Upright Kitchen Refrigeration
Reach-in refrigerators and freezers along the production wall, including dual-temperature formats where one footprint has to serve two storage conditions.
Refrigeration for schools, hospitals and canteens
Institutional catering runs to a timetable that cannot move. Several hundred or several thousand meals leave the kitchen inside a fixed window, the menu repeats on a cycle, and the food-safety routine is written down and inspected. Refrigeration is planned against that routine rather than against a peak trading day.
Where institutional kitchen refrigeration goes wrong
Schools, hospitals and canteens rarely buy the wrong cabinet type. They buy a cabinet sized for the average day and then run it on the day that matters, when a delivery arrives late, the menu overlaps with a special diet service, and the same reach-in door is opened by three different shifts. The unit is not overloaded in a single instant; it is loaded repeatedly without a documented recovery period, and the routine that the site is audited on does not match what the equipment can hold.
The pressures that repeat across institutional catering projects:
- A fixed service window. The meal service time is set by the institution, not by the kitchen, so all production, regeneration and plating activity is compressed into a short period.
- Receiving on a schedule. Deliveries arrive on fixed days. Bulk storage has to bridge the gap between the delivery cycle and the production cycle, not the other way round.
- Cyclical menus and batch production. The same dishes return every few weeks, produced in batches, which makes batch chilling and freezing a routine operation rather than a special one.
- Documented routines and inspection. Storage conditions, date marking and temperature records form part of the site's own food-safety documentation. What the equipment records and what the operator writes down are two different things and both have to be planned.
- Multiple diets and allergen separation. Texture-modified, allergen-free and general menus run in parallel, so separate storage positions and clearly identified containers are needed rather than more volume in one cabinet.
- Shifts and training. Equipment is used by staff with different levels of training, so access format and internal organization matter as much as capacity.
- Public procurement and documentation. The buying process is usually formal, with drawings, electrical data and an equipment schedule reviewed before award, and the documentation set confirmed per project.
Equipment families that cover an institutional workflow
An institutional kitchen normally combines six families across receiving, production, assembly and service:
Cold Rooms & Walk-Ins
Bulk chilled and frozen storage sized from the delivery cycle and the daily meal count rather than from the floor area of the store.
Blast Freezers
Batch chilling and freezing of cooked production, specified from batch weight, entry condition and the time the routine allows.
Prep Tables & Worktops
Refrigerated assembly and portioning surfaces at the production and plating stations, including raised-rail formats.
Salad Bars & Salad Workbenches
Refrigerated counters for self-service and servery lines, where pupils, patients or staff load and unload the unit directly.
Undercounter & Worktop Refrigerators
Compact storage at the servery, the diet kitchen and the ward or satellite pantry where there is no room for a full-height cabinet.
Selection parameters that decide the model
Institutional projects are usually reviewed against a written schedule, so these inputs should be confirmed in writing before a model recommendation is made.
| Meal count and service window | Meals per service, the number of services per day and the time available to produce, hold and plate them. The window is usually the binding constraint. |
|---|---|
| Receiving cycle | Delivery frequency, drop size and the interval the store has to bridge. This sizes bulk storage more reliably than a floor plan. |
| Chilled and frozen split | Which products are held chilled, which are held frozen and which move between the two. The split decides how many cabinets of each type are needed. |
| Batch chilling duty | Cooked batch weight, entry condition and the time allowed before the product enters storage, taken from the site food-safety plan. |
| Ambient at the unit position | Measured temperature where the cabinet stands during the busiest hour, not at the kitchen door. Confirmed per project. |
| Access format and staff routine | Solid doors, glass doors and drawers, plus shelf and tray organization, matched to how the shift actually loads and unloads the unit. |
| Cleaning, drainage and inspection access | Drainage route for defrost water, cleaning access behind and beneath units, and the positions inspectors need to reach. |
| Utilities and documentation | Voltage, frequency, phase, ventilation and the destination market documentation package, confirmed per project. |
Common procurement mistakes
- Sizing bulk storage from the size of the storeroom instead of the delivery cycle and the daily meal count.
- Planning production without a defined chilling or freezing step between cooking and storage, then relying on the routine to cover it.
- Specifying one cabinet for general, allergen-free and texture-modified menus, which forces separation to be managed by stacking order alone.
- Leaving out the servery and the satellite pantry, which are usually the positions with the least space and the most traffic.
- Reviewing the layout without confirming the drainage route and cleaning access, which are checked during inspection.
- Approving the equipment schedule before the documentation set required by the buying process is confirmed.
- Treating the certificate question as settled at brand level. CE, CB and RoHS coverage is confirmed per model and destination market.
What to send with the RFQ
Send the meal count per service, the number of services, the length of the service window, the menu cycle, the receiving cycle and drop size, the chilled and frozen split, the batch weights and entry condition for cooked production, the measured ambient at each unit position, the footprint and access constraints at the servery and pantry, the drainage and ventilation arrangements, the utilities and the destination market. If the project is tendered, 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 m² 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, confirmed by model, quantity, season and customization scope, and warranty terms are confirmed per project. For the storage side of the same schedule, see cold storage and distribution and restaurant and central kitchen. Details of the quality system are set out under quality and certifications.
Equipment families used here
Upright Kitchen Refrigeration
Reach-in and dual-temperature cabinets that carry day-to-day production storage along the kitchen wall.
Cold Rooms & Walk-Ins
Bulk chilled and frozen storage sized from the delivery cycle and the daily meal count.
Blast Freezers
Batch chilling and freezing of cooked production where the routine defines the target and the time window.
Prep Tables & Worktops
Refrigerated assembly and portioning surfaces at the production and plating stations.
Salad Bars & Salad Workbenches
Servery and self-service counters where diners reach into the unit during a compressed service window.
Undercounter & Worktop Refrigerators
Compact storage for diet kitchens, serveries and satellite pantries where a full-height cabinet will not fit.
Frequently asked questions
How do we size cold storage for a school, hospital or canteen?
Work back from the delivery cycle and the meal count rather than from the size of the storeroom. Take the meals per service, the products held chilled and frozen, the delivery frequency and drop size, and the interval the store has to bridge between deliveries. That interval, not the room area, decides the required volume.
Does an institutional kitchen need a blast freezer?
It depends on the production plan. Where cooked batches have to reach a defined condition before they enter storage, a planned chilling or freezing step belongs in the routine, and the unit is then specified from batch weight, entry condition and the time available. Where all production is served on the day, the duty may not exist at all.
How should allergen, texture-modified and general menus be stored?
Separation is a storage-position question rather than a capacity question. Separate cabinets or clearly divided compartments, identified containers and a fixed storage layout are what make the routine workable during a service window. The arrangement is agreed per site with the people who run the food-safety documentation.
What documentation should be included in a tender package?
Datasheet, dimension drawings, electrical data, refrigerant information, manual and spare-parts list are the usual review set. Test records and certificate files depend on the exact model and the destination market, so the documentation scope is confirmed per project before it is relied on in a tender.
Can the temperature be logged so it forms part of our records?
Control, display, alarm and data-logging functions vary by model, so the available scope is confirmed per model and per project. It is worth separating what the equipment records from what the operator must record, because the site's own documented routine is usually what is inspected.
Plan this project with us
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.