Tips for an electric summer road trip.

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June 17, 2024

5 min read

Tips for an electric summer road trip.

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The open road beckons—time to heed its call with your electric vehicle. Modern electric vehicles (EVs) are more powerful than ever and ready to go the distance, making for an energy-efficient journey. Thanks to significant advancements in battery technology and the expansion of public charging infrastructure worldwide, road trips are now an accessible option for all electric car drivers. Ready to hit the road? This article provides essential tips to prepare for a truly electrifying summer road trip.

Vehicle check.

Before you do anything, ensure your EV is in tip-top condition to handle a long trek. Check your tires, brakes, lights, and, most importantly, your battery. You want a battery that will last and that will be predictable regarding range and how it responds to changes in temperature. Consider the vehicle’s range and whether or not it is built for DC charging (Level 3), as that will determine whether you spend a few minutes in a public charging station or a few hours. You want to make sure your tires are well inflated so they may have the best traction and respond to your brakes properly.

Map it out.

Whether you rely on GPS or a traditional map, be sure to research EV-friendly destinations along your route. When planning your stops, factor in charging times, even if your vehicle supports fast charging. Apps such as Ivy Charging Network 2.0, PlugShare, and ChargeHub can help you locate charging stations. It’s always wise to have multiple options to ensure you’re covered.

Pack it up.

When packing for your trip, be mindful of weight and distribution. Excess weight can reduce your vehicle’s range, and an unevenly loaded trunk can impact handling. It’s a balancing act between your EV’s capabilities and what you want to bring along. Aim to pack efficiently and leave some extra space in the back. Additionally, air resistance can impact your range, so if you’re considering a roof rack, opt for an aerodynamic design.

Practice efficient driving.

EVs are machines, and like all machines, there’s an optimal way to handle them to maximize efficiency. Like a runner going the distance, it’s all about energy use and strategy. Though your battery is prepared to handle long distances regardless of driving style, these tips will help you make the most out of your technology. First, abrupt acceleration is more energy-demanding than gradually increasing your speed. This also means keeping a steady speed whenever possible. Proper braking can also enhance your battery range; be sure to leave enough space between cars to make the most of smoother, regenerative braking. These factors, working alongside proper tire pressure and braking conditions, will take you the distance.

Consider the weather.

Extreme temperatures can affect battery efficiency. Fortunately, Canadian summers are excellent for EV battery life—just keep an eye out the farther North you go. The sweet spot is 15–45 degrees. In a country like Canada, where winter temperatures can be extreme, it’s crucial to account for potential temperature drops when calculating your EV’s range. Cold weather can strain the battery as it works to maintain optimal temperatures for both the vehicle and the driver.

Schedule stops and bring some backup.

As you map out your route, we recommend creating a schedule that includes meals, scenic visits, and battery charging stops. However airtight you consider your plan to be, we suggest you prepare some backup. This can mean additional stops in case your EV’s autonomy varies due to speed, weather, or any other factors. We also suggest bringing a Level 1 charger for emergencies. It may take a lot longer to charge your vehicle, but because it works with 120V, it’s an excellent ally for unexpected situations.

A great rule of thumb while planning your trip is to have a 20% range backup. Aim to reach your next charging station with plenty of charge left to make up for any detours, delays, and drops in vehicle range due to external factors.

Stay flexible.

A good road trip is mostly about mentality because the road can be unpredictable. You can plan ahead to handle unexpected factors, such as road conditions, traffic, roadwork, charging station availability, and more. Staying flexible means knowing that these events are out of your control and being prepared to switch it up on the fly without missing out on a good time. A backup can help overcome the unexpected, but even the best-prepared driver can only cover so much. Embrace the detours and be prepared to change your route.

Catch up with other drivers.

There are several communities and apps that connect EV owners and drivers. Staying connected with others can inform you about lesser-known charging stations and other tips for your plotted route. Learning from other drivers is an excellent way to hear from other users and customers about your intended stops, determine whether you really want to visit a certain location, and keep updated on accidents, blockages, and other forms of unexpected traffic.

Practice EV charging etiquette.

Ivy Charging Network is spread all over Ontario, and there are other options in other provinces that you are bound to find in your journey. As more people pick up their own EVs, charging stations may start seeing more visitors, resulting in longer lines and wait times. Here are a few etiquette tips to make the most out of your journey and help others do so as well.

Only park at a charging station if you’re charging. Move your vehicle when you’re done.
Watch time limits—those are set to ensure that charging is available.
Don’t unplug another vehicle while it is charging.
Inform the staff and other users about issues with chargers.
Take care of the station—properly wrap the cord and plug it back into the storage port.
Help out new EV drivers.

Setting off on a road trip and making the most out of your EV is now not only possible but can be truly enjoyable. As you’ve seen, it takes a few simple steps to make the most of your road trip while keeping you in charge of your vehicle’s range. Remember to practice safe driving and to adhere to the rules of the road. Happy driving!

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Environmental impact: Clean energy and EVs.

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April 15, 2024

6 min read

Environmental impact: Clean energy and EVs.

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When it comes to crafting a more sustainable future, every kilowatt is a kilowatt to remember. At Ivy, we’re not just counting those kilowatts; we’re making them count towards a path that leaves a lighter footprint on our planet. So, let’s plug into the juicy details of electric vehicles (EVs) and the potential of clean energy, shall we?

But what is considered clean energy?

Clean energy is like the quiet champion of power generation. It pulls energy from various sources, such as hydro and nuclear, building a strong foundation for a brighter future. It also cuts down greenhouse gas emissions significantly. But clean energy isn’t just about producing power; it’s also about looking after our planet. It paves the way to cleaner air, clearer waters, and an overall healthier Earth.

Ontario Power Generation (OPG) stands at the forefront of our bright future, where every kilowatt generated is a testament to their commitment to clean energy. Ten years ago, OPG delivered one of the world’s single-largest actions to combate climate change to date. In April 2014, the company burned its last piece of coal to generate power with the closure of its Thunder Bay Generating Station (GS), making Ontario the very first jurisdiction in North America to remove coal entirely from its electricity system. Today, Ontario has one of the cleanest energy grids in the entire world. Isn’t that amazing?

