10 Best Portable Power Packs For Camping & Travel In NZ

Pitch your tent beneath a sky brimming with stars, park your campervan on the edge of a windswept bay, or set out for a weekend far from city lights—there’s nothing quite like exploring New Zealand’s wild corners. Yet, the magic of off-grid escapes can quickly fade when your phone battery dies, your torch flickers out, or your fridge gives up mid-trip. That’s where a portable power pack becomes the unsung hero of any Kiwi adventure, keeping your essential gear running wherever you roam.

But not all power packs are created equal. From slimline power banks for a quick phone top-up, to heavy-duty stations that can run fridges, CPAP machines, and camp lights, the range of options can be bewildering. Factor in New Zealand’s unique requirements—think unpredictable weather, rugged roads, and even aviation rules on what you can take on a domestic flight—and it pays to know exactly what you need.

This guide will demystify the world of portable power packs, laying out the types available, the vital features to consider, and the NZ-specific details that matter. Whether you’re tramping, camping, boating, or prepping for your next cross-country roadie, you’ll find practical advice on choosing the right device, understanding flying regulations, disposing responsibly, and—most importantly—detailed reviews of the 10 best models for Kiwi travellers. If you’re searching for reliable, on-the-go power that fits your adventure and your budget, you’re in the right place.

1. Buying Guide: How to Choose the Best Portable Power Pack for Camping & Travel

Before you invest in a portable power pack, it pays to match its features to your own adventures. Are you topping up a phone on a day hike, running a mini-fridge in a campervan, or keeping emergency lights and a jump starter at the ready? Balancing capacity, weight, output options and recharge methods is essential—no point lugging a heavy station if you only need to charge a camera, nor will a slim power bank run a laptop. Below are six key criteria to steer your decision, each explored in the sections that follow.

1.1 Types of Portable Power Packs: Power Banks, Portable Power Stations & Jump Starters

Power Banks
Compact packs with 2,000–20,000 mAh (roughly 7–74 Wh) capacity, offering USB-A and sometimes USB-C outputs. Ideal for phones, tablets and small USB gadgets on short trips.

Portable Power Stations
Mid to high capacity units (200–1,500 Wh) featuring AC outlets alongside USB and DC ports. These can handle laptops, cameras, LED lighting and even small appliances like coolers or CPAP machines.

Jump Starters with USB
Primarily designed to crank over a 12 V engine, these packs often include USB ports and LED torches too. A great dual-purpose choice for remote campers who travel with a vehicle—see the Action Outdoors Jump Start Power Pack for a 12 V 400 A continuous output solution.

1.2 Capacity & Power Output Explained

Understanding capacity in watt-hours (Wh) rather than milliamp-hours (mAh) gives a true measure of energy you can draw. To simplify:

• Under 50 Wh: keeps phones and tablets going.
• 50–300 Wh: powers cameras, LED lights and USB-appliances.
• Over 300 Wh: runs laptops, mini-fridges and CPAP machines.

When using AC devices, note both the continuous wattage (what it can sustain) and surge wattage (the brief extra burst for motor-start loads). Always choose a pack with a continuous rating above your device’s average draw, and a surge rating that comfortably handles startup spikes.

1.3 Port & Connectivity Requirements

Selecting the right mix of outlets is crucial:

• USB-A vs USB-C PD: USB-C Power Delivery can fast-charge modern phones and laptops at up to 100 W, while USB-A is more widespread for legacy gear.
• AC outlets: look for pure sine wave inverters for sensitive electronics; modified sine is cheaper but can cause noise or inefficiency.
• DC ports: a 12 V car socket and barrel connectors suit fridges or pumps.
• Extras: wireless charging pads and built-in LED lights add convenience without extra bulk.

Always tally the number of devices you’ll run simultaneously, and pick a pack with spare ports for unexpected gadgets.

1.4 Recharge Options & Times

Your power pack is only as good as its recharge flexibility:

• Mains charging: typical wall-plug recharges take anywhere from 1 to 8 hours depending on capacity and included charger.
• Solar compatibility: ensure an MPPT controller is built-in or supported, and match it with panels rated for at least 20–50% of the pack’s Wh to keep days reasonable.
• Car charging: handy for long drives—expect slower rates compared to wall.
• Pass-through charging: the ability to charge devices while the pack itself recharges can be a lifesaver, but check manufacturer notes on heat and lifespan impacts.

1.5 Portability, Durability & Safety

A larger battery will inevitably weigh more, so strike a balance:

• Weight & size: under 3 kg suits day hikes, 5–8 kg is workable for weekend camps, 10 kg+ is best mounted in vehicles.
• Build quality: look for IP ratings against dust and water, plus shock-resistant housings.
• Battery chemistry: LiFePO4 offers longer cycle life and greater temperature tolerance than standard Li-ion, while AGM lead-acid packs are bulky but cheaper.
• Safety features: essential protections include over-charge/discharge cut-offs, short-circuit prevention and thermal management systems.

