Summer in Colorado brings more than just beautiful weather and outdoor adventures. The season also delivers increased risks of power outages that can leave your home without electricity for hours or even days. Between record-breaking heat waves, sudden thunderstorms, and wildfire threats, Colorado homeowners face unique electrical challenges during the warmer months.

The Colorado mountains and Front Range experience some of the most unpredictable weather patterns in the nation. Jefferson County alone sees an average of 40 thunderstorm days per year, with many occurring during peak summer months. These storms bring lightning strikes that damage transformers and power lines throughout the Denver metro area.

Your electrical system needs preparation before these outages strike. Taking action now protects your family, preserves your food, and keeps your home comfortable when the grid fails.

Why Colorado Summers Create Perfect Storm Conditions for Power Outages

Colorado’s electrical grid faces intense pressure during summer months. Air conditioning demand skyrockets when temperatures climb above 90 degrees, which happens frequently in Arvada and surrounding areas. The state’s utility companies report peak demand increases of 30-40% during heat waves.

Wildfires present another major threat to power infrastructure. The 2020 Marshall Fire in Boulder County destroyed over 1,000 homes and damaged countless electrical systems. Smoke from distant fires can also trigger power company shutoffs as a safety measure.

Thunderstorms arrive with little warning across the Front Range. These storms pack powerful winds, hail, and lightning that regularly knock out power to thousands of customers. Xcel Energy reported over 200,000 outages during a single storm system in July 2022.

Your home’s electrical panel and wiring bear the brunt of these weather events. Power surges from lightning strikes can fry sensitive electronics and damage appliances. Brownouts from overloaded circuits stress your electrical system and can cause long-term damage.

Read More: Summer Storm Electrical Problems

Essential Electrical Preparations Every Colorado Homeowner Needs

Install Whole House Surge Protection

Surge protection ranks as your first line of defense against power fluctuations. Lightning strikes and grid switching create voltage spikes that destroy electronics instantly. A whole house surge protector installed at your main electrical panel blocks these surges before they enter your home’s wiring.

Quality surge protection systems cost between $300-800 installed by a licensed electrician. This investment protects thousands of dollars worth of appliances, computers, and electronics. Standard power strips provide minimal protection compared to whole house systems.

Your surge protector needs professional installation and periodic inspection. Only qualified electricians can properly connect these devices to your electrical panel. DIY installation violates local codes and creates safety hazards.

Upgrade Your Electrical Panel for Better Load Management

Older electrical panels struggle with modern power demands. Homes built before 1990 often have 100-amp panels that cannot handle today’s electrical loads. Air conditioning, electric vehicle charging, and multiple devices running simultaneously overload these systems.

Panel upgrades to 200-amp service improve your home’s ability to manage power during outages and brownouts. Modern panels include better circuit breakers that trip more reliably during overload conditions. This prevents dangerous electrical fires and protects your wiring.

Proper panel labeling becomes critical during emergencies. Your electrician should clearly mark each circuit breaker with its corresponding room or appliance. This allows you to quickly shut off non-essential circuits during brownouts to preserve power for critical systems.

Add Generator Installation for Backup Power

Backup generators provide the ultimate protection against extended outages. Colorado’s remote mountain locations and severe weather can cause outages lasting several days. A properly installed generator keeps your refrigerator, medical devices, and communication equipment running.

Portable generators require careful setup and present carbon monoxide risks. Permanent standby generators installed by licensed electricians offer safer, more convenient operation. These systems automatically start when power fails and shut off when grid power returns.

Generator installation involves electrical panel modifications and gas line connections. Only qualified professionals should perform this work to ensure safe, code-compliant installation. Permits are required for permanent generator installations in most Colorado municipalities.

Install GFCI Protection for Outdoor Electrical Systems

Colorado’s summer storms bring moisture that creates electrical hazards around your home. Ground Fault Circuit Interrupter (GFCI) outlets detect electrical leaks and shut off power to prevent electrocution. These safety devices are required by code for all outdoor outlets and bathroom circuits.

Older homes may lack GFCI protection in critical areas. Your electrician can upgrade existing outlets or install new GFCI breakers at the panel. This upgrade protects your family and meets current electrical codes.

Test your GFCI outlets monthly by pressing the test and reset buttons. Outlets that fail to trip or reset properly need immediate replacement. Don’t ignore GFCI problems – they signal potential safety hazards.