Additionally, projects like the Darlington Refurbishment underscore OPG’s commitment to low-carbon nuclear power, while its extensive hydroelectric operations harness natural resources for energy production. OPG is critical to Ontario’s existing power needs and propels the province into a sustainable future by advancing clean energy technologies and driving efforts for broader decarbonization.

Expanding capacity: Investments in Ontario’s nuclear future.

Nuclear power is a cornerstone of Ontario’s energy strategy, providing a substantial portion of the province’s electricity capable of generating power around the clock. OPG operates two nuclear facilities: the Darlington Nuclear GS and the Pickering Nuclear GS. Darlington GS, in particular, is undergoing a significant refurbishment project, ensuring its role as a provider of clean, safe, and reliable electricity for decades to come. This refurbishment extends the facility’s operational life and supports the province’s climate change goals by enabling the production of low-emission power.

Hydroelectricity is another key pillar of Ontario’s clean energy portfolio. With more than 60 hydroelectric stations across the province, OPG harnesses the power of water to generate electricity. These faculties vary in size and capacity, contributing significantly to the province’s renewable energy generation.

The importance of embracing clean energy and EVs.

Shifting towards clean energy and electric vehicles (EVs) is more than just an eco-friendly trend—it’s necessary. Here are some key reasons why this transformation is vital for our present and future world.

Mitigating climate change: One of the most significant benefits of clean energy and EVs is their potential to combat the pressing issue of climate change. Traditional energy sources, such as coal and oil, generate substantial greenhouse gases. The Canadian government states that greenhouse gas emissions are the primary driver of global warming. By adopting clean energy sources and electric vehicles (EVs), we can reduce emissions and mitigate the effects of climate change.

Reducing air pollution: Utilizing hydro, nuclear and swithcing to EVs also improves air quality. Fossil fuel-based power plants emit pollutants like sulphur dioxide, nitrogen oxide, and particulate matter. Similarly, exhaust from conventional vehicles contributes dramatically to air pollution. By embracing clean energy and EVs, we substantially decrease these emissions, improving public health and even potentially extending human lifespans.

Energy security and independence: Clean sources are locally available in most regions, unlike fossil fuels, which are unevenly distributed globally. This abundance and accessibility of this energy can help nations achieve energy security and independence. Meanwhile, using electric cars helps reduce dependency on fossil fuels, further bolstering this energy independence.

The spark of change is electric.

In the world of transportation, a quiet revolution is cruising along Canada's roadways. This revolution is charged, energized, and has zero dependence on the old-school liquid that rhymes with royal. You guessed it: we’re talking about electric vehicles.

It’s clear that EVs are transforming our roads, but it’s not just about innovation and tech-savvy trends. We’re looking at a profound shift in how we consider our interaction with the environment. EVs offer a sustainable means of transportation, reducing the amount of emissions traditionally coughed out by their fossil-fuelled cousins. As they whisper down the road, they say “goodbye” to exhaust fumes and “hello” to cleaner air.

The current state of play.

Statistics from Natural Resources Canada show that, as of 2020, transportation accounts for 26% of total greenhouse gas emissions in the country. Now, plug EVs into that equation, and we start to see a different sum altogether. With each EV on the road, we’re dialling back on those emissions. Ivy is part of this equation, powering EVs with a network of reliable stations across Ontario.

Building the grid for good.

The real power behind this electric revolution is energy: the clean, sparkly kind that comes from sources that keep giving, like sunshine and water. At Ivy, we pride ourselves on shaping an energy network that seamlessly complements the rise of EVs. Our goal is to provide the essential infrastructure EVs require to ensure a smooth and reliable charging experience for drivers, supporting the transition to a sustainable mode of transportation. Our network’s expansion across Ontario includes Level 2 destination charging and extensive Level 3 fast charging, capable of delivering up to 150 kW for a speedy boost. With amenities nearby, you can stretch your legs and grab a bite while your EV sips on some electrons.

Beyond taking care of the planet.

Electric vehicles are swiftly becoming the dream ride for families across Canada, and it’s not hard to see why when you get down to the nuts and bolts of their benefits. Here’s how EVs make a huge difference in the journey towards clean, more sustainable living.

Saving money: Driving electric eliminates fuel costs as EVs power up on electricity. Over time, the savings accumulate, making it a more affordable option than traditional gasoline vehicles. Furthermore, maintenance expenses for EVs are typically lower since they have fewer moving parts that are prone to wear and tear.

Safer vehicles: Modern electric vehicles are designed with top-tier safety features, providing an added layer of protection for drivers and passengers. Their lower center of gravity makes them less likely to roll over, and their reduced risk of major fires or explosions makes them a solid choice for families across Canada..

New jobs: The rising popularity of EVs is also driving the creation of new jobs. From manufacturing, servicing, and charging stations, there’s a growing industry around electric vehicles. This growth bolsters the economy and develops a skilled workforce for a cleaner andl future.

Nearby chargers: With a growing infrastructure supporting electric vehicles, finding charging stations in Ontario has never been easier. The availability of nearby chargers adds to the convenience of owning an EV, offering options to charge at home or at public stations. This enhanced accessibility further encourages the shift towards electric vehicle adoption.

The journey to a sustainable future is not solitary but a collective endeavour that calls for broad participation—from individuals to businesses, and from local communities to national governments. The pursuit of clean energy and widespread adoption of electric vehicles is emblematic of our commitment to this shared global mission. Through innovation, dedication to quality, and a deep-seated understanding of the importance of environmental stewardship, we at Ivy provide clean solutions for efficient transportation across Ontario.

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Can my house handle a level 2 EV charger?

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July 27, 2024

4 min read

Can my house handle a level 2 EV charger?

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In the past few years, as public charging stations become more popular, electric vehicle (EV) owners and drivers have started looking at their own homes as central charging hubs for their vehicles. The technology now allows nearly every home to charge an EV so as to not depend on your nearest public charger. Though there are three levels of EV charging, only two of them are viable for home installation and use. In this blog, we’ll explore whether your house can handle a home charging solution to help you make an informed decision.

Three levels of EV charging.

