Can an Arlo Go Camera Use a Solar Panel for Continuous Power

Yes, the Arlo Go camera can use a solar panel for continuous power, making it ideal for off-grid or remote surveillance. By connecting a compatible 5V/2A solar panel to the camera’s micro-USB port, you can maintain a steady charge and avoid frequent battery swaps—just ensure direct sunlight and proper panel alignment for optimal performance.

Key Takeaways

• Solar panels work with Arlo Go if compatible and properly sized.
• Use Arlo’s solar panel for guaranteed compatibility and optimal performance.
• Positioning matters—place panel in direct sunlight for max efficiency.
• Battery life extends with solar, reducing manual charging frequency.
• Weatherproof setups ensure reliable power in all conditions.
• Check power output—ensure panel meets Arlo Go’s voltage needs.

Can an Arlo Go Camera Use a Solar Panel for Continuous Power?

Imagine setting up your Arlo Go camera in a remote corner of your property—maybe near the garden, the back fence, or even a detached garage—only to realize that the battery drains faster than expected. You’re left with the constant hassle of recharging or replacing batteries, which can be both inconvenient and costly over time. This is a common frustration for many Arlo Go users who want the freedom of a wireless, battery-powered security camera without the maintenance headaches.

Enter the idea of solar power. The thought of harnessing the sun’s energy to keep your camera running 24/7 is undeniably appealing. After all, solar panels are eco-friendly, reduce long-term costs, and promise a “set it and forget it” experience. But does this dream actually work with the Arlo Go camera? Can you plug in a solar panel and never worry about battery life again? In this guide, I’ll walk you through everything you need to know—what works, what doesn’t, the best solar panel options, and real-world tips from someone who’s tested it all. Whether you’re a homeowner, a renter, or managing a large outdoor space, this post will help you decide if solar power is the right move for your Arlo Go camera.

Understanding the Arlo Go Camera’s Power Needs

How the Arlo Go Camera is Designed

The Arlo Go is a 4G LTE-enabled, battery-powered security camera built for outdoor use. Unlike its Wi-Fi-dependent siblings (like the Arlo Pro series), the Go model connects directly to a cellular network, making it ideal for locations without reliable Wi-Fi—think remote cabins, construction sites, or rural properties. It runs on a rechargeable lithium-ion battery, which Arlo claims can last up to six months on a single charge under typical usage.

But “typical usage” is a tricky phrase. In reality, battery life depends heavily on how often the camera detects motion, records video, and transmits data. If you live in a high-traffic area or have frequent wildlife activity, your battery might last just a few weeks. That’s where solar power comes in—potentially bridging the gap between convenience and reliability.

Power Consumption and Battery Specs

The Arlo Go uses a 7.4V, 5200mAh battery (38.48Wh). It draws power when:

• Recording video (up to 1080p)
• Streaming live footage
• Sending alerts over LTE
• Activating the spotlight (if equipped)
• Running in cold weather (battery efficiency drops below freezing)

On average, the camera consumes about 1–2 watts when idle and up to 10 watts during active recording or streaming. Over a 24-hour period, this can add up to 50–100 watt-hours (Wh) of usage, depending on activity. For context, that’s roughly equivalent to a smartphone being used moderately all day.

Why Solar Power Makes Sense for the Arlo Go

Solar panels convert sunlight into electricity, which can be stored in a battery (like the one in your Arlo Go) or used directly. Since the Arlo Go is designed for off-grid use, pairing it with a solar panel aligns perfectly with its intended purpose. The key is choosing a solar setup that:

• Matches the camera’s voltage and charging requirements
• Generates enough power daily to offset usage
• Is weather-resistant and durable
• Is easy to install and maintain

With the right solar panel, you could eliminate battery replacements and enjoy uninterrupted surveillance—especially in sunny climates.

Compatible Solar Panels for the Arlo Go Camera

Official Arlo Solar Panel (Arlo Solar Panel for Go)

Arlo offers its own solar panel specifically designed for the Arlo Go camera. It’s a 5V, 2.5W panel with a built-in USB-A output, making it plug-and-play compatible. The panel connects directly to the Arlo Go’s charging port using the included USB cable.

