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Can You Charge an Electric Car in the Rain?

Published on
February 22, 2024

In recent years, the electric vehicle (EV) revolution has shifted from a distant vision of the future to a tangible and rapidly growing reality on our streets. However, as with any emerging technology, there are questions and concerns that potential users often grapple with. 

One of the most common inquiries pertains to the practicality and safety of these vehicles, especially under less-than-ideal weather. Hence, "Can you charge an electric car in the rain?" is a logical question, as drivers naturally don't want to risk their safety simply to charge their vehicles.

This article aims to explore, demystify, and provide a comprehensive guide to the security measures, technological advancements, and practical considerations that come into play on a rainy day.

Understanding Electric Vehicle Charging

To appreciate the nuances of green cars, it's essential to first understand the basics of how EVs work, the different levels of charging available, and the specific types of connectors and stations that power our journeys. It's crucial to understand these factors, especially when questioning if you can charge an electric car in the rain.

The Levels of EV Charging

Electric vehicle charging is categorised into three primary levels, each differing in speed, power output, and where they are commonly found.

Level

Description

Level 1

Utilises a standard 3-pin plug with a 230V domestic outlet. 

It's the simplest and slowest form, taking up to 40 hours for a full charge. 

Most suitable for overnight charging at home.

Level 2

Uses a dedicated home or public unit with a 230V supply but at a higher current than Level 1. 

Allows for a full charge in 4 to 6 hours. 

Common in residential areas, workplaces, and UK parking spaces.

DC Fast

Known for rapid charging, it can power an EV battery to 80% in about 30 minutes. 

Found along motorways and urban public hubs, operating at a higher voltage and current than Level 1 or 2. 

Ideal for quick top-ups.

For additional insight, check out our discussion on ‘How to charge an electric car?’

Charging Safety Mechanisms of EVs

The advent of electric vehicles has brought with it a wave of innovation in safety and technology, particularly when it comes to charging infrastructure. Manufacturers and regulatory bodies have established stringent standards and mechanisms to ensure that EVs and their stations can be used under various environmental conditions, including rain.

Engineering and Safety Standards

  • IP (Ingress Protection) Ratings: Charging equipment is rated for its level of protection against the ingress of solid objects and liquids. For instance, an IP65-rated station is dust-tight and protected against jets of water, making it fine for outdoor use, including in rainy conditions.
  • Safety Standards: The UL in the United States and CE in Europe provide a framework for electrical safety and performance. Stations and equipment that meet these standards have undergone rigorous testing for safe operation in wet conditions.
  • Residual Current Device (RCD) Protection: Similar to the GFCI in the US, the RCD is a safety device used in the UK that instantly breaks a circuit to prevent serious harm from an ongoing electric shock, offering critical protection during charging.

Design Features to Prevent Water Ingress

  • Sealed Connectors and Ports: Connectors are designed with seals that prevent water from entering the plug or the vehicle's charging port.
  • Elevated Design and Drainage: Many public stations are elevated or designed with drainage systems to prevent standing water from coming into contact with components.

Advanced Features

  • Automatic Power Cut-Offs: Charging stations are designed to cut off power automatically if a fault is detected, such as water penetration or a short circuit.
  • Circuit Protection: Built-in circuit breakers and fuses protect against overcurrent and electrical surges, ensuring the system remains safe even in adverse conditions.

Real-World Testing and Certifications

Before coming to market, EV charging systems undergo extensive laboratory and field testing to simulate real-world conditions, including exposure to rain and moisture. This rigorous testing process addresses public concerns about whether you can charge an electric car in the rain and ensure it is safe to operate regardless of environmental conditions. 

Myths vs. Facts About Charging EVs in the Rain

When it comes to electric vehicles, misinformation can spread as quickly as innovation. Hence, let's address some of the most popular myths.

Myth

Fact

Charging an EV in the Rain Can Cause Electrocution

False: EVs and charging stations are designed with extensive security measures, like waterproof connectors and GFCIs, to prevent electrocution.