There are three levels of EV chargers, each one more powerful than the last but also with more power requirements. Level 1 chargers work with 120V, and they are the slower option, taking 11–20 hours to fill an empty battery completely. Level 2 chargers are closer to the standard. They work with 240V and can charge an empty battery in 3–8 hours. Level 3 is the fastest, but it requires Direct Current, which is unavailable in homes. Instead, let’s focus on Levels 1 and 2, as they are the realistic solutions to your home charging needs.

A Level 2 charger typically operates on a 240-volt circuit, which is similar to the electrical supply used by heavy-duty appliances like electric stoves or dryers. Though they are technically fit for any house, we encourage you to inspect your home’s setup with the help of a professional to determine its capability. Commonly, the first step is to assess your electrical panel’s capacity—the central hub that distributes electricity throughout your home. Here are some key factors to consider:

Panel Capacity: Check the amp rating on your electrical panel. Most residential panels in Canada are rated for 100 or 200 amps. A 200-amp panel is typically sufficient for Level 2 charging, but a 100-amp panel may require an upgrade.
Available Circuit Space: Determine if you have available circuit breaker slots in your electrical panel. A Level 2 charger typically requires a dedicated circuit, meaning it should not share the electrical load with other appliances or outlets.
Load Calculation: Assess the overall electrical load in your home. Consider the power consumption of existing appliances, heating, and cooling systems. Ensure that adding a Level 2 charger won’t overload the panel and compromise safety.

We recommend you consult the ESA website for more information on technical specifications and legally required permissions.

When you decide on an Ivy Home™ Smart EV Charger, our Licenced Electrical Contractors will accurately evaluate your house’s capacity and ensure a safe installation. If you wish to inspect it yourself before you make a choice, we still encourage you to contact a licensed electrician, as they can assess your electrical panel, make recommendations for any necessary upgrades, and provide you with a professional opinion regarding your house’s ability to handle a Level 2 charger.

Potential upgrades.

If your electrical panel is deemed inadequate for a Level 2 charger, there are several possible upgrades to consider:

Installing a load-sharing device: A load-sharing device can be integrated into your electrical system to intelligently distribute power among various appliances and circuits, ensuring optimal usage and preventing overload situations. This technology allows for efficient management of electricity consumption, especially during peak demand periods, by prioritizing charging requirements and balancing the load across the available power sources.
Panel Upgrade: Upgrading your electrical panel to a higher amp rating, such as from 100 to 200 amps, can provide the additional capacity required for Level 2 charging.
Subpanel Installation: Installing a subpanel dedicated to the Level 2 charger can help distribute the electrical load more efficiently, minimizing the need for a full panel upgrade.
Electrical Service Upgrade: In some cases, older homes may require a complete electrical service upgrade to meet the power demands of a Level 2 charger and other modern appliances.

Remember that if you decide to take on these upgrades yourself, they must be authorized by the Electrical Service Authority.

Modern homes are suited to host a Level 2 charger. Such an investment can significantly enhance your EV ownership experience, allowing for faster and more convenient charging at home. The full Ivy Home™️ Smart EV charger installation service starts with a quick survey that helps us understand your home a little better and provide an estimate. A team of Licenced Electrical Contractors will visit your home and take care of any technical details they catch to provide a complete, efficient installation that is within ESA standards. Get started here.

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How can I get a level 2 charger at home?

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April 2, 2024

7 min read

How can I get a level 2 charger at home?

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Are you ready to take the next step in your electric vehicle journey? With a level 2 electric vehicle charger, you’ll experience hassle-free charging as you power your ride from the comfort of your home. How can you get a level 2 charger? In this blog post, we’ll guide you through the steps of getting a level 2 charger installed at home and offer tips and resources to make the process as simple as possible. We’ll have you charging in no time!

Understanding different levels of EV charging

Before jumping into the first step towards a faster and more convenient charging experience for your EV, it is important to understand the electrifying world of EV charging. There are 3 different levels of charging you need to understand as a current or soon-to-be EV driver:

Level 1 EV chargers (AC charging)

Level 1 chargers typically deliver 3-8 km of range per hour of charging and it is the s-l-o-w-e-s-t way to charge. Every plug-in hybrid or electric vehicle can be charged on Level 1 by plugging into a standard 120V AC plug (i.e. a common household plug).

Level 2 EV chargers (AC charging)

Level 2 chargers typically deliver 6-120 km of range per hour (10 times faster than Level 1) and are the most commonly used at home or the workplace. They require a 240V AC plug, which is usually a standard plug for a stove.

Level 3 EV chargers (DC charging)

Level 3 (L3) chargers are the fastest chargers available delivering up to 160 km of range in just 20-30 minutes. These chargers are typically found at public charging stations along highways or major routes. The voltage is much higher than level 1 and 2 (L2) charging, which is why you don’t see level 3 chargers ever installed in homes. They are the perfect option for long-distance travel road trips or quick top-ups when you’re on the go. Try to plan ahead for your trips by looking up L3 and L2 chargers using the Ivy app or PlugShare.

Important factors to consider when buying a level 2 EV charger for your home

Now that we’ve got the EV charging basics out of the way, let’s dive into specs that will help you choose the perfect level 2 EV home charger. There are a number of factors you need to consider before making your big purchase decision and adding the right charger to your home. Let’s explore these factors below:

Important factor regarding your electric vehicle

Type of connector

There are several types of connectors for level 2 chargers available including the J1772 and Tesla connectors (NACS). It is important to choose a charger that is compatible with your EV’s connector type (check your EV’s user manual) to ensure that you can plug in and charge. Some chargers also offer multiple connector types, making them more versatile and suitable for use with multiple EV makes and models.

Important factors for your home

Length of the cable

EV home chargers come with cables that are different lengths and it is important to find out which one is most suitable for your home and electric vehicle. Make sure you measure the distance from your charging port to your electric vehicle’s parking spot and choose a cable that’s long enough to comfortably reach. This way you’ll avoid the hassle of having to move your car around or rearrange your space just to be able to power your EV.