1.6 Budget & Warranty Considerations

Finally, consider the total cost of ownership:

• Price-per-Wh: expect roughly NZ$1–2/Wh as a general benchmark—higher for advanced chemistries and faster recharge.
• Warranty & support: brands with local NZ warranties or service centres can save you import hassles.
• Additional costs: factor in shipping, any necessary cables, solar panels or adapters and potential customs duties if sourced offshore.

With these six criteria in mind, you can now dive into our top 10 picks knowing exactly what features matter for your next Kiwi adventure.

2. Understanding NZ Aviation Regulations for Portable Power Packs

Flying with portable power packs in New Zealand requires strict adherence to Civil Aviation Authority (CAA) rules. Batteries that fail to meet these rules can be confiscated at airport security, or worse, pose a fire risk in flight. Whether you’re hopping on a regional flight to Fiordland or a quick domestic connection, knowing what you can pack—and where—keeps your gear safe and your trip hassle-free.

2.1 Carry-on vs Checked Luggage Requirements

The NZ CAA mandates that all spare lithium-ion batteries travel in carry-on baggage only. This includes standalone power banks and battery packs not installed in a device. Keeping them within view allows cabin crew to swiftly handle any thermal event.

Devices with internally fitted batteries (for example, laptops or power stations) should also be carried in hand luggage and powered off fully—no sleep or hibernation modes. Never stow spare batteries in checked baggage: if a cell overheats or short-circuits in the hold, there’s no way to intervene.

2.2 Battery Size Categories & Quantity Limits

To reduce risk, batteries are divided into three size bands:

• Small (< 100 Wh): You can carry up to 20 spare units in your hand luggage.
• Medium (100–160 Wh): Limited to two spares, and you must obtain airline approval before boarding.
• Large (> 160 Wh): Forbidden both as spare batteries and as installed power sources.

Always check the Wh rating printed on the pack or in the specifications. If it’s only in mAh, convert by using the formula:
Wh = (mAh ÷ 1000) × V
where V is the nominal voltage (usually 3.6 V for Li-ion cells).

2.3 Packing & Short-circuit Protection

Proper packing prevents accidental activation or short circuits. Follow these steps:

1. Keep each battery in its original retail packaging or in individual plastic pouches.
2. Cover exposed terminals with electrical tape or terminal caps.
3. Store batteries separately to avoid contact with metal objects—no loose packs tumbling around your carry-on.

By isolating each cell, you minimise the risk of sparks, heat build-up or damage during handling.

2.4 Devices with Installed Batteries

When your equipment has the battery built in—say, a power station or camera—ensure it’s completely switched off before check-in. If you must pack a powered-off device into checked luggage (for instance, a drone), secure any switches with tamper-evident tape or use a lock to prevent accidental activation. Always remove spare memory cards or SIMs so you can clearly identify that the device is powered down.

2.5 Official NZ CAA Guidelines for Spare Lithium Batteries

For full details on permitted battery sizes, quantities and packaging standards, consult the Civil Aviation Authority’s official guidance on spare lithium batteries. Following these rules means you’ll breeze through security with your portable power pack safely in tow.

3. EcoFlow River 600 Portable Power Station

For campers who need more than just a phone top-up yet still want something you can carry to the campsite, the EcoFlow River 600 strikes an attractive balance. With enough grunt to keep a mini-fridge humming and laptops running, it’s compact enough to stow in the back of your 4WD or toss in the boot of your campervan.

3.1 Key Features & Ideal Use Cases

The EcoFlow River 600 packs a 576 Wh lithium-ion battery into a sturdy, carry-friendly housing. Its pure sine wave inverter delivers 600 W continuous power (with a 1,200 W surge), making it safe for sensitive electronics and appliances. You get:

• Two USB-A ports (5 V/2.4 A) for phones, tablets and cameras
• One USB-C Power Delivery port (60 W) to fast-charge laptops and smartphones
• One 12 V DC port for car-style devices such as portable fridges or air pumps
• A clear LCD panel showing real-time input/output wattage and time remaining

This mix of outputs suits a weekend away: run a drone battery charger in the morning, top up your phone at midday and keep your fridge cool through the night.

3.2 Performance & Recharging Options

EcoFlow’s standout feature is its rapid recharge capability. From a standard wall outlet the River 600 reaches 80 percent in roughly one hour and hits full charge in about 1.6 hours—ideal if you arrive late and want to top up before heading off again. Connect a solar array (up to 200 W max) and you’ll see a full refill in around 3–4 hours of strong sun, making it a solid choice for sunny campsites. If you find yourself on the road, the included 12 V car cable lets you trickle-charge during long drives.