Smart Load Management Strategies for Brownout Protection

Brownouts occur when electrical demand exceeds supply, causing voltage drops throughout the grid. These low-voltage conditions damage sensitive electronics and can cause appliances to malfunction or fail.

Create a priority list of essential electrical devices in your home. Refrigerators, medical equipment, and communication devices should receive power first during limited supply situations. Non-essential items like pool pumps, electric water heaters, and decorative lighting can be temporarily disconnected.

Install smart electrical panels that automatically manage loads during power fluctuations. These systems monitor voltage levels and disconnect non-critical circuits when brownout conditions occur. This protects your essential appliances and prevents damage from low voltage.

Consider adding battery backup systems for critical devices. Uninterruptible Power Supply (UPS) units provide temporary power for computers, medical devices, and communication equipment during brief outages. Whole home battery systems offer longer backup power but require professional installation.

Pre-Outage Electrical Safety Checklist

Walk through your home and identify all electrical safety hazards before outage season arrives. Loose outlets, exposed wiring, and overloaded circuits create fire risks that worsen during power fluctuations.

Unplug sensitive electronics when storms approach. Televisions, computers, and gaming systems suffer damage from even small power surges. Unplugging these devices provides better protection than surge strips alone.

Check your circuit breakers monthly to ensure they operate properly. Breakers that feel loose, make clicking sounds, or smell burnt need immediate replacement. Faulty breakers fail to protect your wiring during overload conditions.

Keep flashlights and battery-powered radios in easily accessible locations. Avoid using candles during outages, as they create fire hazards. LED flashlights provide safer, longer-lasting illumination.

Test your smoke alarms and carbon monoxide detectors monthly. Power outages often involve generators, candles, or alternative heating sources that increase fire and poisoning risks. Working detectors save lives during emergencies.

See also: What are the Main Reasons Behind a Power Outage? 

Why Professional Electrical Preparation Matters

Electrical work involves serious safety risks and complex code requirements. Licensed electricians understand Colorado’s unique electrical challenges and code requirements. They can identify potential problems before they cause outages or safety hazards.

Professional electrical inspections reveal hidden problems in older homes. Aluminum wiring, outdated panels, and improper grounding create risks that worsen during power fluctuations. Early identification and correction prevent expensive damage and safety hazards.

Permits and inspections ensure your electrical work meets current safety standards. DIY electrical work often violates local codes and creates insurance problems. Professional installation protects your investment and provides peace of mind.

Take Action Before the Next Outage Strikes

Colorado’s summer storm season arrives quickly, and preparation time runs short once severe weather begins. Your electrical system needs professional attention now to handle the challenges ahead.

Don’t wait for the first major storm to test your home’s electrical preparedness. Power outages happen without warning, and emergency electrical services become expensive and difficult to schedule during widespread outages.

Call ElectriCall today at 720-879-2253 for a comprehensive electrical safety assessment. Our licensed electricians serve Arvada and the entire Denver metropolitan area with expert installation of surge protection, generator systems, and electrical panel upgrades.

Your family’s safety and comfort depend on reliable electrical systems. Professional preparation now prevents costly damage and dangerous situations when Colorado’s summer storms arrive. Schedule your electrical consultation today and gain peace of mind for the challenging months ahead.

Summer BBQ season brings families together in backyards across the Denver Metro area. Your outdoor gatherings create lasting memories, but they also introduce serious electrical fire risks that many homeowners overlook.

Colorado’s dry summer conditions make electrical fire prevention crucial. A single spark from faulty wiring or an overloaded extension cord can ignite devastating fires that spread rapidly through our arid landscape.

Hidden Electrical Dangers During Summer BBQs

Most electrical fires during outdoor events start with seemingly harmless decisions. You plug your sound system into an indoor extension cord. You connect multiple devices to a single outdoor outlet. You string temporary lighting without checking wire conditions.

The National Fire Protection Association(NFPA) reports that electrical failures cause 13% of home structure fires annually. During summer months, this percentage increases significantly as homeowners push their electrical systems beyond safe limits.

