Understanding Your Home Electrical System
The most important step you can take to prevent electrical fires is learning about your home’s electrical system. Know the warning signs and keep your family safe.
Do you know how your home electrical system works? According to the NFPA, electrical failures cause thousands of house fires every year. These fires result in injuries and billions in property damage. Often, faulty electrical distribution or lighting equipment is to blame.
However, there is good news. Many of these fires are entirely preventable. To stay safe, you must learn to recognize the early warning signs. In this guide, we will explain your whole home electrical system. As a result, you will be better equipped to spot hazards before they cause real harm.
1. Your Home Electrical System’s Service Panel
Every house has a main service panel. You can usually find it in the basement, garage, or utility room. This panel sends power to your switches, outlets, and appliances. Therefore, knowing what is inside is your first line of defense.
Circuit Breakers & Fuses
These devices protect your wires from getting too hot. For example, circuit breakers “trip” to stop the power if it gets dangerously high. Older fuses will “blow” to do the same thing. If a breaker trips often, your circuit is likely overloaded. In this case, you should call a professional electrician.
Arc Fault Circuit Interrupters (AFCIs)
An arc fault is a dangerous problem. It is usually caused by stressed, damaged, or hot wires. AFCIs replace normal circuit breakers to fix this. Specifically, they detect these hidden sparks and shut the power off before a fire starts. Learn more about our AFCI upgrades.
2. Home Electrical System Wiring Types
About one-third of US homes are over 50 years old. As a result, their wiring might not be safe. The types of wires hidden behind your walls greatly impact your safety.
Knob & Tube (1800s – 1930s)
This is an old, ungrounded system. It uses ceramic knobs and tubes to run wires. Unfortunately, it chips and breaks easily as it ages. Today, it is a known fire hazard. We offer knob and tube replacement.
Aluminum Wiring (1960s – 1970s)
Builders used aluminum when copper prices were very high. However, older aluminum wiring can cause loose connections at your outlets. This creates a severe fire hazard. A licensed electrician must properly mitigate it. See our aluminum wiring solutions.
Grounded Systems (1940s – Present)
Modern wiring adds a third “ground” wire. This wire connects directly to the earth. During a short circuit, it safely sends stray power into the ground. Consequently, it greatly lowers your chance of getting shocked.
3. Outlets in Your Home Electrical System
You use your outlets every single day. Therefore, they are your most direct link to your home electrical system. Making sure they meet current safety standards is very important.
Life-Saving Outlet Technologies
Ground Fault Circuit Interrupters (GFCIs): These outlets trip off when electricity leaks. Today, building codes require them in kitchens, bathrooms, basements, and outdoors. Most importantly, GFCIs quickly stop power before a deadly shock happens.
Tamper Resistant Receptacles (TRRs): These have spring-loaded shutters. They only open when you push both sides at once. Thus, they stop children from sticking objects like keys into the outlet. As a result, they prevent terrible burn injuries.
Need an Electrical Safety Inspection?
Does something in your West Central Minnesota home seem wrong? Do you have tripping breakers or old wiring? If so, Bright Haven Electric LLC can help. We provide professional safety inspections to give you peace of mind.
Prevent Fires with AFCI Breakers
An Arc Fault Circuit Interrupter (AFCI) is one of the most important safety upgrades you can make to your electrical panel. Learn how they detect dangerous hidden faults and stop electrical fires before they start.
What Is an AFCI Breaker?
Arc Fault Circuit Interrupters (AFCIs) are specialized circuit breakers that serve as the advanced guard for your home’s electrical system. They provide an essential layer of protection against sparking or arcing faults that standard breakers cannot detect. While standard breakers shut off power if a circuit is overloaded, AFCI breakers are designed specifically to detect fire hazards.
How Does an AFCI Breaker Work?
Think of an AFCI breaker as a tiny, highly sensitive computer constantly monitoring the electrical current in your home. An “arc fault” occurs when current flows along an unintended path—like jumping across a frayed wire, loose connection, or degraded insulation.