3.3 Pros & Cons

Pros

• Ultra-fast wall recharge keeps downtime to a minimum
• Pure sine wave output is safe for sensitive gadgets
• Versatile port selection for USB, AC and DC devices
• Compact footprint and integrated handle for easy transport

Cons

• 576 Wh sits in the mid-capacity bracket—may not power large appliances for extended periods
• At about 7 kg, it’s heavier than lightweight power banks
• Solar recharge speed depends heavily on weather and panel quality

3.4 Technical Specifications Table

Specification	Details
Capacity	576 Wh
AC output	600 W continuous / 1,200 W surge (pure sine wave)
USB ports	2 × USB-A (5 V/2.4 A), 1 × USB-C PD (60 W)
DC output	1 × 12 V car socket
Weight	~7 kg
Dimensions	28.3 × 19.6 × 17.3 cm
Recharge times	Wall: 1 h to 80 %, 1.6 h full; Solar (200 W): 3–4 h; Car: variable
Approx. NZ$ price	NZ$ 1,199

4. Jackery Explorer 240 Portable Power Station

When you’re carving tracks in the backcountry or chasing sunrise photo spots, every gram counts. The Jackery Explorer 240 is one of the lightest mid-capacity stations on the market, designed for solo hikers, cyclists and day-trippers who need more than a phone top-up but don’t want to haul a heavyweight generator. Its blend of output options, whisper-quiet operation and manageable size makes it a go-anywhere companion for powering essentials under the stars.

4.1 Key Features & Ideal Use Cases

The Explorer 240 centres on a 240 Wh lithium-ion battery, paired with a 200 W continuous (400 W surge) pure sine wave AC inverter. This means you can safely plug in sensitive gear such as camera chargers or small CPAP machines without worrying about voltage spikes. On the port side, you get:

• Two USB-A outlets (5 V/2.4 A) for phones, tablets and small cameras
• One USB-C Power Delivery port (60 W) to fast-charge compatible laptops and newer smartphones
• A 12 V DC car socket for devices like air pumps or 12 V fridges

Thanks to its compact footprint and sturdy handle, the Explorer 240 is perfect for:

• Photographers charging camera batteries on remote trails
• Campers running LED lanterns and Bluetooth speakers
• Travellers keeping smartphones topped up during long day hikes

4.2 Recharge & Solar Compatibility

Recharging the Explorer 240 is straightforward. Plug into a standard wall outlet and expect a full refill in roughly 3–4 hours—ideal for topping up before setting off on a day trek. If solar’s more your style, pairing it with a 100 W panel yields a full charge in around 5 hours of good sunlight. This balance of recharge speed and pack weight makes it well suited to multi-day excursions where mains power isn’t an option.

4.3 Pros & Cons

Pros

• Weighs under 3 kg, so it won’t slow you down
• Pure sine wave inverter for clean, reliable power
• Silent operation—no noisy fans to disturb the bush
• Versatile mix of USB, AC and DC outputs

Cons

• 240 Wh capacity limits run time for larger appliances
• Solar recharge is slower compared to higher-watt MPPT systems
• No built-in display for remaining charge (% only via status lights)

4.4 Technical Specifications Table

Specification	Details
Capacity	240 Wh
AC output	200 W continuous / 400 W surge (pure sine wave)
USB ports	2 × USB-A (5 V/2.4 A), 1 × USB-C PD (60 W)
DC output	1 × 12 V car socket
Weight	~2.9 kg
Dimensions	23.0 × 16.0 × 17.0 cm
Wall recharge time	~3–4 hours
Solar recharge time (100 W)	~5 hours
Approx. NZ$ price	NZ$ 549

5. Goal Zero Yeti 500X Portable Power Station

For those after a premium, feature-rich pack without venturing into vehicle-mounted systems, the Goal Zero Yeti 500X hits the sweet spot. Its blend of wireless charging, app control and robust outputs make it an excellent companion for tech-savvy campers and weekend warriors who demand versatile power at basecamp or on the road.

5.1 Key Features & Ideal Use Cases

The Yeti 500X centres on a 505 Wh lithium-ion battery paired with a pure sine wave inverter delivering 300 W continuous power and a 600 W surge capacity. You’ll find:

• Two USB-A ports (5 V/2.4 A) for phones, tablets and small gadgets
• One USB-C Power Delivery port (60 W) to fast-charge laptops or newer smartphones
• Two 12 V ports for fridges, air pumps or LED lanterns
• An integrated Qi wireless charging pad for compatible phones
• Bluetooth connectivity and a companion app to monitor input, output and remaining run-time

Whether you’re topping up multiple devices at a lakeside campsite, running a drone charger between flights or keeping a small fridge whirring during a long weekend, the Yeti 500X’s port selection and smart features deliver convenience without compromise.

