Industry News

Learn the differences between Neutral Salt Spray (NSS) and CASS testing, including standards, applications, and how to select the right corrosion test for your products.

High current short circuit testing machine boosts lithium battery safety and compliance by detecting faults, ensuring standards, and preventing failures.

Selecting the right chamber is crucial for product reliability. Decision-makers must match chamber features to specific needs, such as available space, sample throughput, and compliance with industry standards.

Under the wave of electrification, from electric vehicles to grid-level energy storage systems, battery packs have become core and crucial components. The value of batteries is not only determined by their initial capacity and peak power but also by their durability, which is represented by the core indicator of cycle life.

Whether it is manufacturers, R&D engineers or end users, thoroughly understanding the various differences in the cycle life of battery packs is the key to ensuring product safety, cost reduction and efficiency improvement, as well as green and long-term application. Tai'an Test is dedicated to creating high-precision battery testing equipment to assist in precise detection and performance verification, effectively extending the cycle life of batteries.

The global transition to electrification is accelerating, from electric vehicles to grid-level energy storage systems (ESS), and the performance requirements for batteries have been unprecedentedly raised. Rigorous testing is the core of quality assurance, but as battery capacity continues to increase, the testing current also rises significantly. There is a widespread problem of current accuracy drift in high-power battery testers, which not only undermines the accuracy of test data but also poses potential safety hazards for battery products.

Under the global trend of accelerating transformation towards renewable energy, solar photovoltaic has become a core pillar of the green energy revolution. The 25-year lifespan claimed by photovoltaic modules is not merely a promotional promise but is achieved through rigorous engineering design and comprehensive environmental simulation tests under strict conditions. Photovoltaic panels are in service for years in all kinds of extreme and harsh conditions around the world: from the scorching heat of the Sahara Desert to the high humidity and salt fog of tropical coastal areas, and they must also withstand the long-term erosion of sandstorms in the Gobi Desert.

The global energy transition is accelerating, and the energy storage ESS industry is entering a stage of rapid growth. As battery equipment is upgraded from basic backup power sources to complex integrated systems with high voltage and megawatt levels, the pressure on manufacturers to ensure long-term reliability continues to increase. And full-load aging tests have always been the core bottleneck in the production process, taking the longest time, consuming the most energy, and having the highest cost.

With the transformation of the electric vehicle (EV) industry and the global large-scale application of energy storage systems (ESS), lithium-ion batteries have become the core of modern engineering technology. However, every breakthrough in energy density is accompanied by significant safety concerns that cannot be ignored. Among the reliability tests stipulated by various international standards, the battery combustion and jetting test is the one with the highest risk level.

In the era of data-driven economy and 24-hour uninterrupted operation of digital infrastructure, uninterruptible power supplies (UPS) are no longer optional backup equipment but essential critical infrastructure. Over the past few decades, valve-regulated sealed lead-acid batteries (VRLA) have been the mainstream choice for UPS systems. Now, the industry is undergoing a rapid transition to lithium-ion battery technology. This transformation is mainly driven by the urgent market demands for higher specific energy, lower operation and maintenance costs, and smaller installation space. However, lithium batteries bring excellent performance while also presenting new challenges in condition monitoring, operational safety, and long-term reliability. Therefore, professional lithium-ion UPS testers have become the key equipment for ensuring the safe and stable operation of data centers.

The roar of the motorcycle engine is not merely a mechanical composition, but also a microcosm of the precise manufacturing process. And whether this exhilarating riding experience can be consistently maintained often depends on a component that is easily overlooked - the battery. Whether it is the traditional lead-acid battery or the new generation lithium-ion power source, motorcycle batteries are exposed to extremely harsh working conditions: they have to endure the intense and frequent vibrations brought by the large-displacement V-cylinder engine, and also adapt to the increasingly thinner air at high altitudes during rides. This requires the battery itself to possess extremely strong reliability and the ability to withstand harsh environments.