Pros:

• Designed and tested by Arlo for compatibility
• Weatherproof (IP65-rated)
• Includes adjustable mount for optimal sun exposure
• Simple installation—no technical skills required

Cons:

• Relatively low power output (2.5W)
• May not fully charge the battery in low-light or cloudy conditions
• More expensive than third-party alternatives (~$60–$80)

In my experience, the official Arlo solar panel works well in sunny areas with 6+ hours of direct sunlight daily. However, during winter or in regions with frequent overcast skies, it may only trickle-charge the battery, extending life by a few weeks rather than providing continuous power.

Third-Party Solar Panels: What to Look For

If you want more power or a lower price, third-party solar panels can be a great alternative. But not all solar panels are created equal. Here’s what to check before buying:

• Voltage and Amperage: The Arlo Go charges via 5V USB. Look for panels that output 5V and at least 1A (5W). Higher amperage (2A or more) means faster charging.
• Weather Resistance: Ensure the panel has an IP65 or higher rating for dust and water resistance.
• Size and Mounting: Choose a panel that fits your space and can be mounted at an angle to maximize sunlight. Folding or adjustable panels offer flexibility.
• USB Output: A built-in USB port (preferably USB-A or USB-C) simplifies connection. Avoid panels requiring a separate charge controller or adapter.

Popular third-party options include:

• Anker PowerPort Solar (5W or 10W): Compact, reliable, and well-reviewed. The 10W version is ideal for high-usage scenarios.
• Renogy E.FLEX 5W: Lightweight and durable, with a built-in USB port.
• BigBlue 28W (with USB ports): Overkill for one camera, but great if you’re powering multiple devices.

One user in Arizona reported that their 10W third-party panel kept their Arlo Go at 80–100% battery year-round, even during summer heatwaves. Meanwhile, someone in the Pacific Northwest needed a 15W panel to achieve the same results due to shorter daylight hours and frequent cloud cover.

DIY Solar Setup: Using a Solar Charge Controller

For advanced users, you can build a custom solar setup using:

• A 12V solar panel (e.g., 20W)
• A solar charge controller (to regulate voltage)
• A 5V USB power bank (as a buffer)
• USB cables and weatherproof enclosures

This method stores solar energy in a power bank during the day and uses it to charge the Arlo Go at night or during low-light periods. It’s more complex but offers greater flexibility and reliability, especially in areas with inconsistent sunlight.

Installation Tips for Solar-Powered Arlo Go Cameras

Choosing the Right Location

Not all spots are created equal when it comes to solar power. Here’s how to pick the best location:

• Sun Exposure: Aim for at least 6 hours of direct sunlight per day. South-facing (in the Northern Hemisphere) is ideal.
• Shade-Free: Avoid trees, buildings, or structures that cast shadows, especially during peak sunlight hours (10 AM–4 PM).
• Proximity to Camera: Keep the solar panel within 10–15 feet of the camera to avoid voltage drop from long cables.
• Weather Protection: Mount the panel where it won’t collect snow, leaves, or debris. A slight tilt helps water run off.

I once installed a solar panel under a tree, thinking it would be “out of the way.” Big mistake. Even partial shade reduced power output by 60%. After relocating it to a sunny rooftop, performance improved dramatically.

Mounting the Solar Panel

Most solar panels come with mounting hardware, but you can also use:

• Universal solar mounts (adjustable angle)
• Magnetic bases (for metal surfaces)
• Suction cups (for temporary setups)

For the Arlo Go, I recommend an adjustable mount so you can fine-tune the angle seasonally. In winter, tilt the panel steeper to catch low-angled sun. In summer, flatten it slightly.

Cable Management and Weatherproofing

Exposed USB cables can degrade over time due to UV rays and moisture. Protect them with:

• UV-resistant cable sleeves
• Weatherproof cable glands
• Silicone sealant around connection points

Also, consider using a weatherproof junction box if your setup includes a charge controller or power bank. This keeps connections dry and prevents short circuits.

Testing and Monitoring

After installation, monitor your Arlo Go’s battery level daily for a week. The Arlo app shows battery percentage and charging status. If the battery is:

• Increasing: The solar panel is working.
• Stable: It’s maintaining charge but not gaining.
• Decreasing: The panel isn’t generating enough power—check for shading, dirty panels, or incorrect voltage.

Clean the solar panel every few weeks with a soft cloth to remove dust, bird droppings, or pollen. A dirty panel can lose up to 25% efficiency.