These arcs generate immense heat (exceeding 10,000°F) and are the leading cause of residential electrical fires. The AFCI instantly detects the unique electrical signature—sharp spikes and drops in voltage—of a dangerous arc and cuts the power within fractions of a second, stopping the fire hazard dead in its tracks.
AFCI vs. GFCI: What’s the Difference?
Many homeowners confuse AFCIs with GFCIs (Ground Fault Circuit Interrupters). While both protect you, their primary functions are very different:
AFCI (Fire Prevention)
Protects your home from electrical fires. Monitors the entire circuit for dangerous arcs caused by damaged wiring behind walls, loose connections, or compromised appliance cords.
GFCI (Shock Prevention)
Protects you from deadly electrocution. Required near water sources (kitchens, bathrooms, outdoors), it detects when electricity escapes its intended path and might pass through your body to the ground.
Pro Tip: You don’t have to choose between them! Dual Function AFCI/GFCI breakers are now standard, providing both fire hazard and electrocution protection in a single smart component.
Are AFCI Breakers Required?
Yes! Over the past two decades, the National Electrical Code (NEC) has aggressively expanded AFCI requirements. Today, nearly every habitable room in a new residential construction requires AFCI protection.
For older homes, there’s no law stating you must strictly upgrade your panel right this minute. However, local municipalities enforce AFCI updates when you are adding new circuits, heavily modifying existing ones, or replacing your electrical panel. Even if an upgrade isn’t legally mandated for your older home, having an electrician install AFCI breakers is the single best investment you can make for your family’s safety.
What Happens if an AFCI Breaker Trips?
AFCI breakers are incredibly sensitive—which is precisely what you want from a life-saving device! If your AFCI breaker trips, here is what you should do:
- Unplug Everything: Turn off and unplug all devices connected to that circuit.
- Reset and Isolate: Reset the breaker and plug devices back in one at a time. This helps determine if an incompatible appliance (like an old vacuum or treadmill) is causing the issue.
- Inspect Your Cords: Check device cords and plugs for damage, crimps, or frays that might be causing an arc fault.
- Consider Overload: Ensure you aren’t simply demanding too much power from that specific circuit.
If the breaker continues to trip and your efforts come up empty, do not ignore it or attempt to swap it out for a standard breaker! Call a licensed professional to find the hidden fault.
Upgrade Your Home’s Safety Today
Your family’s safety is our top priority. If you live in West Central Minnesota and want to upgrade your home with life-saving AFCI and dual-function breakers, trust Bright Haven Electric LLC for expert, code-compliant installations.
7 Home Electrical Safety Tips
From blow-drying our hair before work to celebrating our new air fryer, electricity keeps our modern lives moving along. But here’s the tricky part: Electrical fires are the second-leading cause of home fires in the U.S., especially due to aging wiring systems and a growing dependency on electronics.
Whether you’ve just moved into a new space or are looking to give your current home a much-needed self-inspection, here are the top tips to keep your West Central Minnesota home safe from common electrical dangers.
Perform Routine Checkups
Move room-to-room and inspect the things under your control. Ensure plugs fit snugly in outlets, cords are intact, and wires aren’t pinched by doors or under rugs. Major appliances (like AC units and space heaters) must plug directly into wall outlets, never a power strip or extension cord!
Know the Warning Signs
Hidden issues like failing knob-and-tube wiring can degrade unseen. Keep an eye out for flickering lights, tripped breakers, buzzing sounds from walls or appliances, odd smells, sparks, or wall switches that feel unusually hot to the touch.
Avoid Electrical Overloads
We know how tempting it is to fit just one more plug into that surge protector. But most outlets can only handle 15 to 20 amps. Overloaded systems are top culprits of electrical fires. Never daisy-chain extension cords. If you rely on them, you need an electrician to add more circuits.
Reconsider DIY Wiring
The moment wiring behind the walls comes into the picture, drop the tools. Anything past changing a light fixture requires the help of a licensed professional to avoid shock hazards, code violations, or starting a slow-burning fire inside your wall cavities.