Your backyard electrical setup faces unique challenges during BBQ season:

• Temperature fluctuations stress wire connections
• Moisture from sprinklers and humidity affects electrical components
• Heavy usage patterns overload circuits designed for lighter loads
• Temporary installations bypass proper safety protocols

Common Electrical Hazards at Backyard Gatherings

Overused Extension Cords Creating Fire Risk

Extension cords become fire hazards when you exceed their rated capacity. A typical 16-gauge extension cord safely handles 13 amps. Your outdoor refrigerator, sound system, and lighting combined often exceed this limit.

Heat buildup occurs when cords carry excessive current. This heat degrades wire insulation and creates fire conditions. Many homeowners daisy-chain multiple extension cords, compounding the danger.

Overloaded Outdoor Outlets

Your standard outdoor outlet connects to a 15-amp or 20-amp circuit. Summer BBQ equipment quickly overwhelms these circuits:

• Outdoor refrigerator: 6-8 amps
• Sound system with amplifier: 4-6 amps
• String lighting: 2-4 amps
• Electric grill accessories: 8-12 amps

This combination trips breakers at best. At worst, it creates fire conditions before protective devices activate.

Improperly Installed Outdoor Lighting Systems

Temporary lighting installations often use indoor-rated components exposed to weather. Moisture infiltration causes short circuits and electrical arcing. String lights with damaged insulation create direct fire hazards.

Many homeowners connect lighting systems without proper junction boxes or weatherproof connections. These installations violate electrical codes and create fire risks.

Faulty Wiring for Grills and Outdoor Appliances

Outdoor appliances require dedicated circuits with proper amperage ratings. Electric grills, outdoor refrigerators, and sound systems need stable power delivery. Inadequate wiring causes voltage drops, equipment damage, and fire hazards.

Aluminum wiring, common in older Denver Metro homes, poses additional risks outdoors. Aluminum connections loosen over time, creating high-resistance points that generate dangerous heat.

Colorado-Specific Electrical Fire Concerns

Denver’s elevation and climate create unique electrical challenges. Our dry summer air reduces humidity that normally provides some electrical insulation. Static electricity builds more readily, increasing shock and fire risks.

Colorado’s wildfire season overlaps directly with BBQ season. An electrical fire that might remain contained in humid climates can spread rapidly through our dry vegetation. Jefferson County and surrounding areas have experienced devastating wildfires started by electrical equipment failures.

Local electrical codes in Arvada and throughout the Denver Metro area require GFCI protection for all outdoor outlets. These requirements exist because our environmental conditions amplify electrical hazards.

Essential Electrical Safety Tips for Summer Events

Use Only Outdoor-Rated Equipment

Outdoor electrical equipment carries weatherproof ratings. Look for these markings:

• “W” rating for wet locations
• NEMA enclosure ratings 3R or higher
• UL listing for outdoor use

Indoor extension cords lack weatherproof construction. Water infiltration through damaged insulation creates electrocution and fire hazards.

Install GFCI Protection for All Outdoor Circuits

Ground Fault Circuit Interrupter (GFCI) devices prevent electrocution by detecting current leakage. Every outdoor outlet requires GFCI protection per National Electrical Code requirements.

GFCI outlets shut off power within milliseconds when they detect dangerous conditions. This protection prevents many electrical fires before they start.

Inspect All Electrical Equipment Before Use

Check extension cords for these warning signs:

• Cracked or brittle insulation
• Exposed wire conductors
• Bent or damaged plugs
• Scorch marks or burn odors
• Loose connections

Replace damaged equipment immediately. Electrical tape cannot safely repair compromised insulation.

Avoid Daisy-Chaining Power Strips

Connecting multiple power strips creates fire hazards. Each connection point introduces resistance that generates heat. Power strips designed for indoor use lack weatherproof construction needed for outdoor environments.

Calculate your total electrical load before connecting equipment. Ensure your circuit capacity exceeds your planned usage by at least 20%.

Professional Electrical Solutions for Outdoor Entertaining

Dedicated Outdoor Circuit Installation

Professional electricians install dedicated circuits sized for your specific outdoor needs. A 20-amp circuit safely powers most BBQ setups. Larger installations may require 30-amp or 50-amp circuits.

Dedicated circuits eliminate overloading risks and provide stable power for your equipment. Proper installation includes weatherproof panels and GFCI protection at the source.

Proper GFCI Protection Setup

GFCI protection comes in multiple forms:

• GFCI outlets at each location
• GFCI breakers protecting entire circuits
• Portable GFCI devices for temporary use

Professional installation ensures proper GFCI operation and code compliance. DIY GFCI installations often fail due to incorrect wiring connections.

