3 Best Battery Packs for Camera Equipment in 2026

You’ll power shoots anywhere with three solid choices: the Canon NB-13L OEM pack for reliable PowerShot performance, a Stealth Cam 2-pack delivering 11.1V and 7000mAh per unit plus USB-C charging and rugged weather resistance, and the Artman Hero 13 3-pack offering 2100mAh cells with multi-channel charging and layered protections for action setups. Each option passes basic field tests, from long day hikes to critical night runs, but which fits your kit best remains to be seen…

Canon Battery Pack NB-13L

The Canon Battery Pack NB-13L is a real OEM option. It is made for Canon PowerShot cameras. It fits models like the G7 X, G9 X, and SX620 HS. It is easy to put in your kit. The size is small, and it is light to carry. It comes with lithium metal batteries and a maker’s warranty. Many users find it works well across different cameras and helps you shoot longer.

Best For: Photographers who want a genuine OEM backup for Canon PowerShot cameras. It works with the G7 X, G9 X, and SX620 HS. It can help you get more life and faster charging on trips or shoots.

Pros:

• Genuine OEM reliability. Works with many Canon PowerShot models.
• Often lasts longer and charges faster than non-OEM options.
• Lightweight and compact. Includes lithium metal batteries and a maker’s warranty.

Cons:

• Costs more than third-party batteries.
• Only fits certain Canon models, not every camera.
• Might be expensive for casual shooters or people who don’t travel often.

2 Pack Rechargeable Lithium Battery Pack for Stealth Cam Trail Cameras

A two-pack rechargeable lithium battery set is a solid choice for long hunts or security missions. Each pack is 11.1V, 7000mAh, and 77.7Wh. This gives you long, steady power for stealth trail cameras.

It charges with USB-C in about four hours. LED indicators show the charging progress, so you know when it’s ready. The battery is built for outdoor use and keeps a steady output in low light and rough terrain. It works from -4°F to 113°F and is weather resistant for winter and summer.

Compatibility is broad. It works with Flashback, Deceptor MAX, Fusion MAX, and Connect MAX. It also has a six-layer protection system for safety and reliability.

Best For: Hunters and security operators who need long-lasting, rugged, weather-resistant power for stealth trail cameras on extended hunts or missions.

Pros:

• 11.1V, 7000mAh per pack for long, reliable monitoring
• USB-C fast charging (about 4 hours) with LED indicators
• Weather-resistant from -4°F to 113°F and works with multiple camera models plus six-layer protection

Cons:

• Higher upfront cost than a single-pack option
• Requires USB-C charging; no solar charging option
• Two-pack adds weight and bulk for field carry

Artman Hero 13 Battery 2100mAh (3-Pack)

Designed for GoPro Hero 13 Black, this Artman 13 Battery 2100mAh (3-Pack) is the kit you reach for when you need long shooting sessions or quick edits.

Compatible with GoPro Hero 13 Black, the Enduro design helps keep power steady when you swap batteries. You get three 2100mAh cells and a 3-channel charger that can power all at once, usually in about three hours with a 5V/3A adapter. LED indicators show status, and multi-layer protection guards against overcharge, shocks, and shorts. Just avoid car charging unless the output stays at 5V/3A to prevent damage. It’s simple, strong, and dependable.

Best For: GoPro Hero 13 users who want reliable, high-capacity spare batteries and the ability to charge several at once for long shoots.

Pros:

• Includes three 2100mAh batteries and a charger that can charge all at once.
• Enduro design helps maintain power when swapping batteries.
• Intelligent charging with LED indicators and protection.

Cons:

• Real-world charging time may vary from the stated 3 hours.
• Not ideal for car charging unless it stays at 5V/3A.
• 2100mAh may be lower than original or not enough for very long shoots.

Factors to Consider When Choosing Battery Packs for Camera Equipment

When you choose battery packs, you’ll consider the chemistry and type (Li‑ion, NiMH, or newer options) to balance weight, performance, and safety. You’ll weigh capacity and runtime against your camera’s power needs, since higher mAh means longer shoots but more heft, with actual runtime varying by your shooting style and features like live view or high brightness monitoring. You’ll verify compatibility with your camera models, check charging speed and methods (USB‑C, fast charge, or multi‑port solutions), and note what charging accessories are included to prevent surprises on location.

Battery Type and Chemistry

Battery type and chemistry matter a lot when you gear up for a shoot. Most camera packs use lithium-based chemistries. The common variants are lithium metal and rechargeable lithium-ion cells.

Lithium metal shows up in OEM packs when non-rechargeable cells are used. Check compatibility before you buy.

Rechargeable packs usually use lithium-ion cells. They often run around 7.4 to 11.1 volts. Capacities range from a few thousand mAh. High-capacity options, like 7000 mAh, give you longer sessions and more energy.

Charging and safety matter too. Look for USB-C or a dedicated charger input. Follow 5V/3A guidelines. Seek multi-layer protection against overcharge, short-circuits, and overheating.

I test these in hot rooms, cold racks, and during quick single-day shoots.

Capacity and Runtime

How does capacity matter for real-world runtime on set? Here is a simple view.

