Upright Kitchen Refrigeration
Reach-in refrigerators, freezers and dual-temperature cabinets for bulk storage and service staging in a compact footprint.
Hotel refrigeration is a scheduling problem as much as a temperature problem. Banquet service concentrates the load into a few hours, several outlets share one back-of-house area, and the space available to hold everything is usually smaller than the operation would like.
Hotel kitchens rarely fail because one cabinet is undersized. They fail because the load arrives in peaks that were never described to the supplier. A banquet for several hundred covers loads and unloads a small number of cabinets in a short window, and a cabinet that holds temperature comfortably on a quiet day may not recover between courses.
The pressures that repeat across hotel and catering projects:
Hotel projects usually mix six families across banqueting, outlets and the pastry section:
Reach-in refrigerators, freezers and dual-temperature cabinets for bulk storage and service staging in a compact footprint.
Refrigerated preparation surfaces in the main kitchen, garde manger and pastry sections.
Bulk chilled and frozen storage for the main store, butcher area or central receiving point.
Batch chilling and freezing for banquet production and for holding surplus without losing condition.
Pastry shop and lobby presentation where the hotel sells cakes and desserts directly to guests.
Bar, lounge and breakfast-service drink display, matched to the outlet layout.
Hotel and catering projects are usually reviewed by an engineering consultant, so the parameters below should be available in writing before a model recommendation is made.
| Single or dual temperature | A dual-temperature cabinet puts chilled and frozen storage in one footprint, which helps where the back-of-house area is tight. Compartment arrangement, setpoints and defrost behaviour are confirmed per model. |
|---|---|
| Banquet batch load | Covers per event, product entry condition and the time available between production and service define the refrigeration duty. |
| Footprint and circulation | Trolley routes, service corridor width, door swings and cleaning access decide which formats physically fit the area. |
| Ambient and heat rejection | Where the unit sits, and where the heat it rejects goes. A cabinet in a closed service corridor needs ventilation planned, confirmed per project. |
| Sound level | Units near guest rooms, spa areas or open kitchens should be judged on the declared sound level for the specific model. |
| Access type | Glass doors speed up service and increase load. Solid doors hold better under heavy traffic. Drawers suit portioned service items. |
| Defrost and condensate | Defrost water has to go somewhere. Confirm the drainage route before the joinery or floor finish is fixed. |
| Utilities and documentation | Voltage, frequency, phase and the destination market documentation package, confirmed per project. |
Send the outlet list with the product held at each, the covers or batch size for banqueting, the measured ambient at each cabinet position, the footprint and circulation constraints, the drainage and ventilation arrangements, the utilities and the destination market. If a consultant is involved, send the equipment schedule and the drawing revision so the review is against one document set.
SHEHOPE is based in Foshan, Guangdong, China, and works through a shared manufacturing system with more than 20 years of experience, a 20,000 square meter production facility, four production lines, an annual capacity of approximately 50,000 units and an ISO 9001 quality system. OEM and ODM projects can cover voltage, plug, interior layout and logo marking, with the final electrical configuration confirmed per model and market. Typical production planning runs 15-30 days, and warranty terms are confirmed per project.
Dual-temperature and reach-in cabinets that cover mixed chilled and frozen storage in a single service footprint.
Refrigerated work surfaces for the main kitchen, garde manger and pastry sections.
Bulk storage at the receiving point, sized from daily load and delivery frequency rather than floor area.
Banquet batch chilling and freezing, specified from covers, entry condition and the service window.
Pastry shop and lobby presentation where cakes and desserts are sold directly to guests.
Bar, lounge and breakfast-service drink display matched to the outlet layout.
A dual-temperature cabinet divides the storage volume into compartments that run at different conditions, so chilled and frozen product share one footprint. Whether the compartments use separate refrigeration circuits or a shared system varies by model and configuration, so confirm the arrangement, the setpoints and the defrost behaviour for the exact model.
No. A buffet unit is loaded and opened continuously during service, while a store cabinet is opened in planned movements. Asking one unit to do both normally shortens recovery during the exact hours when the operation cannot afford it.
Plan around the peak, not the average. Give the covers per event, the product entry condition, the time between production and service, and the number of cabinets that will be loaded in that window. Recovery behaviour is then reviewed against the real service pattern.
Hotel and catering projects are often reviewed by a consultant, so drawings, electrical data and equipment schedules are usually required alongside the product datasheet. Certificate files are confirmed per model and destination market, and the documentation list is confirmed per project.
OEM projects can cover market-specific voltage and plug configurations, and wide-climate or tropical configurations are available for high-temperature environments. The final electrical configuration depends on the model and the applicable market approval, so it is confirmed per project.
Send the layout, menu or product mix, target temperatures and site conditions. We reply with the equipment list and the questions that still need answers.