How to Choose Guide: Types of Smart EV Car Chargers for Home and Pros & Cons

The awareness of environmental protection is growing worldwide. As one of the critical actions to curb climate change impacts, more people and organizations are shifting to more sustainable solutions. An EV car charger for homes that operate on electricity has now become a mainstream option for transportation, as it can substantially help reduce carbon emissions and particulate air pollution during use compared to conventional fuel vehicles. Integrating high-quality and smart EV chargers within residential communities and at homes can significantly enhance user experience and overall quality of living for EV owners.

Integrating EV Chargers for Market Edge

Considering this growing trend, smart home solution providers, IoT service providers, and real estate developers should consider the construction of EV chargers for residential parking lots. This is an excellent opportunity as it can boost their competitiveness in the current market. Homeowners will be more inclined to select properties that offer EV car chargers for home facilities. It also raises property value and attracts potential EV drivers as residents. The ability to provide such solutions shows the vision to accommodate future automotive trends, gaining customers' trust.

Types of EV Chargers

The most common EV car charger for home is the Level 2 charger. There are several other types available in the market. Level 1 chargers, for example, provide charging through standard 120V outlets and have a charging rate of 1-5 km per hour. They are suitable for occasional slow charging at home. Level 2 chargers have higher power delivery from 208V/240V outlets, allowing for charging rates from 10-50 km per hour. The following aspects highlight the pros and cons of the two types of EV car chargers for home:

1.???? Charging Time

Level 2 Charger: Level 2 (AC) charging offers a significantly faster charging speed, with a peak power output of up to 7 kW when utilizing 240 volts and a 30A current. For an electric vehicle with a battery capacity of 24 kW, this level of charging requires approximately 4-5 hours to achieve a full charge.

Level 1 Charger: Level 1 (AC) charging is the slowest level of charging. In the United States, this corresponds to a voltage of 120 volts with a 16A current, yielding a maximum peak power of 1.92 kW. For a typical electric vehicle, this means that it could take approximately 12 hours to achieve a full charge if the battery capacity is around 20 kW.

2.???? Smart and Easy Management

Level 2 Charger:

●???????? Pros: It typically comes with advanced smart features, such as Wi-Fi connectivity and smartphone apps. Allows for remote monitoring, scheduling, and energy management.

●???????? Cons: It may require a more complex installation process due to higher power requirements.

Level 1 Charger:

●???????? Pros: Simpler setup and plug-and-play operation. It may not require additional smart features, making it more straightforward for users without complex charging needs.

●???????? Cons: Limited or no smart features, which can restrict remote management and monitoring capabilities.

3.???? Compatibility and Versatility

Level 2 Charger:

●???????? Pros: It can accommodate a wider range of electric vehicles and is compatible with various power levels, making it more versatile for different EV models.

●???????? Cons: It may require professional installation and a dedicated circuit, potentially limiting its flexibility in certain home setups.

Level 1 Charger:

●???????? Pros: Generally compatible with all electric vehicles that use a standard Level 1 charging connector. It can be plugged into a standard household outlet.

●???????? Cons: Slower charging speed compared to Level 2. Limited compatibility with certain electric vehicles that may require a higher charging power.

4.???? User-Friendliness

Level 2 Charger:

●???????? Pros: Offers faster charging times, providing greater convenience for users with higher energy demands. Advanced features and smart functionalities enhance user experience.

●???????? Cons: It may have a steeper learning curve due to the added features. Installation might be more involved.

Level 1 Charger:

●???????? Pros: Simple plug-and-play operation. No additional installation hassle for many users.

●???????? Cons: Slower charging speeds can be a drawback for users with higher daily mileage or energy demands. Lack of advanced features compared to Level 2.

2.???? Safety and Practicality

Level 2 Charger:

●???????? Pros: Generally considered safe when professionally installed. The higher power allows for faster charging, which can be more practical for users with longer commutes or frequent usage.

●???????? Cons: The installation process may require a certified electrician, adding to the initial cost.

Level 1 Charger:

●???????? Pros: Simplicity in design may contribute to reliability. Suitable for overnight charging for users with lower daily mileage.

●???????? Cons: Limited practicality for users with higher energy demands or those looking for faster charging. It may not be ideal for daily long-distance commuting.

Factors to Consider When Picking a Trustworthy Charger Manufacturer

When choosing a reliable EV car charger for home supplier, the following aspects should be examined:

1.???? Reputation and Experience

Leading brands with a proven record in clean energy technologies will offer the best quality and long-term after-sales services.

2.???? Product Line

A complete series of AC and DC chargers meeting various power needs ensures compatibility with different electric vehicles and installation environments.

3.???? Customer Service

Responsiveness, multiple post-sale support channels, and a user-friendly app for EV chargers for home maintenance and control are essential.

4.???? Warranty

A comprehensive warranty policy covering workmanship and performance issues brings users peace of mind.

Product Highlight: 7/11 kW AC Charger for Electric Vehicles by Sungrow

Sungrow, founded in 1997, is the world’s leading inverter solution supplier with over 405GW installed globally as of June 2023. With over 25 years of industry pioneering, it holds more than 3,000 patents with over 2,500 researchers. Committed to technological advancement, Sungrow launched one of the most advanced and practical home chargers – the 7/11 kW AC Charger for Electric Vehicles.

This charger is suitable for residential and workplace charging. Some of its key advantages include:

? Integrated with 6mA DC fault current detection for reliable safety protection

? IP65 protection rating allows for flexible indoor and outdoor installation

? Compatible with electric vehicles through its AC Type-2 port and capability to communicate via OCPP 1.6J for optimized functionality

? Adaptive load management prevents circuit overload through coordination with smart energy control systems

? Remote monitoring and controls are available through a user-friendly companion mobile app

? Rigorously tested and certified to global performance and quality standards, including CE, EN, and RoHS, to ensure maximum reliability

? Beyond charging – maximum usage of solar energy together with Sungrow hybrid inverter

These features and credentials of this EV car charger for home exemplify Sungrow’s ongoing dedication to innovation, sustainability leadership, and customer-centric solutions.

Conclusion

EV chargers bring diverse benefits but require careful consideration regarding types, power levels, charger manufacturer credibility, and product specifications. The installation of Level 2 chargers has emerged as a trend to fulfill daily home charging needs. As a frontrunner with proven quality and services, Sungrow’s 7/11 kW AC Charger for Electric Vehicles stands out as a reliable choice. Get started on partnering with Sungrow to deploy capable yet hassle-free charging infrastructure.