• More capacity means longer time between charges. A 7000 mAh pack lasts longer than a 2100 mAh battery.
• Energy in watt-hours (Wh) shows how much work the battery can do. A 77.7 Wh pack stores more energy than a smaller one.
• To estimate runtime, you need both voltage (V) and capacity (mAh or Wh). A higher voltage with the same mAh means more energy is delivered.
• Recharge time depends on capacity. Bigger packs, like 7000 mAh, usually take longer to charge. A full recharge might take about 4 hours in some sets.
• If you use more than one battery, total runtime grows with the number of batteries. Each battery still has the same capacity.
• Real results come from tests. They show how long you can actually run before needing a recharge.

In short, capacity and voltage set the energy. Wh shows total energy. More batteries mean more time. Tests give the real picture.

Compatibility With Camera Models

Before you lock in a pack, check it fits your exact camera model or family. Compatibility is specific. A pack may fit several camera series that share the same mount and power needs, but not every model in a brand. Using a non‑compatible pack can cause a poor fit, charging problems, or electrical issues that may harm the camera.

Always verify details with the maker. Look up the exact model numbers or the device family names rather than general brand names. Some packs cover several related models, so make sure your exact model is listed.

If you’re unsure, ask support. Keep your receipts. Test the pack on a non‑critical setup first. This small step can save time and avoid trouble later.

Charging Speed and Method

Quick charging for camera batteries is easy with USB-C. It’s a simple and universal method.

Charging speeds vary by pack. Many high-capacity models reach full charge in about four hours with the included USB-C charger.

If you have a multi-battery setup, a 3-channel charger can fill three cells at once in roughly three hours at 5V/3A.

Built-in LED indicators show your progress at a glance. They help you see when charging is happening and when it’s done.

For car charging, keep the source within safe limits. Use around 5V and 3A to protect both the charger and the cells.

In tests, people often cycle packs from 0% to 100% under continuous load. They watch heat and efficiency and note any temperature spikes.

Charging Accessories Included

Charging accessories vary a lot. Some kits include a USB-C charging cable. This helps if you already use USB-C power bricks. Others come with a multi-battery charger that can power up to three packs at once. LED indicators on these chargers show charging or full so you don’t have to guess.

In tests, USB-C routes usually reach full in about four hours. The three-battery units finish closer to three hours. Many kits omit a charger entirely, so you must supply or buy charging accessories separately.

I weigh these trade-offs by thinking about your workflow, the gear you pair with it, and how often you need to charge more than one pack at the same time. That clarity helps you plan what to buy.

Weather Resilience and Durability

Weather resilience is a must when you shoot outside. Look for gear built to handle bad weather and big temperature changes. Check the usable temperature range, like from -4°F to 113°F (-20°C to 45°C). Pick packs that stay steady in cold and heat, especially on long shoots. Durability helps you handle rough ground and long days without power or performance dropping. Make sure the pack has protection against wind, dust, and moisture. Tests should include cold starts, heat soak, drops, and dust tests to show real-life reliability. These checks mean steadier shoots.

Safety Protections Included

How can you spot a battery pack that keeps your gear safe on set? Look for six layers of protection. They guard against overcharge, short circuits, overheating, over-discharge, over-current, and reverse polarity. The pack uses smart sequencing to stay safe.

LED status lights show charge progress. They also warn you if something is not right before you mount accessories.

Safety means more than protection. It also helps prevent electric shocks and it only charges with approved power sources and cables.

The pack should work in tough shoots. It stays protected in heat and cold, from -4°F to 113°F (-20°C to 45°C).

With these protections, you can shoot with confidence.

Weight and Portability

Once safety protections are solid, weight and portability become real concerns on set. The Canon NB-13L weighs just 1.55 ounces, so it adds very little to your rig. It is small, measuring about 2.76 x 1.1 x 7.09 inches, which makes it easy to slide into a pocket or a slim camera bag.

Lightweight, single-pack options like the NB-13L help you stay ready for travel and on-the-go shoots. You can switch batteries without losing momentum.

A 2-pack kit adds more energy, but it also adds weight and bulk. Plan for multi-day shoots and think about how many packs you will carry. Also plan for recharging on location.

When you look at portability, compare the weight of each battery with how many packs you will bring. Think about balance, battery management, and how you will recharge.

FAQs

How Do I Estimate Total Runtime for My Setup?

Add up your battery capacities, convert to your device’s draw in amps, then divide total milliamp-hours by amperage and you’ll adjust for inverter/efficiency losses. Subtract age, temperature, and accessory losses; get a runtime for planning.

Are There Safe Fast-Charging Options for Field Use?

Yes—use USB-C Power Delivery chargers matched to your pack’s spec, work with reputable brands, and avoid wall outlets outdoors. Keep temperature sensible, use built‑in protection, and limit fast charges to sun exposure in the field.

Which Packs Support USB-C PD Charging Compatibility?

If you’re asking which packs support USB-C PD charging, look for models that list USB-C PD in their specs; most recent higher-capacity packs from brands like Anker, Jackery, Ravpower, and Belkin offer it today too.

Do Battery Packs Affect Camera Autofocus Performance?

Usually, battery packs don’t affect your camera’s autofocus performance. As long as the pack supplies steady power and meets the camera’s voltage requirements, autofocus stays fast; power instability can cause momentary slowdowns in low-battery conditions.

How to Store Batteries to Maximize Lifespan Between Shoots?

Store your batteries in a cool, dry place, partially charged to about 40–60%, in a sealed container; avoid full discharges, don’t freeze, and recharge every few months to maximize lifespan between shoots, and protect them.

Last update on 2026-01-13 / Affiliate links / Images from Amazon Product Advertising API