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September 30, 2026

Your Panel Is the Heart of Your Home’s Electrical System

Every light, outlet and appliance in your home draws its power through one place: your electrical panel. When it was installed, it was sized for the way people lived at the time. Today, many homes in Mississauga and the GTA are asking far more of it, with EV chargers, heat pumps, induction ranges, home offices and standby generators all competing for the same supply.

An outdated or overloaded panel doesn’t just limit what you can add to your home. It can overheat, fail to trip when it should, and create a real fire risk. In this blog we are going to look at the signs that your panel needs an upgrade, what an upgrade typically costs in Ontario, and what’s actually involved in getting it done.

Signs You Need an Electrical Panel Upgrade

Most panels give off warning signs well before they fail. Key signs include:

• Frequently tripping breakers: If breakers trip when you run the microwave and the kettle together, your panel may not have the capacity your home needs.

• Flickering or dimming lights: Lights that dim when large appliances start up can point to an overloaded service.

• A warm panel or burning smell: A panel cover that feels warm, or any burning smell near it, needs attention right away.

• Fuses instead of breakers: Fuse panels are no longer standard, and many insurers will raise premiums or refuse coverage because of them.

• 60- or 100-amp service: Older service levels often can’t support an EV charger, heat pump or major renovation.

• No room for new circuits: If your panel is full and relies on double-tapped breakers or tandem breakers to add circuits, it has outgrown your home.

• Rust, corrosion or scorch marks: Moisture and heat damage inside a panel are serious fire risks.

How much does an electrical panel upgrade cost in Ontario?

A 200-amp panel upgrade in Ontario typically costs between $1,800 and $5,000, and can run higher for complex jobs. The final price depends on a few factors:

• Service size: Replacing a panel at the same amperage costs less than a full service upgrade from 100 to 200 amps.

• Utility work: A service upgrade may need a new meter base, a new service cable, and coordination with your local utility.

• Condition of existing wiring: Aluminum or knob and tube wiring connected to the panel may need repairs at the same time.

• Location and access: A panel in a finished basement or tight space takes more time to replace.

Every home is different, so we always quote after seeing your system in person.

Can I upgrade my electrical panel from 100 to 200 amps?

Yes, most homes can be upgraded from 100 to 200 amps. It involves replacing the panel and, in most cases, upgrading the service coming in from the utility, including the meter base and service cable. A licensed electrician will complete the proper procedures first to confirm the upgrade fits your home’s needs.

Can I upgrade an electrical panel myself?

No. In Ontario, panel replacements and service upgrades must be done by a Licensed Electrical Contractor, who files a notification with the Electrical Safety Authority (ESA) so the work can be inspected. The work also requires disconnecting power at the utility, which a homeowner can’t arrange. DIY panel work is dangerous and can affect your insurance, future home sale, and your own personal safety.

Can I upgrade my panel without rewiring my whole house?

In most cases, yes. A panel upgrade replaces the panel and the service, and your existing circuits are reconnected to the new breakers. Rewiring is only needed if we find unsafe wiring, such as knob and tube, damaged circuits, or improper aluminum connections, during the job.

One Upgrade, Many Projects

A panel upgrade is often the first step toward a bigger project. If you’re planning any of the following, it’s worth checking your panel first:

• EV charger: Most Level 2 chargers need a dedicated 40- to 60-amp circuit. Read All About EV Charging Stations.

• Standby generator: A Generac standby generator needs a transfer switch tied into your panel. Read Looking Back at the Power Outage of 2003.

• Battery storage: Home battery systems connect through your panel too. Read Battery Storage – Save In More Ways Than One.

• Knob and tube replacement: Rewiring an older home is a good time to modernize the panel. Read Knob & Tube Wiring – Hazards, Signs, and Fixes.

Book a HomeSAFE Electrical Risk Assessment

Not sure if your panel is up to the job? A HomeSAFE Electrical Risk Assessment will tell you exactly what shape your panel and wiring are in, and what, if anything, needs to change. Our family at Birnie HomeSAFE stands behind our work, and strives for customer satisfaction.

Learn more about a HomeSAFE Electrical Risk Assessment or call us at 905-569-1818.

Learn more about electrical panels, and what panels to avoid.

