Kitchen, Laundry & Back-of-House Energy

The Industrial Side of Hospitality

While the guest-facing areas of a hotel are designed for comfort and aesthetics, the back-of-house (BOH) zones function much closer to light industrial facilities. Commercial kitchens, central laundries, delivery bays, and massive storage areas require continuous, high-intensity energy input to support the polished experience provided out front.

Because these areas are strictly functional and heavily utilized by staff under tight operational schedules, they develop distinctive energy patterns. Monitoring these zones requires an understanding of process loads—energy consumed not just to condition a space, but to perform specific operational tasks like cooking a thousand banquet meals or washing tons of linens.

Commercial Kitchen Dynamics

Hotel kitchens are incredibly energy-dense environments. In a relatively small square footage, they concentrate massive thermal loads from cooking equipment, immense electrical demands from refrigeration, and significant HVAC loads from specialized ventilation.

Refrigeration and Freezers

Walk-in freezers and large refrigeration banks represent a rigid base load in the BOH area. They must run continuously to protect food safety. However, monitoring their consumption profiles can reveal operational inefficiencies. Frequent, extended door openings during delivery periods cause compressors to run continuously at peak load. Additionally, tracking the defrost cycles of these units often highlights mechanical issues. If a walk-in freezer enters defrost mode far too frequently, it signals either failing door seals or improper thermostat calibration.

Cooking Equipment and Ventilation

During meal prep and service, kitchens experience dramatic energy spikes. Ovens, fryers, and ranges generate intense heat, which must be immediately exhausted to maintain a safe working environment. Large exhaust hoods draw vast amounts of conditioned air out of the building, requiring makeup air units to pull fresh air inside and condition it rapidly. Sub-metering kitchen electrical panels helps facility managers correlate these high-demand periods with actual service schedules, identifying instances where heavy equipment or extraction fans are left running long after the kitchen has closed.

Laundry Operations

In-house laundry facilities are among the largest consumers of both electricity and domestic hot water. Commercial washing machines require massive volumes of heated water to achieve required thermal disinfection standards, while industrial drying tumblers consume intense amounts of electrical or gas energy to process heavy terry cloth and linens.

Monitoring laundry operations provides insight into scheduling efficiency. A common operational misstep identified through energy data is the processing of partial loads. When staff run large-capacity machines with only a fraction of their maximum weight, the energy and water consumed per pound of linen skyrockets. By reviewing interval data alongside housekeeping metrics, management can optimize laundry processing times—perhaps shifting heavy drying cycles to off-peak electrical hours to avoid compounding the building's overall peak demand.

Staff Areas and Service Corridors

While less intensive than kitchens or laundries, staff break rooms, service elevators, and delivery corridors represent a steady energy drain. In many older properties, these BOH corridors remain fully illuminated 24 hours a day, regardless of foot traffic. Tracking lighting circuits in these areas often provides the qualitative evidence needed to justify installing occupancy sensors or transitioning to LED infrastructure in non-guest-facing zones.

By bringing data visibility to the back-of-house, hotels can transform their most energy-intensive operational hubs into precisely managed processes, supporting sustainability goals without disrupting the essential rhythm of hospitality service.