Suitable for indoor or outdoor use

Before choosing a home charger, make sure it is suitable for the location that you’re planning to have it installed. If you’re planning on having it installed outside, ensure that it is compact, waterproof, and able to withstand all types of weather conditions. Certain chargers are built for certain climates. If you live in Ontario and are planning to install your charger outside, take a look at Ivy Home. It is built in Ontario for Ontario’s weather conditions and is made to withstand temperatures as low as -30°C. Happy charging, rain, shine, or snow!

Plug-in vs hardwired

EV home chargers are either plug-in or hardwired, which is an important factor to consider before making your purchase. Do you plan on staying in the same home for the next 10 years and only charging at this location? Or are you thinking of moving next year and would like to charge at different locations like a cottage? If you’re leaning towards the second option, a plug-in charger is the better option for you.

Important factors for your personal preferences

Amperage level

Amperage level determines how fast your electric vehicle will charge. If you have a high amperage level, you’ll be able to charge your EV faster and get back on the road in no time. But if you have a low amperage level, you’ll have to wait longer for a full charge.

A common amperage level for level 2 home charging units is between 16 and 50 amps. To understand how different amperage levels impact the speed of charge, we’d like to share some examples of common amperage levels and speeds below:

45-48 kilometers per hour at 40 amperage
35-40 kilometers per hour at 32 amperage
24-28 kilometers per hour at 24 amperage
16-19 kilometers per hour at 16 amperage

Depending on the distance of your trips and how often you drive your electric vehicle, you may need to rely on public charging as well. Some electric vehicle home charging solutions offer discounted rates to charge on their public network. Exploring options that provide home charging and public charging may be a good idea if you’re spending lots of time on the road!

Smart EV chargers

When choosing an electric vehicle home charger, you have the option of choosing a smart charger as well. Smart chargers are connected to a mobile app and allow you to remotely start and schedule a charge as well as check your consumption. Does this sound interesting to you? Then add “Smart EV chargers” to your checklist of what an ideal home charging solution looks like for you.

Important factor in the installation process

Permits for the EV charger installation

The installation of a home charger for your electric vehicle will likely require an electrical permit. This permit ensures that the installation is done in compliance with local electrical codes and regulations. The requirements may vary depending on your local municipality, so it is best to check with your local permit office to determine the specific requirements.

In Ontario, you need to get a permit from the Electrical Safety Authority (ESA) before starting the installation. You can learn more here. If you decide to work with a licensed contractor, you don’t have to worry about permits as they will take care of this for you.

What’s the cost of installing a level 2 EV charger at home?

The cost of installing an electric vehicle home charger can vary depending on multiple factors such as the type of charger you choose, the location of your electrical panel, and any necessary upgrades to your home’s electrical system.

On average, you can expect to pay anywhere from 500 to $1,500 for the charger itself, and another $500 to $2,000 for the installation. Finding the right home charging solution can be overwhelming but worry not, there are many options available on the market. You can find suitable home charging solutions within this price range here.

FAQs

Still have more questions? Below you’ll find the answers to some common questions.

Can I install an EV charger by myself?

Electrical changes in your home can be dangerous to attempt without the required knowledge and tools. It is recommended that you work with a professional, ESA-certified installer to get your home charger set up. Some charging solutions include an ESA-certified installation so you don’t have to worry about finding someone to get your charger set up.

What if my panel is full or I do not have the electrical capacity to add a charger?

If your panel is unable to handle the new charging load, or the space to add a new 2-pole breaker, a certified installer will need to upgrade your panel to provide additional capacity.

Can I plug my EV into a regular electrical outlet?

We highly recommend you always refer to the charging instructions provided by your vehicle manufacturer. EVs may come with a charging cable suitable for a regular electrical outlet, however, this may only provide you with speeds of up to 1.3 – 2.4 kW (5 – 8 km/hour).

Do I need a permit for installing an EV charger?

Adding a 240V electrical appliance—like an EV charging station—can require a permit from your local jurisdiction. Depending on where you live, permitting processes can vary. We recommend checking with your local permit office to determine the specific requirements.

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The ESA’s guide to installing an EV home charger safely.

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July 27, 2024

5 min read

The ESA’s guide to installing an EV home charger safely.

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When EV drivers consider installing a home charging solution, a common question often arises: “Can I install the charger myself or ask any electrician to do it for me?” We wanted to provide you with the most up-to-date and reliable information, so we turned to the best source possible – the Electrical Safety Authority (ESA). The ESA plays a vital role in setting safety standards, regulations, and codes to ensure the protection of consumers and electrical systems across Ontario. They collaborate with Licensed Electrical Contractors (LECs) to promote safe electrical practices, including the proper installation of home EV chargers, making them an essential resource in the electrical industry.

We conducted an exclusive interview with Trevor Tremblay who is a Technical Advisor from the ESA. He supports the northern region of Ontario and is a member of ESA’s regulatory group responsible for interpreting the Ontario Electrical Safety Code and creating a variety of bulletins. He is an expert on anything and everything electrical and was happy to answer some common questions about safe EV charger installations in homes.

What are the primary challenges associated with installing a home EV charger by yourself?

Installing a home EV charger by yourself can be a complex project, and while you have the right to do it as a homeowner, certain challenges should be considered. The installation process demands an understanding of current electrical codes and safety standards. Many aspects require careful attention such as adjusting user settings properly to avoid circuit overload, wiring and connections, proper mounting and more. You also need to ensure that you take out an ESA permit before doing the work yourself. Improper installations can lead to severe consequences such as electrical fires, property damage and personal injury. It’s crucial to understand that electrical work requires a high level of expertise and adherence to safety standards to avoid these risks.

Who should you hire for your EV home charger installation?

In Ontario, you should hire a Licensed Electrical Contracting (LEC) Business for EV home charger installations as they are the only type of professionals that are licensed by the ESA to do so. People often mistake Certified Electricians and Master Electricians for LECs but they are not considered an LEC and are just employed by an LEC. The best way to find an LEC (and their licence number) is by entering your location and the type of electrical work you’re looking to do on the ESA online directory. Every LEC has an ECRA/ESA license number posted so look for this on their website or business cards. The easiest option is to work with a company like Ivy that provides a comprehensive solution to set you up with a home charger installed only by LECs.

Why should you work with a Licensed Electrical Contractor for your EV home charger installation?