5.2 Recharging Options & Solar Integration

Goal Zero’s MPPT charge controller ensures efficient solar charging when paired with a 100 W panel, topping up the 500X in around 5 hours of good sunlight. If mains power is available, a standard wall outlet will fully recharge the unit in approximately 7 hours. You can also trickle-charge from a vehicle’s 12 V socket, making it easy to refill on long drives—perfect for remote road-trips or multi-day tours.

5.3 Pros & Cons

Pros

• Qi wireless pad keeps phones cable-free at camp
• App monitoring via Bluetooth offers real-time status updates
• Pure sine wave output is safe for sensitive electronics
• Sturdy handle and compact footprint for easy transport

Cons

• Higher price point compared to simpler stations
• At nearly 6 kg, it’s heavier than entry-level power banks
• Solar recharge still dependent on panel quality and daylight

5.4 Technical Specifications Table

Specification	Details
Capacity	505 Wh
AC output	300 W continuous / 600 W surge (pure sine wave)
USB ports	2 × USB-A (5 V/2.4 A), 1 × USB-C PD (60 W)
DC output	2 × 12 V ports
Wireless charging	Qi pad (10 W)
Weight	~5.9 kg
Dimensions	33 × 23 × 23 cm
Recharge times	Wall: ~7 h; Solar (100 W): ~5 h; Car: ~10 h
Approx. NZ$ price	NZ$ 1,299

6. Companion Outdoor Rover Li 70 Power Station

When you’re planning a prolonged stay off the grid—whether it’s a week in the back-country or a season parked at the bush edge—the Companion Outdoor Rover Li 70 delivers reliable, long-lasting power. Built around a LiFePO4 battery, this station can handle heavier loads and more charge cycles than standard lithium-ion packs. It’s bulkier and heavier than the average portable power station, but for caravans, campervans and fixed campsites, its rugged construction and impressive lifespan make the extra kilos well worth it.

6.1 Key Features & Ideal Use Cases

• 720 Wh LiFePO4 battery for superior cycle life (over 2,000 cycles at 80 % depth-of-discharge)
• 1,000 W continuous AC inverter (pure sine wave) to run portable fridges, power tools or blender
• Multiple output ports:
  • 4 × USB-A (5 V/2.4 A) for phones, tablets and cameras
  • 2 × USB-C PD (45 W) for laptops and modern devices
  • 1 × 12 V DC car socket for fridges or air pumps
  • 2 × DC barrel connectors for LED lights or radio equipment
• Sturdy aluminium handle and reinforced housing tolerate knocks, dust and light rain

This combination makes the Rover Li 70 ideal for extended road-trips, off-grid cabins or basecamps where you need to power multiple appliances—everything from your campervan’s fridge and LED lighting to a CPAP machine at night.

6.2 Performance & Recharge Methods

Recharging options are designed for flexible off-grid use:

• Wall outlet: full recharge in about 5–6 hours with the supplied charger
• Solar input: up to 200 W via built-in MPPT controller, reaching full charge in 6–7 hours of strong sunlight
• Car charging: 12 V adapter included, trickle recharge during engine runs (approx. 12 hours for a full cycle)

Whether you’ve got mains power, a solar array or just your tow vehicle, the Rover Li 70 will refill itself reliably—meaning you can stay off-grid longer without worrying about running dry.

6.3 Pros & Cons

Pros

• LiFePO4 chemistry delivers a 2,000+ cycle life and exceptional temperature tolerance
• High continuous output handles larger appliances and sensitive electronics
• Robust build with IPX2 splash resistance and drop-tested corners
• Wide variety of ports covers almost any device without adapters

Cons

• At around 12 kg, it’s best kept in a vehicle or basecamp rather than carried on foot
• Bulkier footprint requires more storage space compared to lightweight stations
• Higher upfront cost relative to mid-capacity lithium-ion units

6.4 Technical Specifications Table

Specification	Details
Capacity	720 Wh (LiFePO4)
AC output	1,000 W continuous (pure sine wave)
USB ports	4 × USB-A (5 V/2.4 A), 2 × USB-C PD (45 W)
DC output	1 × 12 V car socket; 2 × DC barrel connectors
Weight	~12 kg
Dimensions	35 × 23 × 28 cm
Recharge times	Wall: 5–6 h; Solar (200 W): 6–7 h; Car: ~12 h
Approx. NZ$ price	NZ$ 1,699

7. HULK 4x4 Battery Power Packs & Dual Battery Systems

For off-road travellers and caravan owners who want a permanent, vehicle-integrated power source, HULK 4x4’s battery packs and dual battery setups deliver juice without the need to lug a separate station. These systems install alongside your starter battery, charging from the alternator while you’re driving and isolating when the engine stops. You’ll enjoy dedicated 12 V power for fridges, LED lighting, water pumps and comms gear—and because it’s wired in, there’s no extra box to carry between camp and your rig.