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August 29, 2026

Why Your Home’s Electrical System Deserves a Check-Up

You service your furnace, you check your smoke alarms, and you get your car inspected. But when was the last time anyone looked at the wiring behind your walls? For most homeowners in Mississauga and across the GTA, the answer is never. According to the National Fire Protection Association (NFPA), electrical problems are the second largest cause of residential fires, behind only unattended cooking.

Much of the GTA’s housing stock was built decades ago, and many of these homes still run on aluminum wiring, knob and tube wiring , or panels that were never designed for today’s EV chargers, heat pumps and home offices. In this blog we are going to look at what actually happens during an Electrical Risk Assessment, how it differs from an ESA inspection, and the warning signs that tell you it’s time to book one.

What should I expect during an ERA?

A HomeSAFE Electrical Risk Assessment is a full day of non-invasive testing by a licensed, specially trained electrician, followed by a written report of what we found and what it costs to fix. Nothing gets opened up or torn apart. Our program runs in three steps:

1. Preliminary assessment (no cost): One of our experts visits your home, listens to your concerns, and points out potential issues so you understand how your electrical system is set up.
2. Electrical Risk Assessment: Our electrician tests your system using circuit analyzers, infrared thermography and other diagnostic tools to find hazards hiding behind the walls, such as overheating connections, overloaded circuits and failing devices.
3. Repairs: You receive a report with our findings, recommended updates and the cost of each. If you choose to have us complete the work, it is guaranteed for one full year.

How much does an ERA cost?

The first step, our preliminary home assessment, is free and comes with no obligation. The cost of the full Electrical Risk Assessment depends on the size, age and layout of your home, so we provide an estimate up front before any testing begins. Request an estimate here.

What are the warning signs my home’s wiring is unsafe?

Your electrical system usually tells you when something is wrong. Book an assessment if you notice any of the following:

• Warm outlets or switches: An outlet or switch cover that feels warm to the touch can point to a loose or overheating connection.
• Burning smells: Any burning or plastic smell coming from an outlet, switch or panel should be treated as urgent.
• Tripping breakers or blown fuses: Frequent trips usually mean a circuit is overloaded or a device is failing.
• Dimming or flickering lights: Lights that dim when an appliance kicks on, or bulbs that burn out quickly, can signal a wiring or connection problem.
• Loose or dead outlets: Outlets that don’t work or won’t hold a plug firmly are worn out and can arc.
• Two-prong outlets: Outlets without a ground slot are a common sign of knob and tube wiring.

You should also book an inspection if your home is more than 20 years old, has had renovations, contains aluminum wiring or knob and tube wiring, or has never been inspected.

Book a HomeSAFE Electrical Risk Assessment

The hazards in your electrical system are rarely visible until something goes wrong. Our family at Birnie HomeSAFE has been keeping homes safe for decades, and every repair we complete is guaranteed for one full year. Start with a free, no-obligation preliminary assessment and get a clear picture of your home’s electrical health.

Learn more about a HomeSAFE Electrical Risk Assessment at Birnie HomeSAFE or call us at 905-569-1818.

BOOK TODAY

July 30, 2026

As time moves forward and technologies advance, the average person’s energy usage in their home continues to increase further and further, and bills get higher and higher. Between these rising utility rates, more frequent grid disruptions, and the growth of home solar, battery storage has moved from a niche add-on to one of the most practical upgrades a homeowner can make. Together we’ll go through what is, why it protects you, why it saves you money, and why sizing matters. Let’s take these one at a time.

What Exactly Is Battery Storage?

At its core, a battery storage system is exactly what it sounds like, a device that stores electricity so it can be used later, instead of the moment it’s generated or drawn from the grid.

A typical system works in three steps:

1. Charging: The battery draws electricity from the grid during low-cost hours.
2. Storing: That energy sits ready in the battery, waiting for the moment it’s needed.
3. Discharging: Finally the payoff, the stored electricity is released to power your home, either automatically based on a set strategy or during a specific triggering event, like a grid outage.

The system works on 3 different settings:

• Strategy-based charge/discharge scheduling
• Operational stability and control
• Optional integration planning for site needs

That’s the foundation. Everything else like resilience, savings, and flexibility, is really just a different application built on top of this basic charge/store/discharge cycle.

Does a Battery Storage Protect Me From Outages.

One of the clearest, most tangible benefits of battery storage is backup power. While not within the topic of energy or cost savings, this is a much more observant benefit of having battery storage.