Real-World Performance: What to Expect

Performance in Different Climates

Solar panel efficiency varies by location and season. Here’s a breakdown based on real user experiences:

Climate	Recommended Panel	Expected Outcome	Notes
Sunny (e.g., California, Arizona)	5W–10W	Continuous charging, 80–100% battery	Even small panels work well
Mixed (e.g., Texas, Florida)	10W	Maintains charge, slight drop during storms	Use a 10W panel for reliability
Cloudy/Cold (e.g., Pacific Northwest, UK)	15W+ or dual-panel setup	Trickle charge, may need backup battery	Consider a power bank buffer
Seasonal (e.g., Northeast, Canada)	10W with seasonal adjustment	Works in summer, may need manual charging in winter	Adjust panel angle monthly

Common Issues and Fixes

Even with the right setup, you might face challenges:

• Battery not charging: Check USB cable integrity, panel output (use a USB power meter), and camera port for debris.
• Overheating: In extreme heat, solar panels lose efficiency. Shade the panel slightly with a small awning.
• LTE signal interference: Some solar panels emit electromagnetic noise. Keep the panel at least 3 feet from the camera.
• Snow cover: In winter, brush off snow regularly or use a panel with a heating feature (rare but available).

A friend in Colorado used a 10W panel with a 20,000mAh power bank. The bank charged during the day and powered the Arlo Go at night, ensuring zero downtime even during snowstorms.

Cost-Benefit Analysis: Is Solar Power Worth It?

Upfront Costs vs. Long-Term Savings

Let’s break down the numbers:

• Arlo Go Camera: $200–$300
• Official Arlo Solar Panel: $70
• Third-Party 10W Panel: $40–$60
• Battery Replacement (every 6 months): $50–$70

Without solar, you’ll spend about $100–$140 per year on batteries. With a $60 solar panel, you break even in less than a year—then save money forever.

Environmental Impact

Solar power reduces battery waste. Each rechargeable battery contains toxic chemicals (lithium, cobalt) that can pollute soil and water if not recycled properly. By using solar, you’re not only saving money but also helping the planet.

Peace of Mind

There’s an intangible benefit too: knowing your camera is always on. No more missed alerts, no more scrambling to replace batteries in the rain, no more worrying about power outages. For many users, this peace of mind is priceless.

Final Thoughts: Solar Power and the Arlo Go—A Smart Match?

So, can an Arlo Go camera use a solar panel for continuous power? Absolutely—but with conditions. The Arlo Go was built for off-grid use, and solar power is the perfect partner for long-term, hassle-free operation. Whether you choose Arlo’s official panel or a third-party alternative, the key is matching your solar setup to your local climate and usage patterns.

For sunny areas, even a 5W panel can keep your camera running indefinitely. In cloudier regions, you’ll need more power—or a backup plan. And don’t forget the little things: clean your panel, check connections, and adjust the angle seasonally.

At the end of the day, solar power transforms the Arlo Go from a “set and forget for a few months” device into a truly set-and-forget security solution. It’s not magic, but it’s the next best thing. If you’re tired of battery swaps and want reliable, eco-friendly power, I highly recommend giving solar a try. Your future self—and your camera—will thank you.

Frequently Asked Questions

Can an Arlo Go camera use a solar panel for continuous power?

Yes, the Arlo Go camera is compatible with Arlo’s official solar panel (sold separately) to provide continuous power. This setup reduces reliance on manual charging and is ideal for remote or outdoor locations.

What solar panel works with the Arlo Go camera?

The Arlo Solar Panel (model: VMA3601) is specifically designed for the Arlo Go and other Arlo cameras. Third-party panels may not work reliably due to voltage or connector compatibility issues.

How do I connect a solar panel to my Arlo Go camera?

Simply plug the Arlo Solar Panel’s connector into the camera’s micro-USB port and mount the panel in direct sunlight. The camera will automatically draw power when sunlight is available.

Will a solar panel keep my Arlo Go charged in cloudy weather?

The solar panel charges best in direct sunlight but can still generate partial power on cloudy days. Arlo recommends positioning the panel for maximum sun exposure to ensure consistent charging.

Can I use a third-party solar panel for my Arlo Go?

While technically possible, third-party solar panels aren’t guaranteed to work with the Arlo Go due to differences in voltage, connectors, or power output. Arlo’s official panel is the safest choice.

Does the Arlo Go solar panel setup require a battery?

Yes, the Arlo Go relies on its internal rechargeable battery, which the solar panel charges. The battery acts as a buffer, ensuring uninterrupted operation during low-light or nighttime hours.