HiQuick 16 x AA AAA Rechargeable Batteries Set 8 x 2800mAh AA Batteries & 8 X 1000mAh AAA Batteries High Capacity Rechargeable Batteries

These HiQuick AAA rechargeable batteries are a reliable choice for everyday devices. With a high 1100mAh capacity, they hold charge well and deliver consistent performance in remotes, toys, and electronics. Rechargeable hundreds of times, they’re eco-friendly and cost-effective. The pack of 8 offers excellent value—perfect for keeping your gadgets powered without constantly buying disposables.

I found that these 1100mAh Ni-MH batteries offer a dependable and consistent performance across a wide range of low-to-medium drain devices, and they have quickly become a core part of many modern battery rotation systems, especially when used alongside dedicated smart chargers like the HiQuick 12-slot LCD Charger. The real-world advantages of these batteries come not just from their rechargeability but from their broad compatibility, stability over time, and excellent balance between capacity and longevity. Charged using the HiQuick 12-slot LCD charger via a 5V 2A USB-C wall adapter, the batteries reliably charge within a 3–5 hour window, depending on depletion levels and number of cells in the charger. The charger’s intelligent circuitry ensures each battery is charged independently, cutting off power once full and switching to a trickle charge, preserving cell health. This charging method ensures long battery life, especially when following maintenance recommendations such as charging every three months even if unused, and avoiding complete depletion too frequently. In testing across more than forty devices over several months, performance has remained stable and consistent. Devices included: 1) Sony TV remote, 2) Panasonic air conditioner remote, 3) Fujitsu wireless mouse, 4) Apple Magic Trackpad with AAA adapter, 5) Logitech K400 keyboard, 6) Xtrfy LED gaming keyboard (battery compartment modded), 7) B&O Bluetooth speaker remote, 8) TP-Link remote power plug switch, 9) IKEA battery-operated lights, 10) Xiaomi smart temperature and humidity sensors, 11) Oregon Scientific weather station transmitter, 12) Omron digital thermometer, 13) Braun nose trimmer, 14) Fairy lights with remote, 15) Mini Maglite torch, 16) VR headset remote control (Oculus), 17) Oculus Quest 2 right controller (modded to accept AAA), 18) Samsung Smart TV remote (alternative model), 19) Nitecore LA10 camping light, 20) Vornado fan remote control, 21) Kitchen timer, 22) Wireless doorbell receiver, 23) Xiaomi bedside lamp remote, 24) Etekcity laser thermometer, 25) Huawei Wi-Fi mesh button switch, 26) Ceiling fan remote, 27) LED lanterns for outdoor use, 28) Alarm clock, 29) Shower LED timer, 30) Portable DAB radio, 31) IR Blaster for AC control, 32) RGB strip light remote, 33) Blood pressure monitor, 34) Beard trimmer, 35) Roland MIDI controller keyboard, 36) Headphone amp remote, 37) Rechargeable candle lighter, 38) Sauna thermometer, 39) Digital food thermometer, and 40) Battery-powered laser pointer. Across all of these, the HiQuick AAA batteries functioned without voltage dips or rapid discharge, even in slightly higher drain devices like smart remote controls and modded gaming peripherals. Battery life per charge was comparable to top-tier alkaline batteries in most devices, and in some lower-drain items, lasted even longer. Standby performance was also notable: devices left unused for weeks retained their charge remarkably well, validating the manufacturer’s low self-discharge claim (retains 80% charge after 3 years of non-use). In terms of construction, each cell feels solid and weight-balanced, and the printed labelling doesn’t flake off after repeated insertion/removal. Contact terminals remain clean and reliable. No swelling, overheating, or corrosion has been observed over several full charge cycles. These batteries are also ideal for families who rotate batteries across kids’ toys, educational devices, and smart home accessories. However, like all NiMH batteries, they operate at 1.2V versus the 1.5V of fresh alkaline cells, so users should note that some devices with very tight voltage cutoffs or high startup current (such as older camera flashes or very old remotes) may occasionally reject or underperform with them. That said, in 40+ devices tested, only one showed slight compatibility issues: an older IR thermometer flashed a low battery warning slightly earlier than with alkalines, though it continued working without actual problems. Over the years, maintaining rechargeable batteries