When a storm knocks out the grid or a utility experiences an outage, a battery storage system can automatically detect the loss of power and switch to supplying your home directly. Depending on the system’s capacity, it can keep essentials running. Refrigeration, medical equipment, internet, lighting, all at full capacity for hours, and in some setups, for days.

The key advantage over a traditional gas generator is that this happens automatically and silently. There’s no manual startup, no fuel to store, and no fumes. For homeowners in areas prone to storms, wildfires, or aging grid infrastructure, this alone is often the deciding factor for installing a system.

The Financial Case: How Battery Storage Pays for Itself

Energy efficiency and protection from unexpected outages are great, but what about the financial aspect of battery storages?

Utilities typically charge home owners different rates depending on when electricity is used. Electricity during peak demand hours (usually early evening) costs more than electricity overnight. A battery storage system can be programmed to:

• Charge during off-peak hours, when electricity is cheap.
• Discharge during peak hours, using its stored power when electricity costs are expensive.

Over time, this “buy low, use high” pattern can meaningfully reduce a monthly utility bill. The payback period depends on your local utility rate structure, system size, and usage habits, but many homeowners see a return on investment within several years, followed by ongoing savings for the life of the system.

Built to Grow: Why Modularity Matters

Energy needs rarely stay static. A homeowner might add an electric vehicle, expand their home, or install more solar panels a few years down the line, all of which increase electricity demand. Modular battery storage systems are designed with this in mind: rather than locking you into a fixed capacity, they allow additional battery units to be added to an existing setup as needs grow, and with style at that.

This matters for two practical reasons:

• Right-sizing upfront. You don’t have to overbuy capacity today to “future-proof” against needs you don’t have yet.
• Incremental investment. Expansion can happen in stages, spreading out cost rather than requiring a full system replacement.

In short, modularity is about matching the system to your life as it evolves, and knowing that you’re covered when you need an upgrade.

 

Battery storage systems do a lot, which is exactly why it helps to do research on them before committing to a full system. At a technical level, it’s a device that stores and releases electricity. From there, it can be applied to protect your home during outages, reduce your utility bills through smarter timing, and scale alongside your changing energy needs. While we at Birnie HomeSAFE don’t have a dedicated page for Battery Storage quite yet, check back here in the future for future updates!

June 6, 2026

Do You Need an EV Charging Station?

Are you thinking about investing in an electric vehicle? Between today’s gas prices and the pace of advancements in EV technology, there’s arguably never been a better time to make the switch. EV adoption keeps climbing across Canada every year, but buying the car is only half the equation. The other half is figuring out how you’re actually going to keep it charged at home. That’s where a properly planned EV charger installation comes in. In this article, we’ll walk through the different levels of EV charging, how to tell whether your home’s electrical system is ready to support a charging station, and what to look for when choosing the right setup for your household.

What Is the Benefit of Installing an EV Charging Station?

Every EV sold today comes with a 120V charging cord that plugs directly into any standard household outlet. It’s convenient, but slow, delivering roughly 8 km of range per hour of charge. For a lot of drivers, that’s simply not enough to reliably top up overnight. That’s where 240V charging stations come in. Offering around 30 km of range per hour, this EV charger installation can fully recharge most EVs overnight, which is exactly why this method has become the standard for homes, businesses, and multi-family buildings across the country. Aside from Tesla, which uses its own connector, though adapters are widely available, virtually every EV sold in North America uses the same charging standard. That means a professionally installed 240V home EV charger, sometimes called EVSE (electric vehicle supply equipment), offers near-universal compatibility, whether you’re charging your current EV or a different one down the road.

Is It Safe to Install an EV Charging Station?

The honest answer is that it depends on your home. Every electrical panel has a maximum safe capacity, and a 240V charger adds a significant electrical load. Installing one on a panel that’s already close to its limit isn’t just a minor inconvenience like a tripped breaker; it can create a real safety risk. That’s why, at Birnie HomeSAFE, we don’t recommend guessing. Through Birnie HomeSAFE, you can request a quote to find out if your home has enough power to support a 240V installation, and have an Electrical Solutions team members walk you through the process.

What Specific Charging Station Does Birnie HomeSAFE Specialize In?

Birnie installs and recommends Leviton EV charging stations. Leviton’s 240V chargers are known for a compact, durable form factor built to hold up in Canadian conditions, whether mounted in a garage or outdoors. Along with their reputation for reliability, Leviton’s charging stations are also ENERGY STAR certified, independently tested to meet strict efficiency and safety standards, so you can charge with confidence, both in the equipment itself and in its impact on the environment.