Unplug Unused Appliances
If you do not need an appliance at all times—such as a slow cooker, hair straightener, or blender—unplug it when not in use to eliminate standby phantom power draw and reduce the risk of a short circuit. Going on vacation? Unplug computers and TVs to dodge storm surge damage.
Childproof Your Outlets
If you have little ones in the house, plastic plug-in covers only go so far. Upgrade to Tamper Resistant Receptacles (TRRs). TRRs have a built-in spring-loaded internal shutter that prevents a child from inserting a singular unwanted object into the wall.
#7: Upgrade to AFCI Protection
Arc faults cause a whopping 30,000 home fires throughout the U.S. each year. An arc fault is an unintended electrical discharge—a spark or continuous arc jumping across a gap—usually caused by damaged wires or old cord insulation.
Arc Fault Circuit Interrupters (AFCI): AFCIs are advanced breakers that constantly monitor the electrical waveform. They can detect the moment this damaging fault occurs, cutting off power before the arc can start a fire. Having an electrician install AFCI breakers in your panel is a massive leap forward for your home’s safety profile.
Complete Peace of Mind
Electrical safety goes far beyond avoiding a tripped breaker. By paying close attention to the wiring of your home, you can earn peace of mind. If you suspect your home has an electrical hazard, let Bright Haven Electric LLC perform a thorough safety inspection.
Is Your Electrical Panel Unsafe?
If you own an older West Central Minnesota home built before 1990, you might have one of these outdated main electric panels hiding in your basement or garage. They don’t just look old—they can be extremely dangerous fire hazards.
4 Dangerous Panels You Should Replace
Electrical panels contain safety devices (either fuses or circuit breakers) designed to trip and shut off power when too much electricity flows through them, preventing house fires. However, many older homes still rely on outdated panels that fail to operate as intended.
Here are four types of unsafe electrical panels you should consider replacing immediately if found in your home:
Federal Pacific Electric (FPE)
Popular from the 1950s to 1980s, these panels are notorious for breakers that fail to trip during short circuits or overloads. Even worse, FPE circuits in the “off” position may still send power, putting anyone working on them at risk of severe electrocution. Look for “Federal Pacific” or “Stab-Loc” printed inside.
Zinsco (GTE-Sylvania)
Commonly installed in the 1970s, Zinsco panels have a critical flaw: their circuit breakers can melt and permanently fuse to the main bus bar. Once melted, the breaker can never trip, allowing massive power surges to melt wires and start fires. If you see the names “Zinsco”, “GTE-Sylvania”, or “Sylvania”, get an inspection immediately.
Split-Bus Electrical Panels
Modern panels have a single main disconnect. Split-bus panels, last used over 40 years ago, have up to six “main” breakers controlling different buses. While not inherently flawed by design, they are far past their expected lifespan, meaning breakers may stick. Furthermore, current electrical codes no longer permit multiple disconnects in this manner.
Modified Fuse Boxes
Fuses safely stop overloads by burning out, but modern domestic energy consumption easily overwhelms old fuse boxes. The real danger comes from homeowners who try to stop fuses from blowing—like plugging in too many appliances, installing oversized fuses (e.g., 20-amp instead of 15-amp), or placing a metal coin behind the fuse, completely removing any fire protection.
Don’t Take Chances With Your Safety
Is an outdated panel secretly threatening your family’s safety?
Get a Professional Inspection: If you spot an FPE, Zinsco, split-bus, or old fuse box in your home, do not attempt to service it yourself. At the very least, you should have a licensed, professional electrician inspect the panel for signs of scorching, melting, or failure. A panel replacement is a small price compared to losing your home to an electrical fire.
Upgrade Your Home’s Electrical Panel
If you live in West Central Minnesota and suspect your home has an unsafe, outdated electrical panel, Bright Haven Electric LLC is here to help keep your family secure and your home up to code.
Perfecting Your TV Wall Mount
Ready to upgrade your living room? TV wall mounting frees up space, looks sleek, and improves viewing angles. But before you start drilling holes in your drywall, review these 6 essential tips from professional electricians.