Water Can Damage the EV's Battery During Charging

False: EV batteries are sealed and housed within protective casings, impervious to water under normal conditions, including during charging.

Stations Are Not Safe to Use in Wet Conditions

False: Charging stations are built to be fully functional in wet weather, equipped with weather-resistant materials and designed to prevent water intrusion.

If Lightning Strikes, It Will Travel Through the Connector and Damage the EV

False: Stations and EVs are equipped with electrical protection systems to safely handle lightning strikes and other power surges.

User Precautions

While electric vehicles and their stations are designed with high safety standards to mitigate any risks associated with powering in wet conditions, there are still best practices and precautions that EV owners can take. 

Inspecting Charging Equipment

  • Pre-Use Inspection: Before using a station, especially in public areas, inspect the equipment for any visible damage, wear, or tampering. Look out for frayed cables, cracked casings, or any signs of water intrusion.
  • Cable Care: Ensure the cable is properly coiled and stored when not in use to prevent damage. Avoid placing the cable where it can be stepped on or run over by vehicles.

Choosing the Right Stations

  • Certified and Well-Maintained Stations: Opt for locations that are certified by reputable organisations and regularly maintained. Public networks usually adhere to high standards of maintenance and safety. Plus, use EV charging apps to find points that fit your special requirements.
  • Avoid Standing Water: While stations are designed to handle rain, it's wise to avoid using one that's submerged in standing water due to extreme weather conditions, as this can pose additional risks.

Safe Charging Practices

  • Follow Instructions: Always adhere to the manufacturer's instructions for powering up your EV. This includes guidelines on handling the cable and connector, especially when connecting and disconnecting in wet conditions.
  • Disconnecting Safely: If you need to disconnect your EV during a rainstorm, ensure that you are not standing in water. Dry your hands before handling the charger, and follow the recommended procedure for securely disconnecting the cable.

Handling Emergency Situations

  • Know Your EV's Features: Most EVs have built-in features that can detect faults and stop charging automatically, but knowing how to stop manually can be useful in certain situations.
  • Emergency Contacts: Keep a list of contacts, including roadside assistance and the customer support line for the charging station network, in case you encounter any issues.

Regular Maintenance and Updates

  • Vehicle Maintenance: Regularly service your EV and any home charging equipment to make sure that they are in optimal condition. This includes software updates for your car and system, which can enhance safety features and improve efficiency.
  • Professional Inspection: If you suspect any issues with your EV's charging system or home station, have it inspected by a qualified professional to ensure it's secure to use.

By following these precautions and best practices, owners can confidently power their vehicles, even in the rain, knowing they have taken steps to ensure their security and the longevity of their cars. 

Download OVO Charge Powered by Bonnet for a More Enjoyable EV Experience

The logo of OVO Charge powered by Bonnet.

Technological advancements have made EV ownership more practical and safer than ever. However, even with these developments, drivers often face a different set of challenges, especially when it comes to finding the right charging station. 

In simpler words, the quest for a compatible point that meets the needs of cost, location, and speed can be a complex maze to navigate. Each network comes with its own set of rules, prices, and connector types, making it a time-consuming task to find the perfect match for your requirements.

Enter OVO Charge powered by Bonnet, our innovative application designed to simplify the EV experience. Our app addresses the common pain points of drivers by offering a seamless solution to locate, access, and pay for charging across a vast network of stations

With OVO Charge, the days of juggling multiple apps and memberships are over. The app consolidates access to over 17 charging networks into a single platform, making it easier than ever to find the right point at the right price.

But we don't stop at simplifying access. We've introduced "Bonnet Boosts", a feature that offers significant savings on charging costs. This is particularly beneficial for those looking to maximise their savings while on the go, ensuring that every stop is both efficient and economical.

Moreover, OVO Charge is designed with the user experience in mind. Its intuitive interface allows drivers to quickly check the availability of nearby points, view detailed information about each site, including the types of connectors and speeds, and even monitor their session in real-time. Hence, our app's features ensure that charging an electric car in the rain is not only possible but also convenient.