What EVs Does Birnie’s Charging Station Installation Support?

As mentioned above, 240V Level 2 charging stations are near-universal. We install charging stations that support electric vehicles from Audi, BMW, Buick, Cadillac, Chevrolet, Fisker, Ford, Genesis, GM, GMC, Honda, Hyundai, Jaguar, Kia, Land Rover, Lexus, Lincoln, Lucid, Mazda, Mercedes-Benz, MINI, Nissan, Toyota, and Volkswagen, plus Tesla vehicles, with the appropriate adapter.

Can an EV Charger Be Installed in My Garage?

In most cases, yes. Garage installations are common because they protect the charging station from the weather and keep it close to where the car is parked overnight. That said, some homes are better suited to an exterior-mounted station near the driveway, depending on where your electrical panel sits and how your home was originally wired.

 

So there you have it, whether you’re looking into buying an electric vehicle or already own one, Birnie has you covered with EV charger planning and installations. Want to learn even more? Read the Electrical Safety Authority’s article on EV Charging Here

👉 Learn more about EV Charging solutions at Birnie HomeSAFE:

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May 19, 2026

What is Knob and Tube Wiring?

“Knob and tube wiring” (also known as K&T wiring) is a wiring method that was heavily used in residential buildings from 1880 to 1930. The method used single copper wires and ran them through walls and ceilings, using a protective porcelain insulation tube to pass through joist and stud holes while being secured in long runs with porcelain insulators. Eventually, knob and tube wiring became obsolete as its pricing became too high when compared to all-encompassing cables. In this blog we are going to look at the dangers of keeping knob and tube wiring in a home, and what can be done to eliminate such lingering hazardous practices.

Is knob and tube wiring dangerous?

Knob and tube wiring can result in a number of hazards and dangers, especially as time has passed.

• Due to how long ago knob and tube wiring was considered an industry standard, insulation on the wiring has typically become brittle, broken, cracked, or gone missing entirely.
• New installations in housing may have been done through mixing old and new wire, aka a very hazardous method that could result in a fire. 
• Knob and tube wiring lacks a ground, resulting in groundless and/or misleading electrical outlets.
• K&T wiring is often modified by do-it-yourself projects, or unqualified technicians. This can result in poor connections.
• K&T is designed to dissipate heat by being in free air. This poses a problem as K&T is often overlooked, resulting in it being covered in insulation over the years, which further raises the risk of fire for homes that still run it.

How can I identify knob and tube wiring in my home?

While it may help, you don’t have to be an electrician to identify knob and tube wiring. Let’s look at the methods you can use to identify knob and tube wiring in your home.

Key elements of K&T include:

• Non grounded outlets: If an outlet in your home consists only of two insert prongs, then that means it is lacking grounding, and most likely using knob and tube wiring.
• The wire itself: If you have an unfinished basement, or are able to access your attic or crawlspace, take a moment to see if there are any visible single black strand wires running through with porcelain insulators in the area.
• Home history: If you live in a house built between 1880 and 1930, find out if it has any history of renovations. While a history of renovations doesn’t guarantee the removal of K&T, a lack of renovations heavily guarantees there is still K&T wiring.
• Insurance: Insurance companies charge an extra premium for houses with knob and tube wiring. 

Together, these methods can be used to identify knob and tube wiring being used in your home.

How do I fix knob and tube wiring?

“Fixing” of knob and tube wiring requires a complete removal of the outdated practice, which can be a lengthy and expensive process. Luckily, our family at Birnie HomeSAFE includes highly trained electrical specialists who are dedicated to rewiring your home, while trying to minimize as much damage as possible. In the event of necessary damage caused during rewiring and removal of K&T, we partner with patching and painting companies to make sure that your home returns how it looked before, as if no work was done at all. 

 

Book a HomeSAFE Electrical Risk Assessment

Still unsure of K&T in your home, or looking for a quote? Contact Brinie HomeSAFE for our HomeSAFE Electrical Risk Assessment. The risks of keeping knob and tube wiring in your home are no joke, get a quote today and ensure the safety of you and your loved ones.

The ERA system prevents fires by giving licensed electricians the training, tools, technology, and support needed to complete a thorough Electrical Risk Assessment.