6 Crucial Considerations for Installation
Hanging a flat-screen isn’t as simple as driving a few screws with a drill. You need to account for sight lines, building materials, and electrical code compliance. Here is what you need to research before purchasing your TV bracket:
Choose Your Mount Bracket
A fixed or tilting mount will hold your TV close against the wall holding it securely in place while tilting down slightly—ideal for above a fireplace. An articulating mount features a retractable arm allowing you to pull the TV out and swivel it toward various seating areas.
Plan for Connected Devices
What needs to be connected? A cable box, Apple TV, soundbar, or gaming consoles like an Xbox or PlayStation? Knowing this dictates how many HDMI cables your installer needs to run through the wall during the project.
Determine Component Storage
Where will those devices live? If you want a clean aesthetic, you can house them in a media console below the screen, place them on floating shelves, or use hidden wireless boxes mounted behind the TV itself.
Determine Viewing Height
Comfort is key. You don’t sit in the front row of the movie theater staring straight up, so don’t subject yourself to neck strain at home. Finding the optimal height relative to your seating arrangement is crucial before mounting.
Acknowledge Your Wall Type
What is your wall made of? Drywall on wood studs, metal studs, lath and plaster, solid brick, or stone? Your wall type dictates the necessary anchors and drill bits, and determines how easily wires can be hidden.
Don’t Violate Fire Codes!
Fire code dictates that high-voltage power cords (like the plug that comes with your TV) CANNOT be run inside or behind walls. Doing so is a major fire hazard. Low-voltage data wires (like rated HDMI) can be hidden, but for power, you need to install a new recessed electrical outlet behind the screen.
The Hidden Danger of DIY Installations
Many DIYers make the mistake of dropping the factory TV power cord behind the drywall to hide it. This is a severe National Electrical Code (NEC) violation and a significant fire hazard due to the jacket not being rated for in-wall heat dissipation. If a fire starts in the wall cavity, your insurance company can deny the claim.
Instead, the safe and legal method is to hire a licensed electrician to run NM-B (Romex) cable within the wall and install a permitted, recessed code-compliant electrical outlet directly behind the mounting bracket.
What to Expect From a Professional Install
When you hire Bright Haven Electric LLC, we handle the heavy lifting, the mounting, the wiring, and the code compliance.
- The Right Cables: We recommend CL3-rated HDMI cables, which are approved for in-wall use without requiring a conduit. When calculating length, add your vertical drop, horizontal run, plus an extra 6 feet for slack.
- Electrical Assessment: If adding an outlet behind the TV, we will evaluate your breaker panel first to ensure you have sufficient capacity and the correct breakers.
- Clean Installation: Running cables horizontally across multiple studs requires cutting into sheetrock. As professionals, we minimize damage and can recommend trusted drywall contractors for seamless patching.
- Permitted Work: A typical clean installation of a mount, hidden wiring, and an additional outlet takes under 4 hours, and we handle the necessary electrical permits to protect your home’s value.
Ditch the Extension Cords
Get a clean, professional, and code-compliant TV installation. Let Bright Haven Electric hide those wires safely and securely so you can enjoy the view.
Security Lighting Protects Your Home
When it comes to keeping your family safe, there’s something powerful about professionally installed security lighting. From deterring break-ins to preventing accidents, here are five ways a well-lit home protects you.
Top 5 Benefits of Outdoor Lighting
Whether you are considering ambient landscape illumination or bright motion-sensing floodlights, investing in outdoor lighting pays off. Our lighting experts at Bright Haven Electric LLC find that proper illumination consistently offers the following five benefits:
Peace of Mind
There’s no substitute for feeling safe. Peace of mind is completely achievable when you have reliable lighting installed outdoors. No more hesitation when stepping out at night—just sit back, relax, and let your home take care of you.
Keep Unwanted Animals Away
Darkness invites pests. Unwanted animals can linger on your property, dig through trash, and even pose diseases like rabies. Bright lighting helps keep rabid raccoons, opossums, and predators far away from your property and outdoor pets.