Permanent Outdoor Kitchen Wiring

Outdoor kitchens require complex electrical systems. Multiple circuits serve different equipment types:

• 240-volt circuits for electric grills
• 120-volt circuits for refrigeration
• Low-voltage circuits for lighting systems
• Control circuits for automated systems

Licensed electricians design these systems to meet current electrical codes and future expansion needs.

Surge Protection for Outdoor Equipment

Outdoor electrical equipment faces voltage fluctuations from weather and grid conditions. Whole-home surge protection shields your investment in outdoor appliances.

Point-of-use surge protectors provide additional protection for sensitive electronic equipment like sound systems and automated controls.

When to Call ElectriCall for Immediate Service

Contact our emergency electrical services immediately if you notice:

• Burning smells from outlets or electrical equipment
• Sparking or arcing from connections
• Frequent circuit breaker trips
• Warm or hot electrical panels
• Flickering lights when appliances start

These symptoms indicate dangerous electrical conditions requiring immediate professional attention.

Call ElectriCall now at 720-879-2253 for emergency electrical service.

Professional Electrical Safety Inspections

Schedule electrical safety inspections before BBQ season begins. Our certified electricians identify potential hazards and recommend safety improvements.

Inspection services include:

• Outdoor outlet testing and GFCI verification
• Circuit capacity analysis for planned loads
• Extension cord and equipment safety evaluation
• Code compliance verification for existing installations

Arvada’s Outdoor Electrical Requirements

Arvada sits in the heart of Jefferson County, where electrical codes reflect our unique environmental challenges. The city’s elevation of 5,344 feet and proximity to the Rocky Mountain foothills create electrical conditions different from sea-level locations.

Historic Olde Town Arvada hosts numerous outdoor events throughout summer. The area’s Victorian-era homes often require electrical upgrades to safely support modern outdoor entertaining needs.

The Clear Creek running through Arvada creates microclimates that affect electrical equipment. Moisture from the creek combined with our dry climate creates condensation cycles that stress electrical connections.

Local landmarks like the Arvada Center for the Arts and Humanities demonstrate proper outdoor electrical installations. These facilities show how professional electrical design creates safe outdoor entertainment spaces.

Take Action Today

Your family’s safety depends on proper electrical preparation for summer BBQ season. Don’t risk electrical fires that could destroy your home and threaten lives.

Contact ElectriCall today for professional electrical safety services:

• Emergency repairs: Available 24/7 for urgent electrical hazards
• Safety inspections: Comprehensive electrical system evaluation
• Outdoor circuit installation: Dedicated power for your BBQ area
• GFCI upgrades: Code-compliant safety protection

Call 720-879-2253 now to schedule your electrical safety consultation. Our experienced electricians serve Arvada, Jefferson County, and the entire Denver Metro area with reliable electrical solutions.

Summer BBQ season should create great memories, not electrical emergencies. Let ElectriCall ensure your outdoor electrical systems operate safely and reliably all season long.

Summer temperatures in Colorado can push electrical systems to their limits. Denver metro area residents know the challenge of keeping cool when temperatures soar above 95°F for days at a time. Your home’s electrical circuits face unprecedented demand when multiple cooling devices run simultaneously.

Circuit overloads happen more frequently during summer months. The combination of window air conditioning units, portable fans, and other cooling appliances can trip breakers and create dangerous conditions. Understanding how to manage your electrical load prevents power outages and protects your family from fire hazards.

Understanding Circuit Overload and Summer Electrical Demands

What Happens During Circuit Overload

Electrical circuits have specific amperage limits designed for safety. A standard 15-amp circuit can handle approximately 1,800 watts of power. When you exceed this limit, the breaker trips to prevent overheating and potential fires.

Summer cooling devices consume significant power:

• Window A/C units: 500-1,500 watts
• Portable air conditioners: 900-1,400 watts
• Box fans: 50-100 watts
• Tower fans: 40-75 watts
• Ceiling fans: 60-90 watts

Why Summer Creates Perfect Storm Conditions

Your electrical system faces unique challenges during hot weather. Multiple factors combine to increase circuit overload risks:

Air conditioning units work harder in extreme heat. A window unit that normally draws 8 amps might pull 12 amps when outdoor temperatures exceed 90°F.

