Electric Vehicle (EV) charging is categorized into three levels, each varying in charging speed and power delivery. Here’s a brief overview:

1. Level 1 Charging
Power Supply: Standard 120V AC household outlet.
Charging Speed: Slowest, typically providing about 2 to 5 miles of range per hour of charging.
Ideal For: Overnight charging at home or top-ups at work.
2. Level 2 Charging
Power Supply: 240V AC, similar to what large appliances in homes use.
Charging Speed: Much faster than Level 1, offering about 10 to 60 miles of range per hour.
Ideal For: Daily use, home charging installations, public charging stations, workplaces, and some destination locations like hotels.
3. Level 3 Charging (Also known as DC Fast Charging or DCFC)
Power Supply: 480V DC or higher.
Charging Speed: The fastest available, capable of adding 60 to 80 miles of range in just 20 minutes under optimal conditions.
Ideal For: Quick top-ups, long-distance travel, and commercial fleet charging.

Each level has its own set of requirements for installation and use, and the suitable level may vary depending on individual needs and vehicle specifications.

Robust and Weather-Resilient Design

EVectriFi’s charging stations are engineered to endure various weather conditions, ensuring reliability and safety. Here’s what you need to know:

NEMA 3R Rating
– Weatherproof Standards: All EVectriFi charging stations are a minimum of NEMA 3R rated.
– Resilience Features: This rating signifies that our stations are designed to provide protection against falling rain, sleet, snow, and external ice formation.
– Outdoor Suitability: They are suitable for both indoor and outdoor use, offering flexibility in placement and installation.

All-Weather Operation
– Consistent Performance: The stations are built to perform consistently and safely, regardless of the weather conditions.
– Enhanced Durability: Their robust construction means they can withstand harsh weather, including heavy rain and snow.

Safety and Reliability
– Regular Maintenance: Regular checks and maintenance ensure the stations remain in top condition.
– Certified Protection: The NEMA 3R rating is part of our commitment to providing high-quality, dependable charging solutions.

Whether you’re charging in bright sunshine or during a rainstorm, you can trust EVectriFi stations to provide safe, reliable service.

Diverse and Reliable Connectivity Options

EVectriFi charging stations are equipped with multiple internet connectivity options to ensure consistent and uninterrupted service. Here’s how they stay connected:

WiFi Connectivity
– Wireless Access: Charging stations can connect to the internet via WiFi, offering a convenient and easy setup in areas with existing wireless networks.

Ethernet Connection
– Wired Reliability: For locations with wired internet infrastructure, EVectriFi stations can be connected via Ethernet, ensuring a stable and fast connection.

4G LTE Cellular Signal
– Cellular Network: In areas where WiFi or Ethernet is not feasible, the stations can utilize a 4G LTE cellular signal for connectivity.
– Wide Coverage: This option broadens the scope of where our stations can be effectively placed and operated, ensuring connectivity even in remote locations.

Seamless Operation
– Uninterrupted Service: With these diverse connectivity options, you can be assured of continuous access and monitoring of your charging sessions.
– Remote Management: These connections enable remote management and real-time updates, enhancing your charging experience.

Whether connected through WiFi, Ethernet, or 4G LTE, EVectriFi stations are designed to maintain a reliable internet connection, ensuring efficient operation and user convenience.

Account Creation: Not Mandatory
– Using an EVectriFi public charging station is accessible to everyone, with no mandatory account creation required. Here’s what you need to know:

Charging Without an Account
– Payment Options: You can pay for the charging session directly at the station, either by credit card or other available payment methods.
– Accessibility: Ideal for occasional users or visitors who prefer not to register.

Benefits of Using the EVectriFi App with an Account
– Enhanced Features: While an account is not necessary, registering and using the EVectriFi App unlocks numerous additional features.
– Real-Time Updates: Receive updates on your charging status.
– Remote Control: Manage your charging session remotely.
– History & Analytics: View your charging history and usage analytics.
– Personalized Experience: Enjoy a more tailored charging experience with preferences and recommendations.

Creating an Account
– Easy Setup: If you choose to create an account, the process is straightforward and can enhance your charging experience.

Whether you choose to use our services as a guest or take full advantage of the EVectriFi App, we aim to provide a seamless and efficient charging experience.