For EV owners seeking a hassle-free experience, OVO Charge powered by Bonnet is the answer. By downloading our app, you're not just choosing convenience; you're joining a movement towards a more sustainable and user-friendly ecosystem. 

So, say goodbye to the complications of charging and hello to a world where hitting the road in your electric vehicle is as simple as tapping a button on your smartphone. Make the switch today and transform your journey! 

Download OVO Charge powered by Bonnet and make charging easy.

Conclusion 

Finally, we come back to the original question: "Can you charge an electric car in the rain?” The answer is a clear yes; it is both secure and practical, thanks to rigorous engineering and stringent safety standards. Whether facing a drizzle or a downpour, EV owners can charge their vehicles safely, knowing that the systems in place are built to handle the elements. So, let the rain come; the future of electric transportation is ready and resilient.

References 

[1] - https://www.transportation.gov/urban-e-mobility-toolkit/e-mobility-basics/charging-speeds

FAQs

Can you charge an electric car in a thunderstorm?

Charging an electric vehicle in a thunderstorm is usually safe, thanks to integrated safety features. However, as a precaution against possible power surges, it's recommended to be cautious and refrain from charging when lightning is striking nearby.

How do I protect my EV charger from the rain?

Most EV chargers are designed to be weather-resistant and can withstand rain, but ensuring they are properly installed with no exposed wiring and using a protective cover can offer additional protection and peace of mind.

Are EV chargers rainproof?

Yes, EV chargers are typically designed to be rainproof and have ingress protection ratings to ensure safe operation in wet conditions, making them suitable for outdoor use.

February 22, 2024

In recent years, the electric vehicle (EV) revolution has shifted from a distant vision of the future to a tangible and rapidly growing reality on our streets. However, as with any emerging technology, there are questions and concerns that potential users often grapple with. 

One of the most common inquiries pertains to the practicality and safety of these vehicles, especially under less-than-ideal weather. Hence, "Can you charge an electric car in the rain?" is a logical question, as drivers naturally don't want to risk their safety simply to charge their vehicles.

This article aims to explore, demystify, and provide a comprehensive guide to the security measures, technological advancements, and practical considerations that come into play on a rainy day.

Understanding Electric Vehicle Charging

To appreciate the nuances of green cars, it's essential to first understand the basics of how EVs work, the different levels of charging available, and the specific types of connectors and stations that power our journeys. It's crucial to understand these factors, especially when questioning if you can charge an electric car in the rain.

The Levels of EV Charging

Electric vehicle charging is categorised into three primary levels, each differing in speed, power output, and where they are commonly found.

Level

Description

Level 1

Utilises a standard 3-pin plug with a 230V domestic outlet. 

It's the simplest and slowest form, taking up to 40 hours for a full charge. 

Most suitable for overnight charging at home.

Level 2

Uses a dedicated home or public unit with a 230V supply but at a higher current than Level 1. 

Allows for a full charge in 4 to 6 hours. 

Common in residential areas, workplaces, and UK parking spaces.

DC Fast

Known for rapid charging, it can power an EV battery to 80% in about 30 minutes. 

Found along motorways and urban public hubs, operating at a higher voltage and current than Level 1 or 2. 

Ideal for quick top-ups.

For additional insight, check out our discussion on ‘How to charge an electric car?’

Charging Safety Mechanisms of EVs

The advent of electric vehicles has brought with it a wave of innovation in safety and technology, particularly when it comes to charging infrastructure. Manufacturers and regulatory bodies have established stringent standards and mechanisms to ensure that EVs and their stations can be used under various environmental conditions, including rain.

Engineering and Safety Standards

  • IP (Ingress Protection) Ratings: Charging equipment is rated for its level of protection against the ingress of solid objects and liquids. For instance, an IP65-rated station is dust-tight and protected against jets of water, making it fine for outdoor use, including in rainy conditions.
  • Safety Standards: The UL in the United States and CE in Europe provide a framework for electrical safety and performance. Stations and equipment that meet these standards have undergone rigorous testing for safe operation in wet conditions.
  • Residual Current Device (RCD) Protection: Similar to the GFCI in the US, the RCD is a safety device used in the UK that instantly breaks a circuit to prevent serious harm from an ongoing electric shock, offering critical protection during charging.