7.1 Key Features & Ideal Use Cases

HULK 4x4 dual battery systems combine a lithium-ion auxiliary battery (50–100 Ah) with a DC-DC charger and battery management system (BMS). Key features include:

• Automatic alternator charging via a DC-DC (B2B) charger that ensures the aux battery fills safely, even on vehicles with smart alternators.
• Multiple 12 V outputs: cigarette-style sockets, Anderson plugs and fused distribution panels for fridges, lights, air compressors or comms kits.
• Built-in BMS protections against over-charge, deep discharge and thermal extremes—critical for reliable off-grid operation.
• Expandability: add solar panels through MC4 connectors (with an optional MPPT regulator) to top up at camp, or link multiple batteries for higher capacity.

This setup is perfect for:

• Caravan and campervan owners who run a 12 V fridge and lighting overnight.
• 4WD trippers needing reliable power for radios, awning lights and water pumps.
• Remote workers powering comms gear, laptops (via an inverter) and USB chargers in the field.

7.2 Charging & Solar Options

Once installed, the HULK dual battery charges automatically from your vehicle’s alternator whenever the engine runs. The DC-DC charger optimises voltage and current, protecting both starter and auxiliary banks. For extended stays, you can hook up a solar array directly to the battery pack via MC4 inputs—ideal panels start at 100 W to keep charge times reasonable. If you have mains hookups at holiday parks or home, an AC-to-DC charger also lets you top up before heading away. Whether you’re on a long drive, parked at a bach or beneath the open sky, you’ll maintain a healthy charge without manual intervention.

7.3 Pros & Cons

Pros

• Seamless, hands-free charging from your vehicle—no separate power station to carry.
• Robust BMS safeguards both batteries against misuse or extreme conditions.
• Multiple 12 V outputs cater to fridges, lights, pumps and inverters.
• Expandable with solar for true off-grid autonomy.

Cons

• Requires professional installation—adds to upfront cost.
• Higher initial investment compared to portable power packs.
• No built-in AC outlets; an inverter is needed for mains devices.

7.4 Technical Specifications Table

Specification	Details
Battery Capacity	50–100 Ah (600–1,200 Wh at 12 V)
Charging Input	DC-DC charger from alternator; AC-to-DC (optional); Solar (MC4)
DC Outputs	12 V cigarette socket; Anderson plug; fused distribution
BMS Protections	Over-charge, over-discharge, short-circuit, thermal
Expandability	Parallel linking; MPPT solar regulator support
Weight	~6–12 kg (depending on capacity)
Dimensions	Vary by model (e.g. 50 Ah: 30 × 19 × 15 cm)
Approx. NZ$ Price Range	NZ$ 1,200–2,500

Whether you’re powering a caravan fridge, LED camp lights or a remote comms setup, HULK 4x4 dual battery systems offer a worry-free, always-on solution that integrates neatly into your vehicle’s electrical system.

8. Anker PowerHouse 767 Portable Power Station

A solid all-rounder, the Anker PowerHouse 767 slots neatly between lightweight banks and hefty stations. Its roughly 768 Wh cell pack is ample for running laptops, drones and multiple USB devices, yet still nimble enough to move from car boot to campsite. With fast-charge support across USB-C PD ports, AC outlets and sturdy build quality, it’s a go-anywhere unit for tech-focused travellers and multiday trips.

8.1 Key Features & Ideal Use Cases

• 768 Wh Li-ion battery pack powering essential kit for long weekends.
• Two USB-C Power Delivery ports (100 W+ each) for fast-charging laptops, phones and cameras.
• Two USB-A outputs (5 V/2.4 A) to keep tablets, action cameras and e-readers topped up.
• Two pure sine wave AC outlets (1,500 W continuous/3,000 W surge) for small appliances, portable fridges or CPAP machines.
• 12 V car socket and DC barrel port for inflators, LED lights or vehicle accessories.
• Pass-through charging lets you power devices while the station recharges.
• Companion app for monitoring input/output power, remaining runtime and firmware updates.

Ideal for weekend explorers who need to charge multiple devices, run a camper fridge, or power up a mini-projector at basecamp—without hauling a generator.

