Connections Refrigerant piping or chilled-water piping, by configuration
  • V-Shaped Condenser Coil Layout
  • Integrated Refrigeration Components
  • Flexible System Connection
  • Designed for Space-Constrained Installations
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  • Flexible Installation
  • Chilled or Frozen Transport
  • Portable Design
  • Power Flexibility
V-Shaped Integrated Condensing Unit for Industrial Refrigeration Get a Quote
Overview

Compact Refrigeration Integration with a V-Shaped Condenser

A V-shaped integrated condensing unit brings major refrigeration components together in a single chassis. Its defining feature is the V-shaped arrangement of the condenser heat-exchange coil, while the integrated package may include the compressor, condenser, throttling device and control system. Depending on the intended system design, the unit can connect to an external evaporator through refrigerant piping or be configured for chilled-water operation.

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Containerized cold room being crane-lifted onto a concrete base at a distribution site

  • V-Shaped Heat-Rejection Design

    The angled coil arrangement provides a distinctive condenser layout within the unit frame. Heat-rejection capability is determined by the coil surface, fan selection, airflow, ambient temperature and installation conditions, so model-specific performance data should be reviewed.

  • Integrated Main Components

    Combining major refrigeration components in one chassis can reduce the need to position each component separately. Confirm which items are included as standard and which accessories, valves, sensors or piping sections are supplied optionally.

  • External Evaporator or Chiller Configuration

    The source page describes refrigerant piping when an external evaporator is used and chilled-water piping when the unit is configured as a chiller. The correct arrangement depends on the application and should be specified before manufacturing and installation.

  • Space Planning and Service Access

    A compact integrated frame can make equipment layout easier, but sufficient access is still needed for cleaning, inspection, electrical servicing and component replacement. Use the approved general arrangement drawing to plan foundations, airflow and service clearances.

  • Controls and System Coordination

    The integrated control system coordinates unit operation, but available functions vary by model. Confirm the supplied controller, sensors, operating modes, alarms, safety protections and any interface requirements with the wider refrigeration system.

  • Application-Specific Engineering

    Cold storage, process cooling and chilled-water applications can have different load profiles and temperature requirements. Provide the design load, target temperatures, ambient conditions, operating schedule and connection type to support appropriate equipment selection.

Specifications

Technical Specifications

Reference configuration for the two standard sizes. Dimensions, refrigeration capacity and electrical supply are confirmed for each project in the quotation drawing.

Parameter

Specification / Requirement

Applications

Cold Storage, Process Cooling and Chilled-Water Applications

Load Profile

Varies Depending on Application

Temperature Requirements

Application-Specific

Design Load

To Be Provided

Target Temperatures

To Be Provided

Ambient Conditions

To Be Provided

Operating Schedule

To Be Provided

Connection Type

To Be Provided

Equipment Selection

Based on Confirmed Operating Requirements
Configurations

Configured Around
What You Store

Choose the temperature version first, then add the upgrades your site and product need. Every option is built and tested in the factory, not retrofitted on site.

  • 0 → +15 °C

    Chilled Storage

    Fruit, vegetables, flowers, dairy and beverages — humidity-friendly air distribution.

    01
  • −18 → −25 °C

    Frozen Storage

    Meat, seafood, ice cream and frozen food, with heated door frames and pressure relief.

    02
  • Down to −40 °C

    Blast Freezer

    High-capacity unit and airflow for fast pull-down of fresh product to core temperature.

    03
  • Chill + Freeze

    Dual-Zone Room

    An insulated partition splits a 40HQ into two rooms, each with its own refrigeration.

    04
For an Accurate Quotation, Please Provide:

Based on this information, the cold storage box and refrigeration configuration can be matched to the buyer’s vehicle and operating conditions.

  • Required internal or external box dimensions
  • Required storage temperature
  • Type of products to be transported
  • Vehicle type and cargo area dimensions
  • Required quantity
  • Available power supply
  • Daily operating time
  • Local ambient temperature
  • Required battery or solar configuration
Applications

Where It Works Best

The Portable Cold Storage Box for Tricycles, Vans & Pickup Trucks is suitable for transporting and storing temperature-sensitive products such as:

How We Deliver

From Inquiry to Cold Storage

  1. 01

    Requirement Review

    Product, target temperature, daily loading and site power supply.

  2. 02

    Design & Quotation

    Heat-load calculation, layout drawing and a configured quotation.

  3. 03

    Production & Testing

    Built in our factory and pull-down tested before it is released.

  4. 04

    Shipping & Documents

    Ships as a standard container with export and customs paperwork.

  5. 05

    Start-Up Support

    Remote commissioning guidance and long-term spare parts supply.

FAQ

Frequently Asked Questions

  • What is a V-shaped integrated condensing unit?

    It is an integrated refrigeration package whose condenser coil is arranged in a V shape. Major components are assembled in one chassis, with the exact scope depending on the selected configuration.

  • Which components are integrated into the unit?

    The source page identifies the compressor, condenser, throttling device and control system as integrated components. An evaporator may be external depending on the application and system design.

  • Does the unit connect to refrigerant piping or chilled-water piping?

    The source page describes refrigerant piping for an external-evaporator configuration and chilled-water piping when used as a chiller. Confirm the intended configuration and connection details before ordering.

  • Is the unit suitable for a space-constrained plant room?

    The integrated chassis is designed to consolidate key components, which can help with layout planning. Actual footprint, airflow clearance and maintenance access must be checked against the selected model's drawing.

  • What performance data should be checked before purchase?

    Confirm cooling capacity, rated operating conditions, refrigerant, electrical requirements, fan and coil data, connection sizes, dimensions, weight and control functions using the model-specific datasheet.

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