Design Features to Prevent Water Ingress

  • Sealed Connectors and Ports: Connectors are designed with seals that prevent water from entering the plug or the vehicle's charging port.
  • Elevated Design and Drainage: Many public stations are elevated or designed with drainage systems to prevent standing water from coming into contact with components.

Advanced Features

  • Automatic Power Cut-Offs: Charging stations are designed to cut off power automatically if a fault is detected, such as water penetration or a short circuit.
  • Circuit Protection: Built-in circuit breakers and fuses protect against overcurrent and electrical surges, ensuring the system remains safe even in adverse conditions.

Real-World Testing and Certifications

Before coming to market, EV charging systems undergo extensive laboratory and field testing to simulate real-world conditions, including exposure to rain and moisture. This rigorous testing process addresses public concerns about whether you can charge an electric car in the rain and ensure it is safe to operate regardless of environmental conditions. 

Myths vs. Facts About Charging EVs in the Rain

When it comes to electric vehicles, misinformation can spread as quickly as innovation. Hence, let's address some of the most popular myths.

Myth

Fact

Charging an EV in the Rain Can Cause Electrocution

False: EVs and charging stations are designed with extensive security measures, like waterproof connectors and GFCIs, to prevent electrocution.

Water Can Damage the EV's Battery During Charging

False: EV batteries are sealed and housed within protective casings, impervious to water under normal conditions, including during charging.

Stations Are Not Safe to Use in Wet Conditions

False: Charging stations are built to be fully functional in wet weather, equipped with weather-resistant materials and designed to prevent water intrusion.

If Lightning Strikes, It Will Travel Through the Connector and Damage the EV

False: Stations and EVs are equipped with electrical protection systems to safely handle lightning strikes and other power surges.

User Precautions

While electric vehicles and their stations are designed with high safety standards to mitigate any risks associated with powering in wet conditions, there are still best practices and precautions that EV owners can take. 

Inspecting Charging Equipment

  • Pre-Use Inspection: Before using a station, especially in public areas, inspect the equipment for any visible damage, wear, or tampering. Look out for frayed cables, cracked casings, or any signs of water intrusion.
  • Cable Care: Ensure the cable is properly coiled and stored when not in use to prevent damage. Avoid placing the cable where it can be stepped on or run over by vehicles.

Choosing the Right Stations

  • Certified and Well-Maintained Stations: Opt for locations that are certified by reputable organisations and regularly maintained. Public networks usually adhere to high standards of maintenance and safety. Plus, use EV charging apps to find points that fit your special requirements.
  • Avoid Standing Water: While stations are designed to handle rain, it's wise to avoid using one that's submerged in standing water due to extreme weather conditions, as this can pose additional risks.

Safe Charging Practices

  • Follow Instructions: Always adhere to the manufacturer's instructions for powering up your EV. This includes guidelines on handling the cable and connector, especially when connecting and disconnecting in wet conditions.
  • Disconnecting Safely: If you need to disconnect your EV during a rainstorm, ensure that you are not standing in water. Dry your hands before handling the charger, and follow the recommended procedure for securely disconnecting the cable.

Handling Emergency Situations

  • Know Your EV's Features: Most EVs have built-in features that can detect faults and stop charging automatically, but knowing how to stop manually can be useful in certain situations.
  • Emergency Contacts: Keep a list of contacts, including roadside assistance and the customer support line for the charging station network, in case you encounter any issues.

Regular Maintenance and Updates

  • Vehicle Maintenance: Regularly service your EV and any home charging equipment to make sure that they are in optimal condition. This includes software updates for your car and system, which can enhance safety features and improve efficiency.
  • Professional Inspection: If you suspect any issues with your EV's charging system or home station, have it inspected by a qualified professional to ensure it's secure to use.

