Use Chemistry IEC name Typical capacity (mAh) Alkaline LR03 860–1,200 Li-FeS2 FR03 1,200 NiMH 1⁄2 AAA 10.4mm 22.7mm ~350 – 1,000 Li-ion 1⁄3 AAA ~100 How many mAh is a Duracell AAA battery? 1150 mAhDuracell CopperTop AAA Alkaline Battery 1150 … Continue reading →

Lipo (Lithium-polymer) batteries are huge in the RC industry. They have taken over from the old technology of Nimh (Nickel-metal hydride) and Nicad (Nickel-cadmium) batteries. They are superior in longevity and constant current but they do have there downsides. The … Continue reading →

Rechargeable lithium-ion batteries, such as the 18650 battery, boast remarkable service life when stored at 3.7V—up to 10 years with nominal loss in capacity. Do lithium batteries go bad if not used? Lithium Ion batteries “go bad” when they are … Continue reading →

1931. Since Panasonic first began in-house production of dry batteries in 1931, we have shipped more than 200 billion batteries to all corners of the globe. Where are Panasonic batteries manufactured? The Wakayama facility is close to Panasonic’s Suminoe plant … Continue reading →

AAA batteries are smaller compared to AA. This is important, as battery operated devices often use only one specific size. Is AAA the smallest battery? WHAT IS AN AAA BATTERY. AAA batteries are smaller than AA battery cells. A single … Continue reading →

5.0 out of 5 stars Good batteries, reliable charger but not low self discharge and definitely not rapid charging! The EBL 2800mAh batteries themselves are excellent for the money. They are NOT low self discharge and will lose their charge … Continue reading →

lithium iron phosphate. Although the lithium iron phosphate (LiFePO4) batteries we sell can’t currently be manufactured small enough for use in consumer electronics, the LiFePO4 technology is by far the safest chemistry available. Which lithium ion battery is best? The … Continue reading →

Lithium – A fairly new entrance into the RV battery market compared to the AGM, the lithium battery is an efficient power-house. Its benefits are as follows: Up to 15% higher charging efficiency. Up to 50% lighter than AGM. Is … Continue reading →

The datasheet says that you can charge the 100Ah battery with max. 200A (150A recommended). So you can charge you batteries with up to 600A (450A recommended). What amp should I charge my LiFePO4 battery? A lithium battery can be … Continue reading →

Company Market Cap 2017 Revenue BASF ( BASFY 2.68% ) $98.3 billion $76.3 billion* PPG Industries ( PPG 1.80% ) $29.3 billion $14.8 billion Chemours Co. ( CC 3.96% ) $9.1 billion $5.9 billion* Intel Corporation ( INTC 4.38% ) … Continue reading →

The science of renewable energy is remarkable—the ability to harness nature to magically power our modern world is a seductive vision. What is Holy Grail of modern technology? Being touted as a breakthrough, scientists say their solid-state physics discovery could … Continue reading →

10-minutes. Li-ion can be designed for a fast charge of 10-minutes or so but the specific energy of such a cell will be low. Ultra-fast charging only applies during the first charge phase. The charge current should be lowered after … Continue reading →

A 25A DCDC charger is the maximum size recommended in engine bays for a single 100ah battery. Similar for AllSpark 100ah LiFePO4 for in engine bay use, a 25A charger is recommended to keep battery temperatures as low as possible … Continue reading →

Gorman calls graphite the “new black gold” as a natural carbon with many properties well suited for a variety of industrial uses, such as manufacturing batteries, steel and lubricants for the automotive and electrical sectors. Is graphite the future? The … Continue reading →

► Exposure to Lithium can cause loss of appetite, nausea, vomiting, diarrhea and abdominal pain. ► Lithium can cause headache, muscle weakness, twitching, blurred vision, loss of coordination, tremors, confusion, seizures and coma. What is the hazard most associated with … Continue reading →