Lower Insurance Premiums
Want a break on your homeowner’s insurance? Installing professional outdoor security lighting is a recognized safety improvement that can often make your premiums go down tremendously. Check with your agent about home security discounts!
Decrease Home-Based Injuries
A surprising number of slip and fall accidents happen right in our own driveways due to a lack of lighting. Especially during icy Minnesota winters, illuminated walkways, stairs, and porches will prevent painful accidents.
Stop Burglars in Their Tracks
Proper lighting cuts the chances of your home being broken into. Most burglars look for hidden, shadowy paths on the sides and rear of homes. Motion sensors and timed lights remove their cover and force them to look elsewhere.
Placement is Everything
Buying high-quality fixtures is only half the battle. If a light is pointed incorrectly, it can blind you instead of helping, or leave dark spots right where intruders hide.
Professional Installation Matters: A security lighting strategy should be designed and installed by a professional lighting expert or licensed electrician. We ensure that your lights withstand the harsh weather year-round while perfectly illuminating the target zone.
Upgrade Your Home’s Security
You’ll be the first one on the block with a beautifully lit, expertly secured exterior. Stop guessing with DIY kits and let Bright Haven Electric provide reliable outdoor illumination.
Diagnosing Flickering Lights
When it comes to diagnosing flickering lights at a building, the cause could be anything from a loose lightbulb to a dangerous failing electrical panel. Here are six essential diagnostic questions to help you narrow down the trouble.
The 6 Essential Diagnostic Questions
Before you start replacing bulbs or tearing into walls, observe your environment. Answering these six questions will give a Bright Haven Electric electrician a massive head-start in fixing the problem safely.
Is it Just Your Building?
Do your neighbors see the same problem at exactly the same time? If so, the problem is likely in the utility company’s electrical supply network or a local neighborhood power transformer.
Is it the Whole Building or Parts?
If all lights in the house dim, the problem is probably in the main electrical panel or at the service entry cabling touching your building. We will look for a failing main breaker or loose Service Entrance Conductor (SEC) wiring.
Is it Just Half the Panel?
Is the dimming or flickering light problem associated with circuits in just half of the electrical panel? Depending on electrical panel layout, damage to one specific panel bus can cause failures or odd behavior on half of the connected circuits.
Does it Happen With an Appliance?
All lights may dim when there is a developing failure in a single major appliance, such as an air conditioner compressor motor. Such motors draw very high amps for just a moment when starting, dragging down the voltage on the rest of the phase.
Is it on a Single Circuit?
In this case, we suspect a faulty circuit breaker or a bad connection within that specific circuit. The problem might show up on more circuits over time depending on the building’s age and usage levels.
Is it Just One Fixture?
If the problem only occurs at lights downstream from a specific switch or receptacle, the trouble is likely a failing connector. Older push-in “back-stabbed” receptacles are highly prone to loose connections with age.
Watch Out: Severe Safety Hazards
Take immediate safety measures if you experience any of the following. Start by turning off the misbehaving electrical appliance or circuit at the breaker panel and call for help.
- Outdated / Recalled Panels: Certain circuit breaker brands are particularly prone to catastrophic failure and fire, primarily Zinsco-Sylvania and FPE Stab-Lok panels. If you have these panels, flickering lights are a massive red flag.
- Aluminum Wiring: If your home’s branch circuits are wired with old solid aluminum wire, flickering or dimming lights (or sparking) may show up on just one circuit, but the fire hazard is building-wide and significant.
- Hot Appliances: When you can trace flickering lights to a single appliance, un-plug it and stop using it until it can be inspected and repaired.
Stop Guessing, Start Fixing
Flickering lights are your electrical system’s way of crying for help. Don’t ignore the warning signs. Bright Haven Electric LLC provides expert troubleshooting to identify and eliminate the hazard before it becomes an emergency.
7 Ideas to Reduce Energy Consumption
Whether you’re battling a freezing West Central Minnesota winter or a humid summer, your heating and cooling systems account for the bulk of your utility bills. Discover practical ways to reduce your energy consumption and keep your hard-earned money.