By following these precautions and best practices, owners can confidently power their vehicles, even in the rain, knowing they have taken steps to ensure their security and the longevity of their cars. 

Download OVO Charge Powered by Bonnet for a More Enjoyable EV Experience

The logo of OVO Charge powered by Bonnet.

Technological advancements have made EV ownership more practical and safer than ever. However, even with these developments, drivers often face a different set of challenges, especially when it comes to finding the right charging station. 

In simpler words, the quest for a compatible point that meets the needs of cost, location, and speed can be a complex maze to navigate. Each network comes with its own set of rules, prices, and connector types, making it a time-consuming task to find the perfect match for your requirements.

Enter OVO Charge powered by Bonnet, our innovative application designed to simplify the EV experience. Our app addresses the common pain points of drivers by offering a seamless solution to locate, access, and pay for charging across a vast network of stations

With OVO Charge, the days of juggling multiple apps and memberships are over. The app consolidates access to over 17 charging networks into a single platform, making it easier than ever to find the right point at the right price.

But we don't stop at simplifying access. We've introduced "Bonnet Boosts", a feature that offers significant savings on charging costs. This is particularly beneficial for those looking to maximise their savings while on the go, ensuring that every stop is both efficient and economical.

Moreover, OVO Charge is designed with the user experience in mind. Its intuitive interface allows drivers to quickly check the availability of nearby points, view detailed information about each site, including the types of connectors and speeds, and even monitor their session in real-time. Hence, our app's features ensure that charging an electric car in the rain is not only possible but also convenient.

For EV owners seeking a hassle-free experience, OVO Charge powered by Bonnet is the answer. By downloading our app, you're not just choosing convenience; you're joining a movement towards a more sustainable and user-friendly ecosystem. 

So, say goodbye to the complications of charging and hello to a world where hitting the road in your electric vehicle is as simple as tapping a button on your smartphone. Make the switch today and transform your journey! 

Download OVO Charge powered by Bonnet and make charging easy.

Conclusion 

Finally, we come back to the original question: "Can you charge an electric car in the rain?” The answer is a clear yes; it is both secure and practical, thanks to rigorous engineering and stringent safety standards. Whether facing a drizzle or a downpour, EV owners can charge their vehicles safely, knowing that the systems in place are built to handle the elements. So, let the rain come; the future of electric transportation is ready and resilient.

References 

[1] - https://www.transportation.gov/urban-e-mobility-toolkit/e-mobility-basics/charging-speeds

In recent years, the electric vehicle (EV) revolution has shifted from a distant vision of the future to a tangible and rapidly growing reality on our streets. However, as with any emerging technology, there are questions and concerns that potential users often grapple with. 

One of the most common inquiries pertains to the practicality and safety of these vehicles, especially under less-than-ideal weather. Hence, "Can you charge an electric car in the rain?" is a logical question, as drivers naturally don't want to risk their safety simply to charge their vehicles.

This article aims to explore, demystify, and provide a comprehensive guide to the security measures, technological advancements, and practical considerations that come into play on a rainy day.

Understanding Electric Vehicle Charging

To appreciate the nuances of green cars, it's essential to first understand the basics of how EVs work, the different levels of charging available, and the specific types of connectors and stations that power our journeys. It's crucial to understand these factors, especially when questioning if you can charge an electric car in the rain.

The Levels of EV Charging

Electric vehicle charging is categorised into three primary levels, each differing in speed, power output, and where they are commonly found.

Level

Description

Level 1

Utilises a standard 3-pin plug with a 230V domestic outlet. 

It's the simplest and slowest form, taking up to 40 hours for a full charge. 

Most suitable for overnight charging at home.

Level 2

Uses a dedicated home or public unit with a 230V supply but at a higher current than Level 1. 

Allows for a full charge in 4 to 6 hours. 

Common in residential areas, workplaces, and UK parking spaces.

DC Fast

Known for rapid charging, it can power an EV battery to 80% in about 30 minutes. 