8.2 Recharge & Fast-Charge Options

Recharging the PowerHouse 767 is impressively quick: from a standard wall outlet it can reach 80 percent in around 1.5 hours, making overnight top-ups painless. Plug in a solar array up to 500 W via the built-in MPPT controller and you’ll see a full solar refill in roughly 2 hours of strong sunlight—perfect for sun-baked summer camps. For road-users, a 12 V car adapter lets you trickle-charge during drives, keeping the station ready for when you arrive at the next campsite.

8.3 Pros & Cons

Pros

• Extremely fast wall and solar recharge reduces downtime.
• Premium port selection, including high-wattage USB-C PD and pure sine wave AC.
• Pass-through charging for simultaneous input/output use.
• App integration provides real-time monitoring and firmware updates.

Cons

• At around 10 kg, it’s on the heavier side for foot-carry trips.
• Higher price point reflects its advanced features and speed.
• Limited DC barrel ports may require adapters for some devices.

8.4 Technical Specifications Table

Specification	Details
Capacity	768 Wh (Li-ion)
AC output	1,500 W continuous / 3,000 W surge (pure sine wave)
USB ports	2 × USB-C PD (100 W+), 2 × USB-A (5 V/2.4 A)
DC output	1 × 12 V car socket, 1 × DC barrel connector
Weight	~10 kg
Dimensions	37 × 22 × 28 cm
Recharge times	Wall: 1.5 h to 80%; Solar (500 W): ~2 h; Car: variable
Approx. NZ$ price	NZ$ 1,499

9. RAVPower 30,000 mAh Portable Power Bank

When your itinerary stretches over several days without reliable mains access, the RAVPower 30,000 mAh Portable Power Bank becomes indispensable. With around 111 Wh of stored energy, this high-capacity bank is designed for phone-and-tablet aficionados who need multiple charges on the go. Its USB-only setup keeps things simple, yet powerful enough to handle the demands of multi-day trips.

9.1 Key Features & Ideal Use Cases

At its heart is a 30,000 mAh (≈ 111 Wh) Li-ion cell pack that can recharge an average smartphone two to three times before requiring a refill itself. The port configuration delivers:

• Two USB-A outlets with Quick Charge support for rapid top-ups of compatible devices.
• One USB-C Power Delivery port to fast-charge modern phones, tablets or even small laptops.
• The ability to charge up to three devices simultaneously, making it handy for group trips or powering a mix of kit.

This power bank suits scenarios like back-country hut trips, multi-day cycle tours or extended campsites where you’ll want reliable USB charging for cameras, GPS units, lights and more.

9.2 Pros & Cons

Pros

• Massive 30,000 mAh capacity keeps multiple devices running for days.
• Quick Charge and USB-C PD ports ensure faster recharge cycles.
• Compact and pocketable form (around 600 g) for daypacks and carry-alls.

Cons

• Lacks AC or DC outputs—limited strictly to USB-powered gear.
• Heavier than smaller banks; less suited to ultra-light hammock camping.
• Full recharge via wall outlet can take 6–8 hours.

9.3 Technical Specifications Table

Specification	Details
Capacity	30,000 mAh (≈ 111 Wh)
USB-A outputs	2 × Quick Charge
USB-C output	1 × Power Delivery
Simultaneous charging	Up to 3 devices
Weight	~600 g

10. PB Tech 20,000 mAh Portable Power Bank

For Kiwis seeking a dependable, budget-friendly option from a local retailer, the PB Tech 20,000 mAh Portable Power Bank ticks a lot of boxes. It sits squarely in the mid-range capacity bracket, offering enough juice for multi-day phone and tablet use without the bulk of a full-blown power station. Backed by NZ-based warranty and support, it’s a straightforward choice for everyday travellers and campers who want reliable USB power on hand.

10.1 Key Features & Ideal Use Cases

The PB Tech 20,000 mAh bank is built around a sizeable lithium-ion cell pack (roughly 74 Wh), making it well suited to:

• Dual USB-A outputs (5 V/2.4 A) for charging smartphones, e-readers, action cameras and small LED lights
• USB-C port that functions as both input and output (up to 18 W) for faster recharges or powering compatible tablets and newer phones
• Enough capacity to refill an average smartphone 4–5 times, or a tablet 1–2 times
• Compact, pocket-friendly design that slips easily into daypacks, gloveboxes or camera bags
• Built-in safety protections against over-current, over-voltage and short-circuits

This bank is perfect for:

• Weekend campers topping up phones, cameras and rechargeable lamps
• Road-trippers who need a reliable back-up power source without adding much weight
• Festival-goers or remote workers who rely on continuous USB power for lights, speakers or small devices

10.2 Pros & Cons

Pros

• Generous 20,000 mAh capacity in a relatively small form
• USB-C input/output speeds recharge and delivery of power up to 18 W
• Dual USB-A ports allow simultaneous charging of multiple devices
• Local NZ warranty and customer support for peace of mind
• Light enough (~400 g) to carry in a daypack or pocket