Perform an Energy Audit
An energy audit is an inspection of your home to shrink your utility bills by eliminating unnecessary usage. A simple DIY audit includes looking for air leaks around doors, checking insulation, and regularly changing HVAC filters. You can also hire a professional or ask your utility provider if they offer free audits.
Install a Digital Thermostat
Why pay to heat an empty house? According to the Department of Energy, you can save 10-15% annually by reducing the temperature 10-15% for eight hours a day while you’re at work. A smart, programmable thermostat easily manages this schedule.
Caulk and Weatherstrip
Caulking and weatherstripping windows and doors is the easiest and cheapest way to reduce energy bills. By sealing cracks that let outside air in, you prevent your HVAC unit from working harder than necessary. Air sealing alone can reduce costs by 20%.
Improve Insulation
Adding extra insulation in your attic and exterior walls can reduce heating and cooling costs by up to 30%. While an attic can be insulated affordably on your own, injecting insulation into exterior walls usually requires a professional touch.
Check Utility Pricing Plans
You should always check with your current utility provider for alternative pricing plans. Many local cooperatives and providers offer “Off-Peak” or dual-fuel rates that provide massive discounts if you use energy during non-peak hours or switch to backup heating systems.
Switch to LED Lighting
If you are still using incandescent or older CFL bulbs tucked away in a closet, it is time to make the complete switch. Modern LED (light emitting diode) bulbs use substantially less energy and last significantly longer, driving down lighting costs.
Advanced Electrical Solutions with Bright Haven
Are you ready to take your energy savings and home resilience to the next level? Standard weatherstripping is just the beginning.
At Bright Haven Electric LLC, we specialize in advanced residential electrical solutions:
- Whole-Home Energy Monitors: We install devices that monitor your home’s energy consumption minute by minute, allowing you to pinpoint hungry appliances.
- Load Management & Off-Peak Systems: We integrate off-peak receivers for EV chargers and Steffes ETS electric thermal storage heaters to take advantage of low utility rates.
- Solar & Battery Integration: We install Service-Rated Automatic Transfer Switches (ATS) to seamlessly manage power transitions between the utility grid, solar inverters, and home battery storage.
Take Control of Your Energy Bills
Whether you need a simple smart thermostat upgrade, a whole-home energy monitor, or a complex off-peak heating installation, Bright Haven Electric LLC is your West Central Minnesota partner for efficiency.
Upgrading 2-Prong Outlets
Thinking of swapping an old 2-wire outlet with a modern 3-prong receptacle? It seems like a simple task, but doing it incorrectly puts your family at risk of severe electric shock.
The Danger of the “Quick Fix”
Upgrading 2-prong outlets to a 3-prong outlet seems like a simple enough task. You just swap the outlet out, screw the plate back on, and voila—now you can plug your 3-wire appliances in, right?
This is a massive mistake. To understand why it is so dangerous, you must understand what that third wire actually does.
What Does the Ground Wire Do?
When an appliance manufactured recently (within the last 20 years) has a 3-wire cord and plug installed on it, it means parts of that appliance could become energized—or contain residual energy—during or after operation.
The third wire (the ground) is there to bond those metallic parts of the appliance. If a short circuit occurs, the ground wire provides a safe path for the electricity to flow back to the panel, instantly tripping the breaker and cutting the power.
Electric Shock Effects
What happens if you continue to use a cheap 2-to-3 prong adapter (often called a “cheater plug”)? Or worse, what happens if you install an incorrectly wired 3-prong receptacle on a circuit with no ground wire?
If a short or fault occurs in the appliance, the electricity cannot find a safe path to the ground through its missing third wire. Instead, it will very likely try to find its ground path through your body.
This exact danger is the impetus as to why Ground Fault Circuit Interrupters (GFCIs) were invented.
The GFCI Solution
Even though there is a dedicated ground path in modern homes, the National Electric Code (NEC) requires the additional “supplementary” protection provided by GFCIs in areas that may become wet (kitchens, bathrooms, garages, exteriors).