Found along motorways and urban public hubs, operating at a higher voltage and current than Level 1 or 2. 

Ideal for quick top-ups.

For additional insight, check out our discussion on ‘How to charge an electric car?’

Charging Safety Mechanisms of EVs

The advent of electric vehicles has brought with it a wave of innovation in safety and technology, particularly when it comes to charging infrastructure. Manufacturers and regulatory bodies have established stringent standards and mechanisms to ensure that EVs and their stations can be used under various environmental conditions, including rain.

Engineering and Safety Standards

  • IP (Ingress Protection) Ratings: Charging equipment is rated for its level of protection against the ingress of solid objects and liquids. For instance, an IP65-rated station is dust-tight and protected against jets of water, making it fine for outdoor use, including in rainy conditions.
  • Safety Standards: The UL in the United States and CE in Europe provide a framework for electrical safety and performance. Stations and equipment that meet these standards have undergone rigorous testing for safe operation in wet conditions.
  • Residual Current Device (RCD) Protection: Similar to the GFCI in the US, the RCD is a safety device used in the UK that instantly breaks a circuit to prevent serious harm from an ongoing electric shock, offering critical protection during charging.

Design Features to Prevent Water Ingress

  • Sealed Connectors and Ports: Connectors are designed with seals that prevent water from entering the plug or the vehicle's charging port.
  • Elevated Design and Drainage: Many public stations are elevated or designed with drainage systems to prevent standing water from coming into contact with components.

Advanced Features

  • Automatic Power Cut-Offs: Charging stations are designed to cut off power automatically if a fault is detected, such as water penetration or a short circuit.
  • Circuit Protection: Built-in circuit breakers and fuses protect against overcurrent and electrical surges, ensuring the system remains safe even in adverse conditions.

Real-World Testing and Certifications

Before coming to market, EV charging systems undergo extensive laboratory and field testing to simulate real-world conditions, including exposure to rain and moisture. This rigorous testing process addresses public concerns about whether you can charge an electric car in the rain and ensure it is safe to operate regardless of environmental conditions. 

Myths vs. Facts About Charging EVs in the Rain

When it comes to electric vehicles, misinformation can spread as quickly as innovation. Hence, let's address some of the most popular myths.

Myth

Fact

Charging an EV in the Rain Can Cause Electrocution

False: EVs and charging stations are designed with extensive security measures, like waterproof connectors and GFCIs, to prevent electrocution.

Water Can Damage the EV's Battery During Charging

False: EV batteries are sealed and housed within protective casings, impervious to water under normal conditions, including during charging.

Stations Are Not Safe to Use in Wet Conditions

False: Charging stations are built to be fully functional in wet weather, equipped with weather-resistant materials and designed to prevent water intrusion.

If Lightning Strikes, It Will Travel Through the Connector and Damage the EV

False: Stations and EVs are equipped with electrical protection systems to safely handle lightning strikes and other power surges.

User Precautions

While electric vehicles and their stations are designed with high safety standards to mitigate any risks associated with powering in wet conditions, there are still best practices and precautions that EV owners can take. 

Inspecting Charging Equipment

  • Pre-Use Inspection: Before using a station, especially in public areas, inspect the equipment for any visible damage, wear, or tampering. Look out for frayed cables, cracked casings, or any signs of water intrusion.
  • Cable Care: Ensure the cable is properly coiled and stored when not in use to prevent damage. Avoid placing the cable where it can be stepped on or run over by vehicles.

Choosing the Right Stations

  • Certified and Well-Maintained Stations: Opt for locations that are certified by reputable organisations and regularly maintained. Public networks usually adhere to high standards of maintenance and safety. Plus, use EV charging apps to find points that fit your special requirements.
  • Avoid Standing Water: While stations are designed to handle rain, it's wise to avoid using one that's submerged in standing water due to extreme weather conditions, as this can pose additional risks.