Starting an EV charging session at our stations is straightforward and can be done in three convenient ways:

1. Using a Credit Card
Step 1: Tap the screen on the charging station and select the port you wish to use.
Step 2: Choose the ‘Credit Card’ option. Once the credit card machine is activated, swipe your card.
Step 3: Follow the on-screen prompts until your card is accepted.
Step 4: Plug the charging cord into your car. The session will start automatically.
2. Through the Mobile App
Step 1: Ensure you have downloaded our mobile app.
Step 2: On the app, select the port you wish to use.
Step 3: Scan the QR code displayed on the charging station’s screen using your mobile app.
Step 4: Connect the charging cord to your car.
Step 5: Click ‘Start Session’ on the mobile app.
3. Using an RFID Card
Step 1: Tap the screen and select the desired charging port.
Step 2: Tap your RFID card against the designated area on the charger.
Step 3: Connect your car to the charging station. The session will commence automatically.
For any further assistance or inquiries, please contact our support team.

Universal Compatibility with Level 2 Chargers

EVectriFi charging stations are designed to accommodate a wide range of electric vehicles. Here’s what you need to know about compatibility:

Standard J1772 Plug
– Broad Compatibility: EVectriFi Level 2 Chargers work with all electric vehicles that use the US standard J1772 plug.
– Versatility: This includes a vast majority of EV models available on the market, ensuring most EV drivers can charge their vehicles at our stations.

Tesla Vehicles
– Tesla Adapter Use: Tesla owners can easily charge their cars at EVectriFi stations by using a Tesla adapter.
– Simple Process: This adapter connects the Tesla charging port to the J1772 plug, making it straightforward and convenient for Tesla drivers.

Ensuring Compatibility
– Vehicle Manual Check: We recommend checking your vehicle’s manual to confirm the type of charging connector it uses.
– Support Assistance: If you’re unsure about compatibility, our support team is available to assist you.

EVectriFi charging stations aim to provide accessible and convenient charging solutions for a diverse range of electric vehicles, ensuring most EV drivers can charge their vehicles without hassle.

The time it takes to charge an electric vehicle (EV) can vary significantly based on several factors. Here’s a general guide:

1. Type of Charger Used
– Level 1 Chargers (Standard 120V outlet): The slowest, typically taking overnight to a full day to fully charge a depleted battery.
– Level 2 Chargers (240V outlet): Faster, generally requiring 4 to 6 hours for a full charge.
– Level 3 Chargers (DC Fast Chargers): The quickest, capable of charging most EVs to about 80% in as little as 30 minutes to an hour.

2. Battery Size and State
– Larger Batteries: Larger battery capacities found in some EVs will take longer to charge.
– State of Charge: The time needed also depends on how depleted the battery is when you begin charging.

3. Vehicle’s Charging Capacity
– Onboard Charger Limits: Each vehicle has a maximum charging rate, which can limit how fast the battery can be charged, regardless of the charger’s speed.

4. External Factors
– Temperature: Extreme temperatures can affect charging speed.
– Charger Availability: The number of EVs waiting to charge can also impact your wait time at public charging stations.

Estimating Charging Time
– General Rule of Thumb: A typical EV with a 60 kWh battery and a 50 kW fast charger can go from 20% to 80% in about 40 minutes.
– Specific Times: For precise times, consult your vehicle’s manual or use the EVectriFi app for estimates based on your car model and charger type.

Remember, the above times are estimates and can vary. For more personalized information, refer to your vehicle’s user manual or use our EVectriFi app to get charging time estimates specific to your vehicle.

Most electric and plug-in hybrid vehicles available today can only accept a maximum of 16 to 32-amps, while charging on a level 2, 240-volt charging station. However, there are charging stations available today that can deliver more power, even though very few electric vehicles can accept it.
That can be confusing to some consumers shopping for a charging station, so let’s take a closer look at what the difference between a 30-amp unit and one that can deliver 40-amps.
The average daily distance North Americans drive is between 26-31 miles. For electric vehicles, this requires about 10 kWh of electricity (Most EVs average between 3 & 4 miles per kWh. Charging an EV at 40 A (9.6 kW) means it will take a little more than one hour to charge to the minimum required daily amount, compared to 1 hour and 20 minutes at 30 A (7.2 kW).
Since most EV drivers charge overnight, this is not a significant difference, especially when the car stays plugged in for 8 to 10 hours. Another factor to consider is the initial cost to power a 40A EVSE vs a 30A EVSE can be very substantial. That’s because the entire circuit needs to use a thicker wire, and the circuit breaker needed is more expensive. Plus, many residential electrical systems do not have the spare electrical capacity to add a 40A charger, since it requires a 50-amp dedicated circuit.
As the auto industry increasingly shifts to EVs, combined with the fact that the average family owns two vehicles, it is probable that two EVSEs per household will soon be the norm. Even if the present capacity allows starting with a 40A EVSE, it will certainly be a challenge for any household to add a second one in the future. Two 30A power sharing-enabled units (drawing a combined maximum of 32A) to charge two family EVs is more cost-efficient than to have to swap the charging connector from one vehicle to another every evening.