Working with an LEC for your EV home charger installation is important for a safe and successful outcome. Their expertise ensures that the installation is done properly, minimizing risks and hazards. They thoroughly understand local regulations, permits and inspection procedures, and compliance. Their knowledge and professionalism provide peace of mind, knowing that your charging system is installed safely, your electrical system is protected, and you will have a reliable charging solution set up to meet your EV charging needs!

What are the electrical requirements that need to be considered for a home EV charging station?

The first thing you need to do is assess your electrical panel to make sure there is enough capacity to add the EV home charger. Since charging an EV requires a significant amount of power, it’s crucial to have sufficient capacity in your panel to handle the increased demand. The amperage level is another important consideration, and this will depend on the specific charger you plan to install and the charging speed that you desire.

What factors influence the cost of home charger installation?

The cost of home charger installation can be influenced by several factors such as the size of the EV charger and features, the electrical panel size, the location of the charger, materials required (wires), and the complexity of the installation. While you can contact various LECs to obtain quotes, you can also take the hassle-free option with Ivy whose LECs will fully set up the charger at your home quickly.

Are permits necessary when installing a home EV charger?

Yes, a permit is necessary when you’re installing a home EV charger. If you work with an LEC, they will obtain this permit for you by filing a notification of work with the Electrical Safety Authority in Ontario.

Where are the best places to install your home charger?

The ideal locations for installing your home charger are typically within a garage or as close to your EV and house as possible. Additionally, make sure to keep it at a higher level as that helps prevent any potential damage, such as accidentally hitting it with a vehicle bumper, lawn mower or snowplow. By selecting a location that is easily accessible yet out of harm’s way, you can ensure the safety and optimal functionality of your home charger.

What advice would you give to someone looking to install a home charger in their home? What are the steps you would follow?

A few tips to get you ready and set up with your EV home charger are:

Before you buy your EV home charger, look for a certification mark. An EV charging system must carry the official mark or label of a recognized Canadian certification or evaluation agency. You can learn more here.
Identify your charging needs by figuring out how fast you need to charge your EV and establishing the size of charger you need. Make sure you review your existing infrastructure to see if your home can handle the EV charger load.
Find a location that is convenient and close to your home, such as your garage.
Find a LEC that you can trust to do a safe and efficient EV charger installation job for you.

Thank you, Trevor, for sharing your invaluable insights and expertise, which are key to ensuring a safe and secure installation of EV home chargers. Learn more about electrical safety and compliance at esasafe.com/EV.

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Top tips for driving an EV in the winter.

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July 27, 2024

3 min read

Top tips for driving an EV in the winter.

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Brrr…we can already feel that winter chill set in. As an electric vehicle (EV) owner, you might find yourself facing a unique set of challenges to maintain optimal performance in cold weather zones. In the realm of electric mobility, where each vehicle has its own distinctive features and capabilities, it becomes very important to understand your EV and how it operates in the winter season. Just as no two snowflakes are alike, every EV model has its differences that can significantly impact performance. So, as the temperatures drop, savvy EV enthusiasts like you must embark on a journey to uncover the ins and outs of your vehicle, ensuring a smooth and efficient ride through snowy weather conditions.

In this blog, we are going to share the top 7 tips essential to cruise confidently this winter season:

1. Invest in winter tires.

Equipping your EV with winter tires designed for cold weather conditions can greatly improve traction and handling on icy or snow-covered roads. The safety and performance benefits can make a significant difference during winter driving.

2. Precondition before charging your vehicle.

Your battery is at the heart of winter driving. Rather than relying on your battery to warm up the vehicle, leverage the preconditioning feature found in most modern EVs. This allows you to warm your cabin and battery in advance, ensuring optimal performance.

3. Use Eco mode and reduce use of electrical features.

Most EVs have Eco Mode. As an EV driver, you can activate this for an extended electric driving range, as it restricts energy supply and power consumption, optimizing your battery’s efficiency.

4. Warm up with seat and steer wheeling heaters.

Add heaters on the seats (if your EV doesn’t already come with this feature), around the steering wheel, and even on the arm rests. Unlike heated air, these features directly warm your body, providing quicker comfort all while conserving your EV’s range.

5. Park indoors when you can.

Whenever you have the option, park your EV in a garage or enclosed parking space. A chilly battery tends to underperform and accept less charge, so by sheltering your EV from the cold, you ensure that the battery stays at a more favourable temperature.

6. Invest in a home charging solution.

Consider installing a home charger, such as Ivy Home, for ultimate convenience. Having a dedicated home charging solution allows you to start each day with a fully charged battery, eliminating the need to rely on travelling to public charging stations. It provides a reliable and efficient way to keep your EV ready for winter journeys.

7. Know your route.

Since cold temperatures affect range, it’s important to know your route and any pitstops where you can charge. A fast charger will help you get back on the road much quicker than a Level 1 or 2 charger. Plan your trip with tools like the Ivy app to find locations along the way!

We hope these tips will enhance your driving experience during this winter season. Don’t forget to stock your EV with essential items such as a snow brush, window scraper, and emergency vehicle kit, ensuring you’re well-prepared for any unexpected challenges on the road. Safe travels!

How your business can profit from EV charging stations.

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March 22, 2024

4 min read

How your business can profit from EV charging stations.

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For all you business owners: Are you looking for ways to attract more customers to your site? Picture this: You’ve got EV charging stations right at your business doorstep, and EV drivers are loving it. Ready to learn how to charge up your business? Let’s dive in!

Advantages of having EV charging stations at your business.

You could qualify to access government funding which can cover up to 50% of project costs.

Installing sustainable infrastructure in a financially sustainable way? It can be done. Many governments encourage environmentally friendly practices by offering attractive financial incentives or rebates. Combine that with Ivy’s custom charging services to help your business install EV charging infrastructure, and voilá! Your wallet’s heavier; the Earth’s happier. Who doesn’t love some savings? It’s only fair if you’re working towards a cleaner planet.

The Canadian government’s Natural Resources Department offers the Zero-Emission Vehicle Infrastructure Program (ZEVIP) that provides funding to support the deployment of EV charging (and other alternative refuelling) infrastructure. Successful applicants can receive up to 50% of total project costs to a maximum of $5,000 per connector. Connect with Ivy to find out the next application dates and don't miss out.