Safe Charging Practices

  • Follow Instructions: Always adhere to the manufacturer's instructions for powering up your EV. This includes guidelines on handling the cable and connector, especially when connecting and disconnecting in wet conditions.
  • Disconnecting Safely: If you need to disconnect your EV during a rainstorm, ensure that you are not standing in water. Dry your hands before handling the charger, and follow the recommended procedure for securely disconnecting the cable.

Handling Emergency Situations

  • Know Your EV's Features: Most EVs have built-in features that can detect faults and stop charging automatically, but knowing how to stop manually can be useful in certain situations.
  • Emergency Contacts: Keep a list of contacts, including roadside assistance and the customer support line for the charging station network, in case you encounter any issues.

Regular Maintenance and Updates

  • Vehicle Maintenance: Regularly service your EV and any home charging equipment to make sure that they are in optimal condition. This includes software updates for your car and system, which can enhance safety features and improve efficiency.
  • Professional Inspection: If you suspect any issues with your EV's charging system or home station, have it inspected by a qualified professional to ensure it's secure to use.

By following these precautions and best practices, owners can confidently power their vehicles, even in the rain, knowing they have taken steps to ensure their security and the longevity of their cars. 

Download OVO Charge Powered by Bonnet for a More Enjoyable EV Experience

The logo of OVO Charge powered by Bonnet.

Technological advancements have made EV ownership more practical and safer than ever. However, even with these developments, drivers often face a different set of challenges, especially when it comes to finding the right charging station. 

In simpler words, the quest for a compatible point that meets the needs of cost, location, and speed can be a complex maze to navigate. Each network comes with its own set of rules, prices, and connector types, making it a time-consuming task to find the perfect match for your requirements.

Enter OVO Charge powered by Bonnet, our innovative application designed to simplify the EV experience. Our app addresses the common pain points of drivers by offering a seamless solution to locate, access, and pay for charging across a vast network of stations

With OVO Charge, the days of juggling multiple apps and memberships are over. The app consolidates access to over 17 charging networks into a single platform, making it easier than ever to find the right point at the right price.

But we don't stop at simplifying access. We've introduced "Bonnet Boosts", a feature that offers significant savings on charging costs. This is particularly beneficial for those looking to maximise their savings while on the go, ensuring that every stop is both efficient and economical.

Moreover, OVO Charge is designed with the user experience in mind. Its intuitive interface allows drivers to quickly check the availability of nearby points, view detailed information about each site, including the types of connectors and speeds, and even monitor their session in real-time. Hence, our app's features ensure that charging an electric car in the rain is not only possible but also convenient.

For EV owners seeking a hassle-free experience, OVO Charge powered by Bonnet is the answer. By downloading our app, you're not just choosing convenience; you're joining a movement towards a more sustainable and user-friendly ecosystem. 

So, say goodbye to the complications of charging and hello to a world where hitting the road in your electric vehicle is as simple as tapping a button on your smartphone. Make the switch today and transform your journey! 

Download OVO Charge powered by Bonnet and make charging easy.

Conclusion 

Finally, we come back to the original question: "Can you charge an electric car in the rain?” The answer is a clear yes; it is both secure and practical, thanks to rigorous engineering and stringent safety standards. Whether facing a drizzle or a downpour, EV owners can charge their vehicles safely, knowing that the systems in place are built to handle the elements. So, let the rain come; the future of electric transportation is ready and resilient.

References 

[1] - https://www.transportation.gov/urban-e-mobility-toolkit/e-mobility-basics/charging-speeds

FAQs

Can you charge an electric car in a thunderstorm?

Charging an electric vehicle in a thunderstorm is usually safe, thanks to integrated safety features. However, as a precaution against possible power surges, it's recommended to be cautious and refrain from charging when lightning is striking nearby.

How do I protect my EV charger from the rain?

Most EV chargers are designed to be weather-resistant and can withstand rain, but ensuring they are properly installed with no exposed wiring and using a protective cover can offer additional protection and peace of mind.

Are EV chargers rainproof?

Yes, EV chargers are typically designed to be rainproof and have ingress protection ratings to ensure safe operation in wet conditions, making them suitable for outdoor use.

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