Supermarkets, Grocery Stores, and Food Distributors: Complete Refrigeration Systems That Fit Your Operation

Remote refrigeration systems can support coolers and freezers with 20, 40, even 100+ doors. These systems are ideal for supermarkets, grocery aisles, and high-volume foodservice operations that require continuous access to food.

Remote refrigeration systems can support coolers and freezers with 20, 40, even 100+ doors. These systems are ideal for supermarkets, grocery aisles, and high-volume foodservice operations that require continuous access to food.

Cold rooms are much larger than standard walk-in coolers. They often include separate zones for chilled, frozen, and deep-frozen goods, along with industrial-grade compressor systems and infrastructure for high-volume access and storage.

Key components include rack-type compressor units, modular insulated panels, stainless steel shelving, air curtains or strip doors, automated airflow systems, and thermal barriers. These systems are customized to suit specific sizes, temperature ranges, and product types.

Typical divisions include:

• Refrigerated (2°C to 8°C): dairy, produce
• Frozen (-18°C to -25°C): meats, long-term goods
• Quick-freeze (< -25°C): for flash-frozen or highly perishable items
• Fresh-keeping (10°C to 15°C): for fruits, vegetables, and beverages

Yes. With a rack-type refrigeration system, you can connect ice machines, multi-door display units, walk-in freezers, and cold rooms to a single centralized cooling setup, customized to meet your layout and load requirements.

Yes. Chef’s Deal works with grocery chains, restaurant supply depots, and logistics centers to design, supply, and support scalable cold room systems. We work with builders and contractors during pre-construction or retrofitting phases.

It’s possible but complex. Cold‑storage facilities require a specialized thermal envelope with high‑R-value insulation, vapor barriers, and reinforced floors. Retrofitting may involve cutting thermal breaks into existing concrete floors, repositioning the cooler box away from exterior walls to prevent condensation, and adding structural support for a “box within a box” refrigeration system. Without careful design, the retrofit can lead to costly performance problems.