GFCI devices contain a differential current transformer. When the amount of current going out of the GFCI does not perfectly equal the amount coming in, it detects a “leak.” Within milliseconds, it shuts off the circuit, preventing a lethal shock.
How to Perform a Safe Upgrade
This leads to the accepted workaround for upgrading from 2-prong to 3-prong outlets on an ungrounded system. You can perform the change legally and safely by installing a GFCI receptacle.
While the GFCI does not create an actual copper ground wire, it provides a supplementary safeguard by tripping before a shock becomes lethal. Outlets using this method must be indicated with the blue stickers that come in the GFCI box, which read: “No Equipment Ground”.
The Ultimate Fix: Rewiring to Modern Standards
At Bright Haven Electric LLC, we strongly believe in doing things right the first time. We always recommend having any 2-wire circuit rerun back to the electrical panel with modern, grounded Romex wiring. Upgrading your electrical panel to handle these modern circuits ensures your home meets the current level of protection dictated by the National Electric Code.
Using a GFCI is a great band-aid, but having a true, physical copper ground wire at your outlets is the only way to ensure 100% safety for yourself, your family, and the sensitive electronic equipment that requires a grounded connection to function properly.
Outdated Outlets Putting You at Risk?
If your West Central Minnesota home is filled with 2-prong outlets, it’s time for an upgrade. Bright Haven Electric LLC specializes in whole-home rewiring and code corrections, bringing outdated systems up to modern safety standards.
West Central MN Winter Storm Prep
To truly prepare for winter storms in West Central Minnesota, stocking up on non-perishables isn’t enough. Many families slip up on these critical structural and electrical preparations required to keep safe and warm.
How to Prepare for Winter Storms: 7 Essential Home Tips
Run the Water Regularly
Your plumbing system is critical. Opening the faucet, even just a drip, provides relief from excessive pressure that comes with ice blockage and can prevent a burst pipe.
Don’t Forget the Pooch
Non-perishable food items and extra water should be automatic for people, but don’t forget your furry friends. Have extra pet food and necessary medications on hand.
Check Your Windows
Check for air leaks and insulate with a plastic film kit for extra heat retention, or install storm windows to stop the howling prairie wind.
Install a Backup Generator
When the grid fails, an automatic standby generator ensures the lights and heat stay on, immediately restoring safety and normalcy.
Reverse Your Ceiling Fan
Reversing the direction of your ceiling fan to turn clockwise pushes warm air downward, keeping you comfortable without constantly bumping up the thermostat.
Winterize Sprinklers
Before the ground freezes solid, winterize your sprinkler system by shutting off the supply and blowing compressed air through the lines.
Insulate the Attic
Reduce the risk of ice dams by minimizing heat escaping upward through your roof. Consider ice dam heat tape if you have poor roof geometry.
Essentials for an Emergency Preparedness Kit
Both FEMA and the Red Cross recommend every family have an emergency preparedness kit containing at least the following:
- Food & Water: Enough for at least 72 hours (1 gallon of water per person per day).
- Cash: ATMs and credit card machines won’t work during power outages.
- Warmth & Protection: A change of clothes & thermal blankets.
- Visibility: Flashlights and extra batteries.
- Health: First aid kit and strictly necessary medications.
Having a plan to follow will ensure you prepare for winter storms properly before the roads become impassable.
Prepare for Winter Storms with a Home Standby Generator
Automatic home backup generators turn on within seconds of a power outage and remain on until utility power returns. Generators help by:
- Keeping furnaces running to prevent frozen pipes and keep you warm.
- Keeping lights on so residents can navigate safely.
- Keeping refrigerators running so food and medication don’t spoil.
- Keeping the Internet active so you can work from home and monitor the storm radar.
- Keeping sump pumps working to reduce the risk of basement flooding during winter thaws.
Don’t Be Left in the Dark
Bright Haven Electric LLC installs the most reliable home backup generators on the market, giving homeowners across West Central Minnesota the safety and reliability needed to get through even the toughest winter storms. While you can’t predict the weather, you can prepare for it.