Discover the Best EV Solar Charger | Mobile Charging Stations

.Despite technically being around for years, more recent advantages in EV technology and a societal push to stop being dependent on fossil fuels have spiked in popularity lately.

That’s great for the booming EV market and energy-saving goals, but there’s just one problem. Most charging methods are still tied to the grid and use fossil fuels. Solar charging options solve this problem, but the need for high-quality solar charging options has never been greater.

So, if you’re ready to take the plunge and convert to an EV car or commercial fleet, what is the best EV solar charger to ensure you’re off the grid but still efficient?

Sunnoo’s mobile charging stations are the solution you’re looking for, and here’s why.

1: Efficient Tracking to Maximize Solar Charging Time

One of the things that has held the solar charging industry behind is that panels need to be pointed directly at the sun to get maximum exposure and create the most energy output possible.

We’ve solved this issue by adding tracking sensors that allow our mobile charging stations to stay continuously aligned with the sun all day long. This means that our panels stay aligned and absorb every bit of energy they can to put toward your EV charging needs.

This is a huge step above traditional options that either stay in one position or miss out on most of the power actually available throughout the day.

2: Mobile Reliability

Another key issue our mobile charging stations have solved is the issue with current infrastructure not allowing for grid-tied chargers to be installed with ease, and there aren’t nearly enough around to make charging reliable. Especially if you’re working at a remote job site with EVs.

Our solar charging stations are easy to transport and set up for on-site charging that keeps your vehicles topped off and ready to go at all times. This means that, whether you’re using EVs to work remotely, or you simply want to detach your EVs from the power grid as much as possible for environmental or cost-saving reasons, it’s easy to do so. These charging stations can be installed anywhere with minimal effort.

3: Fast Charging

Speed has been another major issue for traditional solar charging issues, but with our innovative new panel systems, our mobile solar charging stations can charge in ¼ of the time required by the other level 2 chargers on the market. With the average charging time for a standard level 2 charger being 6-12 hours, that means you can have a fully charged EV in as little as 2-4 hours depending on how much charge the vehicle has and the amount of direct sunlight available.

This is paramount when using EVs for commercial tasks, but it also helps the average EV owner get rid of range anxiety and trust that their EV will always be charged when needed.

Sunnoo Mobile Charging Stations are the Best Available

If you’re looking to break free from grid-tied charging, or you’re simply tired of looking for a charging station and not finding one when you need it, Sunnoo’s mobile charging stations are the solution. They’re faster, make the most of every daylight hour, and are easy to transport and set up where needed.

Contact Sunnoo today for a free consultation.

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What is Grid-Tied EV Charging: Merging Solar Power with Electric Vehicles

By Chris Langathianos • 04 Apr, 2024

Learn what is grid-tied EV charging and how Sunnoo's cutting-edge solar-powered systems are revolutionizing electric vehicle charging. Discover more!

Exploring the Possibilities: Is Off-Grid EV Charging Practicable?

By Chris Langathianos • 22 Mar, 2024

As the world moves towards a more sustainable future, off-grid EV charging has emerged as a fascinating solution to meet the growing demand for electric vehicle (EV) infrastructure. Off-grid EV charging refers to charging stations not connected to the traditional electricity grid but instead rely on alternative power sources, such as solar or wind energy. This approach offers the promise of reducing carbon footprints and enhancing energy independence. But is off-grid EV charging practicable in the current scenario? What is Off-Grid EV Charging? Off-grid EV charging stations harness renewable energy sources to generate electricity to charge electric vehicles. This method is particularly appealing in remote locations where grid connection may be challenging or cost-prohibitive. It also provides an eco-friendly charging solution that aligns with the green credentials of EVs themselves. However, the feasibility of off-grid EV charging depends on several factors, including location, weather conditions, and technological advancements. Is Off-Grid EV Charging Practicable? One of the primary considerations in the practicability of off-grid EV charging is the reliability of power generation. Renewable energy sources like solar and wind can be intermittent, fluctuating in availability based on weather conditions and time of day. To counteract this, off-grid charging stations often incorporate energy storage systems, such as batteries, to store excess power generated during peak production times. This stored energy can then be used to charge EVs during periods of low generation, ensuring a consistent power supply. Another critical factor is the efficiency of the charging technology itself. Off-grid EV charging stations must be equipped with fast charging capabilities to be practical for users. Advances in battery technology and charging infrastructure have made rapid charging more accessible, significantly reducing the time required to charge an EV. However, integrating these technologies into off-grid systems presents challenges, including higher costs and more complex installation processes. The scalability of off-grid EV charging is also a critical aspect to consider. While individual off-grid chargers may be suitable for personal use or small-scale applications, expanding this infrastructure to meet the needs of a growing number of EV owners requires significant investment. Large-scale deployment of off-grid charging stations would necessitate substantial advancements in renewable energy generation and storage solutions, supportive policies, and government incentives.