Jin Chen

If you’ve been following news about electric cars or new gadgets, chances are you’ve heard the phrase solid-state battery. They’re often described as the “next big thing” in energy storage. But what makes them so special? As experts in battery manufacturing with over a decade of experience, we understand the importance of both battery design […]

Over the past decade, battery manufacturers have been steadily competing to commercialize solid-state batteries at scale. Improved battery energy storage is also crucial for meeting the growing demand for AI computing power. This article introduces the leaders in solid-state batteries, explains how they differ from lithium-ion batteries, and highlights companies to watch. What Is a

Shiny, flexible copper foil is essential for lithium-ion battery manufacturing and for improving the performance of a wide range of devices, including electric vehicles, consumer electronics, and energy storage systems. What is Copper Foil for Battery Use? Copper foil is a thin sheet primarily used as the anode current collector in lithium-ion batteries. It acts

Whether you work in battery technology research, are a battery manufacturing engineer, or are simply curious about battery materials, nickel foil is definitely worth your attention. This is especially true in the electric vehicle and drone industries, where demand for high-performance batteries is soaring. What is Nickel Foil? Nickel foil, simply put, is a thin

Imagine a battery that taps into one of Earth’s most abundant elements—sodium—and gives us a cheaper, safer energy storage solution. That’s sodium-ion batteries for you, quietly emerging to challenge the lithium-ion giants. If you’ve ever worried about the environmental and cost issues tied to lithium, sodium-ion tech might just be your next favorite topic. How

We are in the age of carbon conductive materials, where even humble pencil lead is quietly transforming how electricity flows from batteries and challenging copper’s long-standing dominance as a conductor. Sounds incredible? Read on to discover why. What Makes Carbon Conductive? Graphite: Graphite consists of layers of carbon atoms arranged in hexagonal patterns. These layers

Imagine a battery that is faster, lighter, and better at holding a charge—sounds like science fiction, right? But that is exactly the kind of magic lithium nickel manganese cobalt oxide (LNMO) batteries are working in the real world. If you are in the USA and curious about what is powering not just your phone but

How much does it cost to manufacture a lithium-ion battery? What is the cost of the battery? Of particular interest is the li ion battery cost per kWh—because it reveals the true price you pay for energy. The answer depends on several factors, including battery chemistry, raw material prices, manufacturing scale, and pack design. In

Imagine your battery as a perfectly choreographed dance; without a skilled conductor, chaos would ensue. That’s exactly what a battery separator does. It keeps the battery’s positive and negative sides apart, ensuring harmony and preventing short circuits. Whether cruising in an electric vehicle or powering your smartphone, this tiny but mighty component keeps energy flowing

You’ve likely heard the excitement: solid-state batteries are arriving and poised to transform everything from electric vehicles to smartphones. But what exactly sets them apart from lithium-ion batteries we rely on? This guide compares solid-state and lithium-ion batteries—not just theoretically but in practical terms—highlighting what’s factual, what’s hype, and what to expect in the coming

Why Battery Prototyping Matters Most of your electronics rely on batteries. Before these batteries reach you, they begin life in a lab, through a process called battery prototyping. Battery prototyping is where bold ideas meet reality. Teams test designs, build pilot lines, and keep pushing the limits. Some prototypes fail, while others break records. But

A drone is only as reliable as the battery powering it. You might invest in an advanced UAV with the latest features, but without the right battery, flight time, stability, and overall performance can quickly become disappointing. Whether you’re shooting aerial videos, inspecting infrastructure, surveying land, or simply flying for fun, the battery plays a

Battery current collectors may not be the most recognized component in your phone or EV battery, but they are the unsung heroes enabling reliable performance. A battery current collector transfers the electric current generated by electrode materials, ensuring your device powers up reliably and efficiently. What Is a Current Collector in a Battery? Electrode materials

Unlike conventional batteries that rely on liquid electrolytes, solid electrolytes offer a safer alternative by minimizing the risk of leakage and improving thermal stability. They can also support higher energy density, allowing batteries to store more power while maintaining a compact size. Many companies are exploring solid electrolytes to develop next-generation batteries that are more

Electric vehicles may feel effortless to drive, but the technology behind them is anything but simple. One press of the accelerator delivers instant power, smooth acceleration, and quiet performance—all thanks to the battery system hidden beneath the chassis. From raw materials and precision coating to cell assembly and battery pack testing, the manufacturing process combines

What Is Lithium Hydroxide, Anyway? Lithium hydroxide (chemical formula: LiOH) is a key ingredient in the batteries that power many of today’s electric vehicles (EVs) and portable devices. Think of it as the secret sauce that enhances battery life and performance, especially when high capacity and durability are a must. Why Lithium Hydroxide Is Preferred