has evolved from a matter of convenience to something closer to a philosophy for me. When I first started using rechargeables, I underestimated the nuance involved. I assumed any rechargeable battery would behave like a plug-and-play alternative to disposables. That was my first mistake. What I’ve come to learn through testing, trial, error, and some expensive missteps is that managing rechargeable batteries effectively takes planning, care, and a bit of strategy. My current battery system is lean, reliable, and optimised—but it wasn’t always that way. In the beginning, I bought what was cheapest or most visible. I cycled through several brands, expecting more or less the same performance. I didn’t pay attention to things like capacity retention, shelf-life, voltage stability under load, or the smart charging capabilities of my gear. The result? Batteries that swelled, died early, failed to hold charge, or simply underperformed when it mattered. Looking back, I wish I’d paid attention to the finer details much earlier. I tested ten different brands over several years: AmazonBasics, Energizer Recharge, Duracell Rechargeable, Bonai, EBL, GP ReCyko+, Eneloop (Panasonic), POWEROWL, Philips, and finally HiQuick. Some were overhyped. Some were solid. Some failed spectacularly. AmazonBasics were cheap and did well in low-drain devices but failed quickly under stress. Energizer and Duracell had decent output but suffered from early voltage sag after repeated cycles. Bonai and EBL offered good capacity on paper, but I noticed issues with self-discharge and early failure rates. GP ReCyko+ and Philips were middling in all respects—nothing wrong, nothing exciting. Eneloop stood out for consistency, but they were expensive and overkill for everyday gear. POWEROWL had strong first impressions but didn’t age well, with notable drop-offs after 20–30 cycles. Out of all of them, HiQuick hit the sweet spot. Consistent output, solid construction, reasonable cost, and high compatibility across the devices I use. Most importantly, they were the only batteries that didn’t throw errors in finicky smart devices despite the nominal 1.2V rating. One of the most valuable lessons I’ve learned is how voltage impacts real-world use. Many people believe a 1.2V NiMH battery can’t replace a 1.5V alkaline cell, but that’s a myth for the majority of modern electronics. Most devices operate well down to 1.1V or lower and have voltage regulators built-in. I’ve used HiQuick 1.2V AAA batteries in devices explicitly labelled for 1.5V cells—including temperature/humidity monitors, high-precision kitchen scales, and VR remote controls—with perfect results. No erratic behaviour, no premature shutdowns. That kind of stability was rare among many of the other brands I tested. I’ve also learned the hard way not to mix old and new batteries, or different brands within the same device. Doing so can cause uneven discharge rates, especially in higher-drain gadgets. It’s tempting to throw whatever’s charged into the device and call it a day, but that often leads to accelerated wear, memory effects, or device malfunctions. My rule now is simple: keep batteries paired by age and brand. I use masking tape to label each set with a charge cycle count and month/year first used. That tiny effort extends battery life dramatically. Storage was another area I used to neglect. I used to throw charged batteries into a drawer without thinking twice. Now I store them in dedicated plastic cases that prevent short-circuiting and limit exposure to temperature fluctuations. I rotate usage to ensure no set sits unused for too long, charging everything once every three months if not in use—something HiQuick themselves recommend. Low self-discharge is a key trait in long-term usability, and the HiQuick cells really do hold up here. I’ve tested cells stored 9–10 months and found they retained 70–80% charge. I used to overcharge frequently too—leaving cells in the charger overnight or forgetting them entirely. That was another mistake. Even with smart chargers, heat buildup over long periods damages cell chemistry. Now I charge during the day and use a charger with independent cell monitoring. The HiQuick 12-slot charger with LCD display became a game-changer. Each slot operates independently, displays status, and shuts off or trickles accordingly. This dramatically reduced failure rates in my battery rotation system. Capacity degradation is inevitable with any rechargeable battery, but by avoiding deep discharges and not overloading them in demanding gear, I’ve found