With Ivy's expertise and support, navigating the process becomes seamless. From custom charging services to accessing government incentives like the Zero-Emission Vehicle Infrastructure Program (ZEVIP), Ivy ensures that your installation is not only environmentally friendly but also financially sustainable. Plus, with options like charging-as-a-service, you get the bonus of spreading your costs over 5-7 years. You can learn more about partnering with Ivy here.

Be the pick of the tenant crop.

Step into the future and watch the tenants flock! The eco-conscious generation is here, and they’re going to be looking for places that cater to their lifestyle. Adding EV charging stations shows you’re not just thinking about today—you’re investing in the future. And that’s something every tenant loves to see.

Weighing the costs against the ROI.

Cost considerations and revenue opportunities go hand in hand when it comes to EV charging stations. While installation costs vary depending on factors like station type and existing electrical infrastructure, the return on investment can be surprisingly swift.

According to Energy5’s ROI survey, businesses often see a return on their investment within the first year of installation. Partnering with Ivy ensures you make the most of this opportunity. As one of Ontario’s largest and fastest-growing EV charging infrastructure providers, Ivy offers expertise backed by notable organizations like Hydro One and Ontario Power Generation. Beyond installation, Ivy's team assists you in leveraging government incentives and rebates to minimize costs and maximize value. Plus, your charging station can double as an income source through pay-per-use or subscription services, creating a steady revenue stream that not only covers operational costs but also generates profits.

With Ivy, you're not just installing a charging station; you're driving your business towards a cleaner, more lucrative future.

Drive in! Happy customers, happy business.

Electric vehicle owners are always on the lookout for charging stations. Now imagine you’re their saviour in that situation. While their EV sips on some electric juice at your charging station, your customers are more likely to check out your business, maybe even catch a quick meal or buy one of your products. The customer walks in while their EV charges, and your business booms. It’s a triple-win situation! You can even go a bit further and ideate some products/services intended to allure those EV drivers—maybe a super-tasty vegan meal option, some fun key rings, or even products made of recycled materials. Make them want to come back!

Boost employee morale. Charge ‘em up!

Believe it or not, your employees will love having an EV charging station. It sends out not-so-subtle signals that you do take their convenience to heart. Ivy to the rescue, and suddenly, Mondays look much more fun to your EV-owning staff. Get them involved; make them feel part of it. If they are proud of your cleaner ways, customers will receive that authentic involvement even if they’re not paying much attention.

Gear up for the future. It’s electric!

Clairvoyance isn’t necessary to predict that electric vehicles are the future. Make a smart move now and let your business be future-ready, starting with an EV charging station. So, when the masses switch to electric, guess whose business they’ll frequent more? Yep, the one with the foresight to install those vital charging ports.

So, there you go. Adding EV charging stations is a game-changer for your business. Not only do you score high on the “sustainable quotient,” but the inflow of customers, happy employees, tax savings, and the pride of being future-ready makes it a pretty electrifying deal. Happy charging!

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Sustainable tourism in Ontario: Choosing eco-friendly experiences

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July 27, 2024

4 min read

Sustainable tourism in Ontario: Choosing eco-friendly experiences

When you hear “eco-friendly,” what comes to mind first? For many, this phrase invokes ideas surrounding cleaner energy, reducing plastic use, or perhaps recycling. And while these are certainly impactful aspects of an eco-friendly lifestyle, a truly sustainable mode of living—and travelling—extends far beyond what you initially might think.

To fully understand eco-friendly tourism, we must consider three important factors that make up sustainability: environmental, social, and economic.

Environmental sustainability.

We are most familiar with this aspect when considering eco-friendly choices. Here, the focus is on reducing our overall environmental impact. This includes being mindful of our energy consumption (like choosing a getaway powered by a cleaner energy source), minimizing waste, and making thoughtful choices such as booking local-first accommodations.

Social sustainability.

Sustainable tourism also considers the socio-cultural aspects of travel. In simple terms, it’s about minimizing the negative impacts of tourism on local communities and cultures while maximizing the positive ones. This might mean staying in establishments that genuinely respect local traditions and cultural heritage while working actively to preserve them or engaging experiences that promote understanding and learning between tourists and locals.

Economic sustainability.

Lastly, economic sustainability ensures that the economic benefits of tourism are equally spread within the local communities. Your travel spending can have a huge impact if directed at businesses that actively support the community workforce because it benefits them directly. Economic sustainability ensures that the financial incentives of tourism align with long-term growth and development for the community.

Travelling has become less about checking locations off a list and more about developing a deeper connection with the locations we visit and contributing positively to them with our actions and choices. It’s about a cleaner and brighter future—for us, the places we visit, and the generations to come.

Eco-conscientious retreats in Ontario.

Ontario’s eco-retreats go beyond carbon offsetting, deeply embracing sustainable practices and setting a precedent for responsible travel. We’ll spotlight a selection of destinations where your stay is eco-friendly.

Nature’s Harmony Ecolodge in Mattawa.

Nature’s Harmony goes to great lengths to promote a sustainable way of life. All of its facilities—from heating to lighting and waste disposal—are powered by clean energy sources like the sun, thus reducing pollution.

Silent Lake Provincial Park in Bancroft.

Silent Lake lives by the philosophy of sustainability from the age-old native ethos of leaving no trace. Visitors are encouraged to respect and maintain the park’s natural state while enjoying the wildlife. You can bring your own camping equipment or book a roofed accommodation.

Retreats fostering social integration.

Pine Brae Eco Resort - Retreats championing economic sustainability

Many eco-retreats in Ontario are not just eco-conscious but also socially impactful:

Baltic Luxury Treehouse in Haliburton Highlands.

This unique treehouse retreat takes its relationship with the environment further by using sustainable materials in its construction. It encourages visitors to experience the forest’s magic, fostering an appreciation for the local ecosystem—the perfect destination for all seasons.

Arowhon Pines in Nipissing.

