Arbin Press Releases
Real-life simulations in battery testing provide a more accurate estimate of actual battery performance. Learn how the features of Arbin’s RBT series support dynamic test profiles to provide researchers with more reliable battery performance results.
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This year will mark a big milestone for Arbin Instruments, as the leader in the battery and energy storage testing space will turn 30. Learn more how Arbin can help you in your battery testing needs.
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Arbin’s new 3E Coin Cell provides users with an affordable, easy to use three-electrode cell holder that allows for long-term cycling, and provides consistent results between samples.
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Arbin’s Regenerative Battery Testing (RBT) series is designed specifically for high-power batteries used in applications such as electric vehicles, military and stationary grid storage.
Read MoreBy leveraging Arbin’s complete three-electrode testing solution, you can get clear, accurate and efficient results.
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Why researching Electric Vehicles batteries has never been safer Advancement in battery testing equipment has made the process of battery testing safer. With more precise and accurate testing equipment], the smallest changes in a battery can be detected before it becomes a critical issue. Improved equipment also allows for a more stable and controlled testing […]
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Arbin is expanding in 2019 to increase production line testing capability. Dozens of new input power lines have already been installed in our 65,000 sqft. headquarters in Texas. There has been extreme demand for our high-power battery testing systems and we are working hard to keep up.
Read MoreBatteries are a critical component of many products, and energy storage plays a very active role in our lives even outside of the research/industry setting. Therefore, selecting the right battery test equipment is an important decision for companies and the individual researchers who are responsible for producing results, whether they are starting small, or at […]
Read MoreAll battery test equipment requires software to operate the instrument. The software interface can be one of the main differentiating points besides hardware performance. It is important to confirm the software communicates using a modern high-speed standard such as TCP/IP (Ethernet) protocol and whether high-performance microcontrollers are used internally. This helps future-proof the system as […]
Read MoreAccuracy represents the trueness of test equipment measurement; the closeness of average sample to its true value. Specifying this metric requires comparison to a known source such as a high-performance meter. Accuracy should not be confused with noise. The relationship between “accuracy” and “precision” relates to the measurement noise. As stated above, accuracy is how […]
Read MoreRobustness – the quality of materials and quality of construction have a major impact on how long the test equipment lasts and how long it will hold calibration. Resistance to corrosion and temperature fluctuations are significant attributes of high-quality test equipment. The instruments duty cycle and the maximum power rating also heavily contribute the usefulness and […]
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