When will we get to the next big battery breakthrough?
You constantly hear about battery revolutions that promise to change everything. But the hype makes planning your product roadmap impossible. This uncertainty puts your projects and supply chain at risk. A truly disruptive, mass-market battery breakthrough like solid-state is likely 7 to 10 years away. However, the next significant commercial turning point will happen between […]
Why are LiFePo4 batteries popular?
You need a battery that’s safe, long-lasting, and cost-effective. Choosing the wrong chemistry creates massive risk for your product and reputation. LiFePO4 technology is rapidly becoming the go-to solution. LiFePO4 batteries1 are popular due to their superior safety, exceptionally long cycle life (3000-6000 cycles), and lower cost. Their thermal stability and cobalt-free chemistry make them […]
How long does it take for a smartwatch to charge?
Worried your smartwatch’s charging speed is a deal-breaker for users? Slow charging can lead to frustration and returns. Here’s what determines the time it takes. Most modern smartwatches take about 1 to 2.5 hours to charge from empty to full. Newer models with fast charging1 can reach 80% in about 30-45 minutes. The exact time […]
What are the methods of testing 21700 size Li ion cells?
You’ve sourced 21700 cells for your new product, but how can you be sure they perform as promised? Poor cell quality can lead to product failure, recalls, and a damaged reputation. Testing 21700 Li-ion cells1 involves a multi-stage process, including basic performance tests (capacity, internal resistance), comprehensive safety tests (overcharge, short circuit), cycle life analysis, […]
How long can a lipo battery last when not in use?
You have a stock of LiPo-powered products sitting in a warehouse. You worry the batteries inside are slowly dying on the shelf, turning your valuable inventory into scrap. A LiPo battery stored correctly at a storage charge of ~3.8V per cell can last 2-3 years, retaining much of its original capacity. For commercial products, it […]
How to select a charger for a battery?
You’ve got a great battery, but the wrong charger can ruin it. A bad choice leads to poor performance, a shorter lifespan, or even a dangerous failure. To select a charger, you must match it to the battery’s voltage (V) and chemistry (e.g., Li-ion, LiFePO₄), and ensure it has the right connector. For maximum safety […]
How long does it take to charge a Canon camera’s battery?
You’re prepping for a big shoot tomorrow, but your camera battery is dead. You plug it in, but have no idea if it will be ready in an hour or overnight. A typical Canon camera battery, like the LP-E6NH, takes about 2 to 3 hours to fully charge with its standard charger. However, this time […]
How do lithium manganese batteries thrive in marine applications?
Your expensive marine sensor vanishes beneath the waves for a year-long mission. A battery failure means more than lost data; it means a lost asset and a wasted budget. Lithium Manganese Dioxide (Li-MnO₂) batteries1 excel in marine environments due to their unmatched reliability. Their very low self-discharge, wide operating temperature range, and stable, long-life power […]
What is the best battery type for ADCP Systems?
Your ADCP deployment is a success, but the data stops coming in halfway through the mission. The battery failed. Now, a costly recovery operation is your only option. The best battery type for ADCP systems is a Lithium Manganese Dioxide (Li-MnO₂)1 primary battery. Its high energy density, extremely low self-discharge rate (<1%/year), and wide operating […]
Do you charge your smartwatches overnight?
You plug your smartwatch in every night for a full charge. But this simple habit might be shortening its battery life and robbing you of valuable health data. While convenient, charging your smartwatch overnight is not ideal. Keeping the small lithium-polymer battery1 at 100% for hours, especially if it gets warm, degrades its long-term health. […]