👉 Learn more about a HomeSAFE Electrical Risk Assessment at Birnie HomeSAFE:

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“Knob and tube 1930” by Laura Scudder is licensed under CC BY-SA 3.0.

 

April 14, 2026

Aluminum wiring in residential buildings was once very common, and is still present in many homes built between 1960 and 1980 across Canada. While it was once used as a lower-cost alternative to copper, it is now widely associated with increased electrical fire risk when not properly maintained. If your home contains aluminum wiring, an electrical risk assessment is the most effective way to identify hazards and reduce long-term safety risks.

Is Aluminum Wiring Safe?

Aluminum wiring can be safe when it is properly installed and regularly inspected. The wiring itself is not always the problem. However, research has shown that homes with aluminum wiring may have up to 55 times higher risk of reaching fire conditions compared to homes wired with copper, particularly when connections are not maintained correctly. The highest risk is not inside the walls, but at the termination points where wiring connects to outlets, switches, and panels.

Why Aluminum Wiring Creates Fire Risk

Most aluminum wiring issues develop at connection points over time. These risks are often hidden until an inspection is completed.

Key contributing factors include:

• Oxidation: Aluminum naturally forms an oxide layer that increases resistance.
• Thermal movement: Expansion and contraction from temperature changes can loosen connections.
• Incompatible devices: Older outlets and switches may not be rated for aluminum wiring.
• Loose terminations: Increased resistance leads to overheating and electrical arcing.

Together, these factors can increase heat buildup and create fire hazards if left unaddressed.

Aluminum Wiring vs Copper Wiring

Copper wiring is more stable, durable, and less prone to connection issues, which is why it is the standard in modern construction. However, aluminum wiring does not always require full replacement. In many cases, the risk can be managed through proper inspection and maintenance. The greatest danger occurs when aluminum is improperly connected to copper wiring without approved connectors or methods.

 

Do You Need to Replace Aluminum Wiring?

Full aluminum wiring replacement is not always required. In many homes, the wiring itself remains functional and safe when properly maintained. The real priority is ensuring all connection points are secure, compatible, and inspected regularly. A HomeSAFE Electrical Risk Assessment helps determine whether your home requires repairs, upgrades, or simple maintenance.

 

Electrical Risk Assessment: The Recommended Solution

Instead of full rewiring, the safest and most practical solution is a HomeSAFE Electrical Risk Assessment.

A professional assessment focuses on identifying and correcting high-risk areas, including:

• Loose or overheating connections
• Improper aluminum terminations
• Signs of oxidation at outlets and switches
• Unsafe aluminum to copper connections
• Electrical panel and circuit risks

This process helps identify hazards early and reduces the risk of electrical fire without unnecessary full system replacement.

👉 Click Here to learn more about a HomeSAFE Electrical Risk Assessment at Birnie HomeSAFE:

Book a HomeSAFE Electrical Risk Assessment

If your home was built between 1960 and 1980, it is strongly recommended to have your electrical system inspected. A HomeSAFE Electrical Risk Assessment provides a clear understanding of your home’s electrical safety and identifies potential fire risks before they become serious issues. Visit Birnie HomeSAFE to request an assessment or get a professional evaluation of your electrical system.

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April 15, 2021

The National Fire Protection Association (NFPA) says firefighters respond to an average of 3,810 fires in college dorms every year. Careless smoking, unattended candles and cooking and the improper use of extension cords and power outlets are the most common culprits.

Electrical safety should be top of mind especially for those living in older dorms or student residences. In a previous post, we interviewed Hamilton resident, Olivia Clarke, who left her student house after discovering unsafe electrical issues. Clarke hopes her story will inspire other students to do their research before moving into an older residence.

Electrical fires are preventable but it’s up to students to make the right decisions and know what to do in the event of an electrical hazard. Here are some important recommendations to remember:

1. Do not reset a breaker more than once: If the breaker keeps tripping there’s a problem; contact your landlord or your residence director right away.

2. Avoid plugging in too many devices:  Plugging in too many devices can overload your circuits. The Electrical Safety Authority (ESA) says you should only use 80 percent of your circuits amperage to be safe. So if your circuit is 15 amps, you should only use 12 amps.

 

3. Avoid using large draw appliances like portable heaters or air conditioners unless on a dedicated circuit:  These appliances have a heavy load and will likely take up that 12 amp threshold. This type of device must be plugged into a dedicated circuit. 