Cons

• No AC or 12 V outputs—restricted to USB-powered gear
• Recharge time of around 5 hours can feel long if you’re in a hurry
• Lacks wireless charging pad and display for exact remaining capacity

10.3 Technical Specifications Table

Specification	Details
Capacity	20,000 mAh (≈ 74 Wh)
USB-A outputs	2 × 5 V/2.4 A
USB-C port	1 × 5 V/3 A (input/output, 18 W max)
Simultaneous charging	Up to 3 devices
Recharge time	~5 hours via USB-C 18 W adapter
Weight	~400 g
Dimensions	15.0 × 7.3 × 2.2 cm
Warranty	2-year NZ warranty
Approx. NZ$ price	NZ$ 69

11. The Warehouse Tech.Inc 10,000 mAh Wireless Power Bank

For light travellers, festival-goers or anyone wanting a quick, cable-free top-up, The Warehouse’s Tech.Inc 10,000 mAh Wireless Power Bank delivers just enough juice for day trips without weighing down your pack. At roughly 37 Wh, it slots neatly into a jacket pocket or handbag, and the Qi wireless pad means you can set your phone down to charge without hunting for cables.

11.1 Key Features & Ideal Use Cases

This compact bank combines convenience with simplicity:

• 10,000 mAh (~37 Wh) capacity—enough to refill a typical smartphone 1.5–2 times.
• Qi wireless charging pad (up to 5 W) for compatible phones—just place it on top and let it charge.
• Two USB-A ports (5 V/2.1 A) to charge non-wireless devices or top up a second phone simultaneously.
• LED power-level indicators so you know at a glance how much charge remains.
• Slim, lightweight design (around 250 g) that easily slips into day packs, camera bags or gloveboxes.

Whether you’re exploring a city on foot, powering a GPS device during a day hike or keeping a camera and phone topped up at a festival, this power bank covers basic USB needs without fuss.

11.2 Pros & Cons

Pros

• Qi wireless pad adds cable-free convenience.
• Dual USB-A ports for charging two devices at once.
• Very portable and pocket-friendly—ideal for light-pack ventures.
• Affordable price point from a nationwide retailer.

Cons

• Limited 37 Wh capacity won’t support larger devices or multiple full recharges.
• No AC or DC outputs—restricted to USB-powered gadgets.
• Slower recharge via micro-USB input (~4–5 hours) compared to USB-C PD alternatives.

11.3 Technical Specifications Table

Specification	Details
Capacity	10,000 mAh (≈ 37 Wh)
Wireless Charging	Qi pad (5 W)
USB-A outputs	2 × 5 V/2.1 A
Input	Micro-USB (5 V/2 A)
Simultaneous charging	Up to 3 devices (2 wired + 1 Qi)
Weight	~250 g
Dimensions	10 × 6.5 × 2 cm
Recharge time	~4–5 hours
Approx. NZ$ price	NZ$ 29.98

12. Noel Leeming Anker PowerCore 20,000 mAh Portable Charger

There’s something reassuring about grabbing a charger stocked by a nationwide retailer—especially when it’s from a reputable brand like Anker. The Noel Leeming exclusive PowerCore 20,000 mAh Portable Charger blends generous capacity with a travel-friendly design, making it a go-to for Kiwis who need dependable USB power without bulk.

This mid-range bank slots easily into a daypack or glovebox and offers both fast-charging and Power Delivery support, so you can keep modern phones, tablets and even some laptops topped up. Whether you’re shifting between campsites, hitting festival fields or simply want a solid backup for road trips, this charger is a practical compromise between capacity and portability.

12.1 Key Features & Ideal Use Cases

• 20,000 mAh (approximately 74 Wh) lithium-ion cell pack for multiple device charges.
• USB-C Power Delivery output (up to 30 W) to fast-charge compatible smartphones, tablets and lightweight laptops.
• Dual USB-A Quick Charge ports (up to 18 W combined) for legacy devices and rapid top-ups.
• USB-C input for quicker recharging of the power bank itself.
• Compact dimensions and modest weight (~350 g) make it ideal for day hikes, long car journeys or festival use.

This charger excels when you need to:

• Power up a smartphone and tablet between camps or on day trips.
• Keep a drone, action camera and GPS unit charged during multi-device outings.
• Carry a dependable backup for unpredictable mains availability at bach stays or holiday parks.

12.2 Pros & Cons

Pros

• Power Delivery support handles higher-wattage devices better than standard banks.
• Dual Quick Charge ports allow simultaneous, rapid charging of older gadgets.
• Available through Noel Leeming with a 2-year New Zealand warranty and nationwide support.
• Slim form factor and reasonable weight suit everyday carry and travel.

