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RESTAURANT ENERGY GUIDE

Florida Restaurant Electricity Costs (2025)Why You Pay $2.50-$4/sqft & How to Cut 20-35%

🍽️ Restaurant Energy Facts

  • Typical cost: $2.50-$4.00 per sqft annually (2-3x office buildings)
  • Energy intensity: Restaurants use 5-10x more energy per sqft than offices
  • Biggest costs: HVAC (35%), kitchen equipment (30%), refrigeration (20%)
  • Peak hours: Lunch & dinner = highest demand charges
  • Savings potential: 20-35% through equipment + controls + scheduling
  • Rebates available: $10k-$40k from Duke/FPL/TECO
📅 Updated: February 2025⏱️ 12 min read

Florida restaurants have the highest electricity costs per square foot of any commercial building type—averaging $2.50-$4.00/sqft annually. A 4,000 sqft restaurant can easily spend $120,000-$180,000 per year on electricity.

The combination of heat-generating kitchen equipment, intensive HVAC loads, 24/7 refrigeration, and simultaneous peak demand during meal rushes creates a perfect storm of high energy costs.

💰 Real Example: Miami Full-Service Restaurant

Restaurant: 4,500 sqft full-service, Miami (FPL customer)

Annual electricity: 145,000 kWh

Annual cost: $16,800 ($3.73/sqft)

Breakdown:

  • • HVAC: $5,880 (35%)
  • • Kitchen equipment: $5,040 (30%)
  • • Refrigeration: $3,360 (20%)
  • • Lighting: $1,680 (10%)
  • • Other: $840 (5%)

After optimization:

LED retrofit + controls: -$2,400/year

HVAC scheduling: -$1,680/year

Equipment upgrades: -$1,200/year

Total savings: $5,280/year (31% reduction!)

FPL rebates: $12,400

Net investment: $8,600

Payback: 1.6 years

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Restaurant Energy Cost Breakdown

1. HVAC (35%)

Why so high: Kitchen heat loads + dining comfort + Florida climate

Optimization Strategies:

  • • Install demand-controlled ventilation
  • • Schedule pre-cooling before rush hours
  • • Use kitchen hoods with smart controls
  • • Seal kitchen-dining area separation

2. Kitchen Equipment (30%)

Main culprits: Ovens, fryers, griddles, warmers

Optimization Strategies:

  • • Replace with ENERGY STAR equipment
  • • Use induction cooking (50% more efficient)
  • • Turn off equipment during non-peak
  • • Regular maintenance & calibration

3. Refrigeration (20%)

Challenge: 24/7 operation + frequent door openings

Optimization Strategies:

  • • Upgrade to high-efficiency units
  • • Install strip curtains on walk-ins
  • • Regular coil cleaning (2x/year)
  • • Use LED lighting in coolers

4. Lighting (10%)

Easy wins: LED retrofit + occupancy sensors

Optimization Strategies:

  • • Convert to LED (60-75% savings)
  • • Install dimming controls
  • • Use daylight harvesting
  • • Occupancy sensors in storage areas

Florida Restaurant Success Stories

Quick-Service Restaurant - Orlando

Size: 2,800 sqft

Before: $84,000/year

Actions: LED + kitchen hood controls + HVAC scheduling

After: $62,400/year

Savings: $21,600/year (26%)

Duke rebates: $8,200

Payback: 1.3 years

Fine Dining - Tampa

Size: 6,200 sqft

Before: $198,000/year

Actions: Walk-in cooler upgrade + induction cooking + smart HVAC

After: $138,600/year

Savings: $59,400/year (30%)

TECO rebates: $24,800

Payback: 2.1 years

FAQ

Why do restaurants use so much electricity?

Three factors: (1) Heat-generating kitchen equipment requires intensive cooling, (2) 24/7 refrigeration loads, (3) Simultaneous peak demand during meal rushes creates high demand charges. Restaurants use 5-10x more energy per sqft than typical offices.

What's the quickest ROI for restaurants?

LED lighting retrofit. Costs $3k-$8k, saves $2k-$4k/year, plus reduces HVAC load by cutting heat output. With Duke/FPL/TECO rebates covering 40-60% of cost, payback is typically under 1 year.

Related Resources

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