Deep within the Algonquin Provincial Park, Arowhon Pines promotes community interaction and bonding around sustainable living. It is a social retreat where guests can share meaningful memories and enjoy outdoor activities. This retreat allows guests to book gatherings that create meaningful memories and enjoy the great outdoors. If you’re looking for the perfect nature spot for your upcoming wedding, then this is the place for you.

Retreats championing economic sustainability.

The Baltic Luxury Tree House - Retreats fostering social integration

Sustainable practices have ripple effects on local economies. Here’s how two retreats are supporting their local economies:

Pine Brae Eco-Resort Escape in Perth.

Located in Elm Grove, Ontario, this peaceful retreat has a one-of-a-kind approach to aiding the local economy. It connects visitors with other attractions in the Perth region, boosting local businesses while fostering an appreciation for the great outdoors.

Algonquin Eco-Lodge

Algonquin Eco-Lodge offers guests a secluded haven that actively supports the local economy. By emphasizing sustainable practices, such as using renewable energy generated by their own waterfall, the lodge provides a low-impact and affordable way to enjoy the area’s natural beauty. Guests are immersed in the serenity of the outdoors, while their stay helps to bolster businesses and services within the Algonquin community.

These retreats prove that offering a unique getaway experience is possible while positively influencing the environment and the local community. It’s not enough to just reduce harm; we must strive to leave a positive imprint on the world.

Begin your eco-friendly adventure, one conscious step at a time.

So, the next time you plan your travels, consider supporting establishments that contribute to a cleaner, more sustainable world. We encourage you to make conscious choices when booking your trips, opting for eco-friendly options—when possible—that positively impact the environment. Let’s rethink how we’re travelling and start taking action toward a better future for us and the generations to come.

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Canada’s iZEV program: How to qualify if you’re buying an EV.

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March 19, 2024

5 min read

Canada’s iZEV program: How to qualify if you’re buying an EV.

Say hello to energy-savings and wallet-boosting in this era where energy efficiency and cost-savings are the new normal with Canada’s iZEV program. Ready for a shocking incentive? Buy an EV in Canada and join the Canadian government’s economic incentive program for Zero-Emission Vehicles.

Canada's iZEV program, also known as Zero-Emission Vehicles (iZEV,) is a Canadian government initiative designed to make environmentally friendly transportation more accessible to the public. Simply put, it’s a program that provides financial incentives to people who choose to buy or lease zero-emission vehicles. The goal is to encourage more Canadians to adopt clean transportation options, thus reducing greenhouse gas emissions. This initiative can make your cleaner transportation dream come true and save you some real money. So strap in, and let’s get into the details on how to qualify for these incentives.

The electrifying benefits of Canada's iZEV program.

The iZEV program offers financial rebates to consumers, promoting the switch to cleaner, emission-free driving. Owning an EV reduces your carbon footprint and includes some financial perks. Become an EV owner by taking advantage of the benefits offered by the iZEV program, like financial help from $2,500 up to $5,000 on eligible zero-emission vehicles sold in Canada. This incentive mirrors the nation’s push towards cleaner alternatives that could put traditional combustion engines behind us, exhausting old practices, as we call them.

In fact, according to Natural Resources Canada, the transportation sector accounts for 26% of Canada’s greenhouse gas emissions. Shifting to EVs can significantly reduce emissions and help turn the tide on climate change.

The economic perks of plugging in.

Shifting to an EV doesn’t just bring ecological benefits; it’s also an economic game-changer! Sometimes, affording a new vehicle can impact your economy, but the iZEV program cushions against that, making your EV purchase lighter on the pocket.

Lower fuel and maintenance costs: For starters, the cost of charging an EV is significantly lower than the cost of refuelling a traditional gasoline-powered vehicle. According to Ontario.ca, the average driver in Ontario can save between $1,500–$2,500 per year on fuel and maintenance by switching to EVs.

Maintenance costs for EVs are also typically lower compared to gasoline vehicles. This is because EVs have fewer moving parts, no exhaust systems, no oils to change, and braking systems that last longer due to regenerative braking practices. A Canadian Automobile Association (CAA) study found that EV owners could expect to save around 75% on maintenance over the vehicle’s lifespan compared to a conventional car.

Additionally, by switching to an EV, you also contribute to the local economy. The EV industry is adding numerous jobs and spurring innovation across Canada. According to Clean Energy Canada, a swift move to electric transport could help Canada gain as much as $22 billion in GDP by 2040. Now, that’s what we call a power drive towards a prosperous future!

Qualifying for Canada's iZEV program program.

Applying for the iZEV program is as easy as plugging in your EV to charge. Now, doesn’t that sound like a jolt of joy? Here’s a step-by-step guide to getting qualified.

1. Choose an eligible vehicle.

The government publishes an up-to-date list of eligible vehicles the buyer must choose from. The list is divided into two broad categories where incentives vary:

Battery-electric, hydrogen fuel cell, and longer-range plug-in hybrid vehicles (greater than 50 km) can receive incentives of up to $5,000.
Shorter-range plug-in hybrid electric vehicles (less than 50 km) can receive incentives up to $2,500.

The distinction in qualifying vehicles often revolves around the EV’s battery capacity, as models with larger, higher-capacity batteries typically qualify for higher incentives.

2. Navigate the price point.

Purchase price plays an important role in qualifying for the program.

For vehicles with 6 seats or fewer, the base model MSRP (Manufacturer’s Suggested Retail Price) must be less than $45,000. Higher-end versions (trims) of these vehicles, up to a value of $55,000, can also be eligible.
For vehicles with 7 seats or more, the base model MSRP must be less than $55,000. Again, these vehicles’ eligible higher-end versions (trims) can go up to $60,000.

3. Keeping it in Canada.

The vehicle must be purchased or leased in Canada. Both new and used cars are eligible as long as they are purchased from an eligible point of sale and are included on the Government of Canada’s list of eligible vehicles.

4. No need to handle the paperwork.

You don’t have to apply for the incentive, as it is applied by the dealership at the point of sale or lease. Don’t forget to ask your salesperson about this incentive during your discussions! As for the documentation, rest assured that your dealership handles all the heavy lifting and manages the entire process for you.

How do I get the incentive?