People add more cooling devices to supplement inadequate air conditioning. You might plug in extra fans, portable A/C units, or evaporative coolers without considering total electrical load.

Older homes in Denver metro areas like Arvada and Westminster often have electrical panels from the 1970s and 1980s. These systems were not designed for today’s cooling demands.

Safe Fan Operation and Power Management

Distributing Fan Loads Across Circuits

Never plug multiple high-wattage fans into the same outlet or circuit. Check which outlets share circuits by turning off breakers and testing outlets with a simple plug-in tester.

Ceiling fans offer the most efficient cooling per watt used. A quality ceiling fan uses 60-90 watts while providing air movement equivalent to multiple portable fans.

Box fans and tower fans should be spread across different rooms and circuits. Avoid daisy-chaining power strips or using extension cords for permanent installations.

Strategic Fan Placement for Maximum Efficiency

Position fans to create cross-ventilation rather than simply adding more units. One fan pulling hot air out of a room while another brings cooler air in uses less power than multiple fans circulating stagnant air.

Use fans to supplement rather than replace air conditioning. Raising your thermostat 3-4 degrees while using fans maintains comfort while reducing electrical load.

Consider whole-house fans for Colorado homes. These systems pull cool evening air through the house and exhaust hot air through the attic, reducing air conditioning loads significantly.

Related to: Dual Function Circuit Breakers vs. Combination Arc-Fault Circuit Breakers

Window A/C Unit Safety and Circuit Requirements

Proper Window Unit Installation and Power Needs

Window air conditioning units require careful electrical planning. Units over 7,000 BTU typically need dedicated 20-amp circuits to operate safely.

Never use extension cords with window A/C units. The high amperage draw creates fire hazards when run through inadequate wiring. If your nearest outlet cannot handle the load, call an electrician to install a proper circuit.

Check your unit’s amperage requirements on the manufacturer label. Add 25% to this number to account for startup surge and hot weather operation. This gives you the minimum circuit capacity needed.

Managing Multiple Window Units

Running multiple window A/C units requires strategic electrical planning. Two 8,000 BTU units cannot share a standard 15-amp circuit without causing overloads.

Stagger operation times when possible. Cool bedrooms during evening hours while living areas run during the day. This spreads electrical demand across time periods.

Consider upgrading to a central air system if you’re running three or more window units. The electrical efficiency and comfort improvement often justify the investment.

Avoiding Common Cooling Device Mistakes

Extension Cord Dangers with High-Wattage Appliances

Extension cords create resistance that reduces power delivery and increases heat buildup. A 12-gauge extension cord carrying 15 amps can reach dangerous temperatures within minutes.

Portable air conditioners should plug directly into wall outlets rated for their amperage draw. The convenience of an extension cord is never worth the fire risk.

If you must temporarily use an extension cord, choose 12-gauge wire rated for the device’s full amperage. Inspect the cord for damage before each use and unplug when not needed.

Power Strip and Surge Protector Limitations

Standard power strips are not designed for high-wattage cooling appliances. Most power strips handle only 15 amps total across all outlets combined.

Surge protectors offer protection from voltage spikes but do not increase circuit capacity. Plugging two window A/C units into a surge protector will still trip your breaker.

Use individual surge protectors for each high-value cooling device rather than trying to protect multiple units through one power strip.

When You Need Dedicated Circuits for Cooling Equipment

Identifying Dedicated Circuit Requirements

Window A/C units over 7,000 BTU require dedicated circuits according to National Electrical Code standards. This prevents other appliances from sharing the electrical load.

Portable air conditioners rated above 12 amps need dedicated circuits for safe operation. Check the unit’s electrical requirements before purchasing.

Whole-house cooling systems like evaporative coolers or attic fans typically require dedicated 20-amp or 30-amp circuits depending on motor size.

Benefits of Proper Electrical Infrastructure

Dedicated circuits eliminate competition for power between appliances. Your window A/C unit operates at full efficiency without sharing electricity with lights, outlets, or other devices.

Properly sized circuits reduce wear on electrical components. Breakers, outlets, and wiring last longer when not constantly operating near capacity limits.

Home insurance companies may require dedicated circuits for high-amperage appliances. Proper installation protects your coverage and reduces liability risks.