 

4. Contact a licensed electrical contractor: If you feel like there is imminent danger and your landlord or residence director has not been able to rectify the issue, contact the fire department right away. You should also reach out to a licensed electrical contractor, like HOME SAFE, to perform any necessary inspections and repairs. 

 

HOME SAFE is a Mississauga-based licensed electrical contractor that services homes and student residences all across the GTA. The electrical contractor encourages students or parents with questions or concerns to reach out.

Our 24/7 emergency service makes it easy for residences to contact us at any time.

 

Students, we encourage you to read and memorize these other important safety tips:

1. Become familiar with your new home or dorm; make a fire escape plan and practice it regularly – make sure you have two ways of getting out of your home

2. Check smoke alarms for expiry; test every month, change batteries twice a year and replace every 10 years (or as per manufacturers request). Don’t assume the alarm is working just because the light is on.

3. A functioning CO alarm must be installed outside sleeping quarters

4. Install a functioning fire extinguisher on an exit path that is easily accessible – not in a cupboard or under the sink

5. Never leave cooking unattended, stay in the kitchen if you’re cooking

6. If you smoke, smoke outside and use deep, sturdy ashtrays to properly discard cigarettes. Never flick cigarette butts off of balconies

7. If you’re lighting candles make sure they are away from flammable items like curtains, couches, pillows or clothing; always blow them out if you’re leaving the room. Opt for battery-powered candles instead – they are safer.

8. For those living in upper floors, install a collapsing escape ladder from the window

9. For those living in basements, make sure there is an exit direct to outside

10. Do not overload extension cords, power strips or outlets

11. Do not connect multiple extension cords together

12. Extension cords should never be used on a permanent basis

13. Do not place cords under doors or carpets, and do not pinch them with   furniture

14. Use light bulbs with correct wattage for lamps

15. Never remove the ground pin (the third prong) to make a three-prong plug fit a two-prong outlet

16. Check that all electrical items, including extension cords, are certified by a nationally recognized independent testing laboratory, such as Underwriters Laboratories (UL), Intertek (ETL), or Canadian Standards Association (CSA)

17. Irons, hairdryers, curling irons and straighteners should never be left unattended, and should be unplugged when not in use

Peace of mind for your family

It’s like an MRI for your home

Locking the doors to your home is no guarantee of safety from dangers that may be hiding within its walls.

This may sound like a horror movie trailer but it’s really a cautionary tale about electrical safety and how to prevent preventable, potentially catastrophic, residential fires. Statistics show that faulty electrical wiring is a major cause of house fires.

Tim Birnie, president of Birnie Electric Ltd., is committed to revealing those dangers and making homes safe through his company’s Home Safe program. Tim’s father Peter Birnie established
the company more than 53 years ago. The expansion into the residential market was sparked by a desire to eliminate fire risks in homes.

Since initiating the Home Safe service 10 years ago, Tim says; “It’s been my passion. I find it so satisfying that we can give people peace-of-mind and eliminate these dangers.”

Tim and his team have developed an innovative inspection that utilizes state-of-the-art and non-invasive equipment like circuit analyzers, infrared thermography and other diagnostic tools to find electrical hazards that could cause a fire.

Warning signs that an assessment is urgently needed include outlets or switches that don’t work, are warm to the touch or emit a burning smell. You’ve also got electrical problems if breakers trip or fuses blow, lights dim or bulbs burn out. Homes with aluminum or knob-and-tube wiring should also be inspected for potential risks.

The Birnie Home Safe Program has three steps starting with a no-cost home assessment. An expert will assess the home, listen to the homeowner’s concerns and point out potential issues. The next step is the electrical risk assessment that involves a full day of non-invasive testing by a fully licensed and highly trained electrician to uncover hazards. Homeowners receive a report that includes recommended electrical updates. The third step is to repair the problems identified and make the home’s electrical system safe. Home Safe also offers standby emergency home generators as a Generac dealer and provides innovative smart devices and LED lighting solutions.

Tim and his Home Safe team have presented numerous seminars that feature special guests including fire department representatives and other home safety experts. In line with the company’s rigorous COVID-19 safety protocols, the free seminars are now offered online. Pre-register at the Home Safe website: ismyhomesafe.ca for the next seminar on Wednesday, April 14 at 7:00pm.