Hurricane prep for a coastal Tampa Bay hotel runs on a 72-hour clock. The walk-in inventory must be drawn down or transferred. The ice plant must be staged. Generators must be tested under load. Equipment that can be hardened (gaskets, panel seams, condenser tie-downs) must be hardened. Equipment that cannot be hardened (rooftop air-cooled condensers, pool-deck heads) must be drained, isolated, or accepted as exposed. Here is the operator-grade 72-hour runbook for a Tampa Bay 200+ room property.
Banquet kitchen: cancel non-essential events through storm window, draw down banquet walk-in protein inventory by 60–80%, transfer remaining critical inventory to the most-protected walk-in (typically interior, lower floor, on-generator). Restaurant: switch menu to limited-shelf-stable, draw down produce. Bar: secure bottle inventory, drain ice bins.
Verify every walk-in is on the emergency generator panel. Verify generator fuel and run-time capacity. Verify ColdSentry™ probes are reporting and cellular alert paths are live (cell carrier may degrade post-storm). Verify ATS (automatic transfer switch) operation. Document baseline temperatures across every unit for post-storm comparison.
Rooftop condensers: tie down loose panels, verify mounting bolt torque, clear loose debris from rooftop. Pool-deck equipment: drain ice machines, isolate electrical, secure or remove portable equipment. Outdoor walk-ins or condensing units: tarp or board what can be protected, accept what cannot.
Run the generator under banquet-walk-in + critical-walk-in load for 30–60 minutes. Most hotel generators are tested monthly under no-load — that's not the same test. Loaded operation surfaces fuel-starvation, ATS-timing, and capacity-margin issues. Fix anything that surfaces now, not at landfall.
Final equipment walk: every unit at setpoint, every door secured, every gasket sealed, every alarm path live. Photograph each unit and the controller display for insurance baseline. Lock mechanical rooms. Brief on-property engineering staff on emergency contact procedures and post-storm restart sequence.
During the storm window, ColdSentry™ cellular alerts (if cell network is up) provide visibility. Generator run-time visibility through the BAS. Do not send staff into mechanical rooms or onto rooftops during the storm window. Power loss is expected; equipment loss is the planning case.
Property safety walk first. Then equipment assessment: rooftop condensers (debris, hail damage, water intrusion), walk-in panels (water intrusion at seams), electrical (water in mechanical rooms), refrigerant lines (physical damage from debris). Document everything photographically before any restart attempt. Insurance claim documentation starts here.
Restart in this order: utility power restore confirmation → ATS verification → walk-in cooler restart and pull-down → walk-in freezer restart → reach-ins → ice plant → display cases → bar equipment. Pull-down a banquet walk-in from 75°F to 38°F takes 4–8 hours under design conditions, longer if condenser is debris-fouled. Do not load product until 38°F sustained for 30 minutes.
Coastal Tampa Bay properties (Gulf-front, Tampa Bay-front) face additional post-storm work: salt-spray on every air-cooled condenser, surge water in lower mechanical rooms, debris on every rooftop. Schedule post-storm rinse-down on every condenser within 72 hours of all-clear. Heresite-coated coils tolerate this; standard coils corrode rapidly without the rinse.
June 1 calendar prep (run-time fuel, generator load test, equipment hardening review) and 72-hour active runbook on each named storm with Tampa Bay impact projection.
Generally no for events within the 72-hour window of projected Tampa Bay impact. Cancel and re-book; the inventory loss exposure exceeds the event revenue.
Depends on tank size and load. Typical hotel generators run 24–72 hours on internal fuel. Plan for fuel re-supply on day 2 if the storm leaves the property without utility power.
Cellular alert paths typically remain live unless the cell network degrades significantly. ColdSentry™ devices have battery backup for short-term power loss. Verify cellular path before storm window.
Suncoast Cold Systems handles exactly this kind of commercial refrigeration issue across Tampa, St. Petersburg, Clearwater, Brandon, Riverview, Temple Terrace, and Wesley Chapel. 24/7 dispatch. Licensed Class A A/C Contractor (FL #CAC1824642), EPA 608 Universal, OSHA 30 Construction.
The Q3 PM cycle that overlaps with hurricane prep season.
The salt-air corrosion math that drives post-storm work on coastal sites.
What 24/7 dispatch actually costs at a property that never closes.