Cons

• No AC or DC outputs—limited strictly to USB-powered gear.
• Mid-tier recharge speed means around 4–5 hours to refill fully.
• Lacks additional features like wireless charging or an LCD display.

12.3 Technical Specifications Table

Specification	Details
Capacity	20,000 mAh (~74 Wh)
USB-C output	1 × Power Delivery (30 W)
USB-A outputs	2 × Quick Charge (18 W total)
USB-C input	1 × PD recharge (30 W)
Simultaneous charging	Up to 3 devices
Weight	~350 g
Dimensions	15.0 × 6.8 × 2.2 cm
Recharge time	~4–5 hours via USB-C adapter
Warranty	2-year New Zealand warranty
Approx. NZ$ price	NZ$ 89

13. Responsible Disposal and Recycling of Portable Power Packs in NZ

Portable power packs have lifespans that depend on use and battery chemistry, but once they’re no longer fit for purpose, they become an environmental and safety hazard if simply tossed in the rubbish. New Zealand law treats lithium-ion and lead-acid batteries as hazardous waste, so it’s both a legal obligation and a practical responsibility to ensure they’re recycled correctly. By returning spent packs to approved facilities, you prevent toxic metals leaching into soil and waterways, reduce fire risks at landfill sites, and recover valuable resources for reuse.

13.1 Why Proper Recycling Matters

Lithium-ion and lead-acid batteries contain metals like cobalt, nickel, lead and manganese, alongside polymer electrolytes. In landfill, these materials can:

• Leach toxic chemicals into groundwater
• Ignite under pressure or heat, causing fires in rubbish trucks and waste-processing facilities
• Waste finite resources that could otherwise be reclaimed and repurposed

Recycling recovers critical metals and plastic components, lowering the need for new mining activities and cutting greenhouse-gas emissions associated with raw-material extraction.

13.2 Battery Drop-Off Locations Across NZ

Multiple nationwide drop-off schemes make it straightforward to recycle power packs:

• EcoDrop Centres—operated by Envirowise—accept small to medium batteries at sites such as Parkhouse Road (Auckland), Metro Place (Wellington), Styx Mill (Christchurch) and EcoShop Blenheim Road (Dunedin).
• Retail take-back points—many Mitre 10 Mega and Bunnings stores nationwide offer free battery recycling bins for portable packs.

Before you visit, check opening hours and any size or quantity limits on each provider’s website.

13.3 The Recycling Process for Lithium-ion Batteries

Once collected, batteries follow a multi-stage process:

1. Sorting—by chemistry and size to prepare for safe transport.
2. Disassembly—automatic or manual removal of outer casings and connectors.
3. Shredding & Separation—materials are broken down, then separated via density, magnets and filtration.
4. Metal & Plastic Recovery—valuable fractions (cobalt, nickel, copper, aluminium) are extracted and sent to smelters or refineries; plastics and polymers are sorted for reprocessing.
5. Overseas Processing—some NZ recyclers partner with certified overseas facilities that specialise in battery recovery and reuse.

This closed-loop approach means fewer new resources are mined, and less hazardous waste ends up in landfill.

13.4 Christchurch City Council Recycling Guidelines

If you’re based in Ōtautahi/Christchurch, your local council provides specific guidance on battery drop-offs and kerbside practices. For details on accepted battery types, approved drop-off points and any seasonal collection events, refer to the Christchurch City Council’s official battery recycling guidelines.

14. Power Up Your NZ Adventures

Choosing the right portable power pack comes down to matching its capacity, weight, port selection and recharge options to the way you travel. If you’re topping up phones and cameras on day hikes, a lightweight USB-only bank will do. Weekend campers running fridges or lights will need 200–500 Wh stations, and extended stays or vehicle-based setups benefit from heavy-duty LiFePO4 packs or dual-battery systems. Always check continuous and surge wattage for AC loads, tally the number of USB and DC outlets you need, and balance pack size against carry-distance.

Before you head into the bush or catch that domestic flight, remember New Zealand’s rules: spare lithium batteries under 100 Wh go in carry-on only, larger cells may require airline approval, and proper packaging prevents shorts and fire risks. At trip’s end—or when your pack finally reaches end of life—do the right thing by recycling. Drop spent batteries at EcoDrop centres, participating Mitre 10 Mega or Bunnings stores, or follow your local council’s guidelines to keep harmful materials out of landfill.

Now you’re ready to stay powered on Aotearoa’s trails, beaches and campsites. For even more gear—whether it’s marine electronics, fishing tackle, RV accessories or next-level power solutions—visit the Action Outdoors homepage and explore our full range of outdoor and off-grid essentials.

Visit Action Outdoors to gear up for your next adventure.