Colorado-Specific Electrical Considerations

Challenges in Denver Metro Area Homes

Many homes in Arvada, Westminster, and surrounding Jefferson County areas were built between 1960-1990 with electrical systems designed for different usage patterns. These older panels often have only 100-amp service, which struggles with modern cooling loads.

Colorado’s elevation affects electrical equipment performance. The thinner air at 5,280 feet provides less cooling for electrical components, potentially causing premature failures in overloaded circuits.

Temperature swings common in Colorado create thermal stress on electrical connections. Daily temperature variations of 30-40 degrees can loosen connections over time, increasing resistance and heat buildup.

Local Code Requirements and Utility Considerations

Xcel Energy, the primary utility serving the Denver metro area, offers rebates for energy-efficient cooling upgrades. Proper electrical infrastructure may be required to qualify for these programs.

Jefferson County requires permits for electrical work including dedicated circuit installation. Professional electricians ensure code compliance and proper installation techniques.

Colorado’s fire danger during dry summers makes electrical safety particularly important. Overloaded circuits in areas prone to wildfire can create ignition sources that threaten entire neighborhoods.

Professional Electrical Assessment for Summer Readiness

Signs Your System Needs Evaluation

Flickering lights when cooling equipment starts indicate insufficient electrical capacity. This symptom suggests your electrical panel cannot handle startup surges from motors and compressors.

Frequently tripping breakers signal overloaded circuits. If you cannot run normal household appliances alongside cooling equipment, your electrical system needs upgrading.

Warm outlets or switch plates around cooling equipment indicate dangerous resistance heating. This condition requires immediate professional attention to prevent fires.

Benefits of Electrical Panel Upgrades

Modern electrical panels provide 200-amp service compared to older 100-amp systems. This increased capacity allows safe operation of multiple cooling devices simultaneously.

Updated panels include arc-fault circuit interrupters (AFCI) and ground-fault circuit interrupters (GFCI) that provide enhanced safety protection. These devices can prevent electrical fires and electrocution hazards.

Proper load calculations ensure your electrical system can handle both current needs and future additions. Professional electricians consider all household electrical demands when designing upgrades.

Practical Summer Electrical Safety Tips

Daily Operation Best Practices

Start cooling equipment gradually rather than turning everything on simultaneously. Staggered startup reduces peak electrical demand and prevents breaker trips.

Monitor electrical usage during peak demand periods. Most overloads occur during late afternoon and early evening when temperatures peak and people return home.

Keep electrical panels accessible and clearly labeled. During emergencies, you need quick access to shut off power to overloaded circuits.

Maintenance and Monitoring

Clean cooling equipment regularly to maintain efficiency. Dirty filters and coils force motors to work harder, increasing electrical consumption.

Check outlet temperatures monthly during summer. Warm outlets indicate potential problems that could lead to fires or equipment damage.

Test GFCI outlets monthly using the test and reset buttons. These safety devices protect against electrocution but only work when properly maintained.

Emergency Procedures and Safety Protocols

What to Do When Circuits Overload

Turn off cooling equipment immediately when breakers trip. Allow the breaker to cool for several minutes before attempting to reset.

Redistribute electrical loads before restarting equipment. Move some devices to different circuits or turn off non-essential appliances.

Never force a breaker to stay on or bypass safety devices. These mechanisms exist to prevent fires and equipment damage.

When to Call Professional Help

Contact an electrician immediately if you smell burning odors near electrical equipment. This indicates dangerous overheating that could cause fires.

Professional evaluation becomes necessary when you cannot operate normal cooling equipment without tripping breakers. This suggests fundamental electrical capacity problems.

Emergency electrical service prevents minor problems from becoming major hazards. ElectriCall provides 24/7 emergency service throughout the Denver metro area at 720-879-2253.

Read More: 5 Tips to Save on Your Summer Electric Bill

Conclusion

Safe summer cooling requires proper electrical planning and professional assessment. Understanding your home’s electrical limits prevents dangerous overloads and costly equipment damage.

Professional electricians can evaluate your current system and recommend upgrades that ensure safe, reliable cooling throughout Colorado’s hot summers. Proper electrical infrastructure protects your family and property while providing the comfort you deserve.

Don’t wait for electrical problems to compromise your summer comfort and safety. Contact ElectriCall today at 720-879-2253 for a comprehensive electrical assessment that ensures your cooling systems operate safely and efficiently all season long.