HiQuick cells retain 80–85% of their original capacity even after a year of use. That’s more than acceptable, and noticeably better than what I saw from POWEROWL and Bonai, which started dipping below 65% in the same time. As for device performance, the HiQuick AAA batteries have powered an exhaustive list of devices reliably. Beyond everyday remotes and toys, they’ve excelled in more sensitive or demanding electronics. Devices like VR remotes (Oculus Quest 2), Xiaomi Bluetooth temperature sensors, and smart plug remotes often glitch with poorly regulated batteries. The HiQuick cells provided clean, stable output, and I never had to do a reset or swap due to battery error. This was especially important for devices that demand fast response, like media remotes and wireless home automation gadgets. From toothbrushes to LED fairy lights, blood pressure monitors to kitchen scales, handheld fans to pocket torches—these batteries have become my go-to. I’ve even used them in compact IR blasters and small battery-powered amplifiers. Every time I try one in a new gadget, the result is the same: strong output, no dropouts, no surprises. Over time, I began documenting cycle counts and performance benchmarks. I found that the first few charge cycles actually improved capacity slightly, as the cells “warmed up” and reached full potential. This phenomenon was consistent across the HiQuick range, including the AA variants. It reaffirmed the manufacturer's recommendation to cycle new cells 3–5 times before judging final performance. Today, I maintain a spreadsheet that tracks all my battery sets, which devices they go in, how long they last between charges, and any anomalies. It sounds over-the-top, but it’s helped me extend battery life and predict replacements with uncanny accuracy. With HiQuick, I’ve yet to retire a cell due to poor performance alone—all have lasted well beyond 100 cycles so far. I’ve also learned to accept that not all rechargeable batteries are built equally, and capacity ratings aren’t everything. What matters is consistency, construction quality, and voltage regulation. HiQuick struck a balance that none of the others quite managed. They’re affordable without being cheap, reliable without being over-engineered, and practical for both everyday and smart home uses. What makes this set especially appealing is the price-to-performance ratio. For the cost of two bulk packs of single-use AAA alkalines, buyers can get 24 rechargeable cells that can be reused hundreds of times. This dramatically reduces waste and repurchasing frequency, making it a sustainable choice both environmentally and economically. Families, tech enthusiasts, and smart home users will all find plenty of applications to justify the investment. The HiQuick 1100mAh AAA rechargeable batteries deliver excellent reliability, wide compatibility, and long-term value. Their slightly lower nominal voltage is easily outweighed by the cost savings and eco-benefits of reusable power. Used with a proper charger like the HiQuick LCD 12-slot model and maintained according to basic guidelines, these batteries should easily deliver hundreds of consistent cycles — making them a smart buy for anyone relying on AAA-powered tech in daily life.

I found for my Xbox 360 controllers that the batteries weren’t a perfect fit as one of the sides is perfectly flat. I have had no other problems though, it was not too much of a hassle but did take some moving around. Other than that they function well for the price and charge well with my Amazon basics battery charger. They have a really high capacity for my uses. Which is for my Xbox 360 controllers as well as a rotating stand. I have been able to use devices for hours with these in. I’m very impressed. They look and feel high quality and they are quite weighty and don’t feel like cheap pathetic ones.

Great batteries. Good value and last.

I bought these first of all with their quick charger which works via a USB plug. They are working out more cost effective for the basic uses like remote controls or Christmas lights than keep buying alkaline batteries and so far they are holding their charge.

These are my favourite rechargeable batteries I use them in all my Christmas decorations, gaming controllers. they last well and rechargeable fast.

I found that these batteries were very good. Value for the Money spent.

Easy to charge with HiQuick charger. Found first few times charger doesn't last long. Advises that will hold charger better after 3 full charge cycles. Hopefully this will increase battery life.