When purchasing or leasing an eligible zero-emission vehicle (ZEV) in Canada, the iZEV incentive is applied directly at the dealership’s point of sale or lease. It will clearly be indicated as a deduction on the bill of sale or lease agreement. Essentially, the dealer subtracts the incentive amount from the total price of the vehicle on or after the vehicle’s eligibility date. This makes the process transparent and seamless, with no extra forms to fill out. Make sure to ask your salesperson about this incentive to ensure it is applied to the sale. Further, ensure your chosen ZEV falls within the eligible vehicle list and that you purchase or lease it from a registered dealer to benefit from the federal iZEV incentive.

Don’t let the current opportunity pass.

The future is electric, and Canada’s iZEV program wants to help you join it. While iZEV is more than a symbolic gesture toward a cleaner environment, it sure feels good to do your bit and brake away from old habits.

As we continue our journey towards a cleaner and more sustainable Canada, we must remember that the earth is not simply ours; it’s a loan from the next generation. Your decision today shapes the transportation landscape of tomorrow. Choose to buy cleaner and drive cleaner!

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What is the difference between Level 2 and 3 EV chargers?

Blog

March 15, 2024

5 min read

What is the difference between Level 2 and 3 EV chargers?

Navigating the electric vehicle (EV) charging world can seem complex with terminology like AC, DC, Level 2, and Level 3. But getting down to basics makes it simpler. This blog will break down the differences between Level 2 and Level 3 charging, laying out how each charging level affects your EV’s performance and charging efficiency. Let’s dive in!

AC and DC charging: The backbones of EV charging.

In the realm of electric vehicle charging, AC (alternating current) and DC (direct current) play distinct roles. Alternating current (AC) charging supplies electricity to an electric vehicle (EV) battery using standard electrical outlets, which transmit alternating current. In this process, the current is converted from AC to direct current (DC) within the vehicle’s onboard charger before being fed to the EV battery. AC charging is typically the more accessible and cost-effective option for EV owners as it can be conveniently set up at home or work.

Direct current (DC) charging involves directly supplying electricity in the form of direct current to an EV battery, bypassing the vehicle’s onboard converter. This method offers significantly faster charging speeds than AC charging, making it an ideal option for longer trips, quick pit stops, or immediate recharge. While DC charging infrastructures are rapidly growing and evolving, they coexist with more conventional AC charging stations, forming a comprehensive network to cater to the diverse charging needs of EV drivers.

What is Level 1 EV charging?

If you’re new to the EV scene, you might start with Level 1 charging. Essentially, this is your standard 120-volt plug-in charger. It’s the slowest method (providing about 6–8 km of range per hour of charge) but also accessible. The catch? It could take over 24 hours to fully charge a completely depleted battery.

What is Level 2 EV charging?

Building our charge levels up, we introduce Level 2 charging. This charger provides approximately 25–50 km of range per hour of charge using 240 volts (the type of electricity your dryer uses) and can fully charge an EV battery in only 4–6 hours. Level 2 chargers are commonly available at public charging stations, including locations where you might spend some time—think shopping centres, restaurants, movie theatres—essentially places where your vehicle can recharge while you go about your day. They’re also common in home charging solutions, such as Ivy Home, providing a balance between charging speed and convenience. They feature J1772 which plugs into all common EVs or NACS connectors for Teslas. These Level 2 destination charging options are integral to our expansive network, ensuring accessible and simple charging solutions for every EV owner.

What is Level 3 EV charging?

For those of us constantly on-the-go, or in need of a swift top-up, we present Level 3 charging (also called DC fast charging). Designed to replenish your vehicle’s charge during extended drives and serve as important quick-charge spots along your travel path, these chargers use direct current (DC) rather than household AC power. Level 3 chargers, conveniently available at our ONroute locations along Ontario’s busiest highways, pack a powerful punch. They deliver charges up to 150 kW, translating to nearly 100 km of range in a quick, 20-minute charge! They use CCS, CHAdeMO or NACS connectors which plug into a variety for EV models (check your car's manual to find the one that's right for your vehicle!). This ensures you can swiftly resume your journey with minimal downtime.

Comparing Level 1, Level 2, and Level 3 charging stations.

In EV charging, choosing a level is a balance between speed, convenience, and availability.

Speed and convenience.

From slow and steady Level 1 to lightning-fast Level 3, the charging speed rises with each level.

Level 1 is ideal for overnight home charging, providing a reliable and gradual power replenishment for your vehicle.
Level 2 presents an optimal balance of speed and convenience. It’s perfect for both home and public charging stations, making it a great choice for longer trips and a practical solution for daily charging needs.
Level 3 fast charging delivers the quickest charging experience. These chargers are optimal for on-the-go charging during longer trips, functioning as essential top-up stations along your route.

Access and availability.

Level 1 charging requires no special equipment, making it globally accessible. Level 2 chargers, often found at public stations and homes, are an expedited charging solution for when you’re taking care of errands or similar activities where you have a bit of time to spare. One such charger is the Ivy Home charger, a premium Level 2 smart EV charger that simplifies daily routines with ease—just connect, plug in, and you’re ready to go! Level 3 stations are typically located in cities or along busy transport routes, including those serviced by Ivy Charging Network.

Regardless of your chosen level, every EV charger contributes to a more sustainable environment. Your driving habits, location, and lifestyle will inform your decision. Making an informed choice means maximizing your EV’s potential and ensuring a seamless journey towards a cleaner future.

Choose your level of EV charging.

From the balanced integration of speed and convenience offered by Level 2 to the immense power harnessed by Level 3 chargers, flexibility is a staple in the world of EVs at Ivy. We understand that charging needs vary for all EV models and we are committed to continually ensuring our network supports all connector types. When it comes to EV charging at Ivy, selecting a level manifests as a harmony between speed, convenience, and ample availability in our network. Poised to electrify your driving experience? Delve into Ivy’s charging solutions and ensure you’re continually powered up for all your road endeavours.

Tips for an electric summer road trip.

Listen to this blog.

Vehicle check.

Map it out.

Pack it up.

Practice efficient driving.

Consider the weather.

Schedule stops and bring some backup.

Stay flexible.

Catch up with other drivers.

Practice EV charging etiquette.

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