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Ryder

Meg is a battery engineer with 10+ years of experience in the energy storage industry. She holds a B.S. in Electrical Engineering and previously worked as an R&D engineer at a lithium-ion battery manufacturer, where she focused on battery management systems (BMS), charging algorithms, and life-cycle testing for lead-acid, AGM, and lithium chemistries. She has contributed to the development of battery maintenance technologies used in commercial products. Meg now provides technical review for energy storage content to ensure accuracy, safety, and practical value for readers.

jim
VW Delays Ontario Battery Plant to 2029

Volkswagen’s PowerCo Delays Its Ontario Battery Plant to 2029: What It Means for Battery Buyers

PowerCo has moved production at its St. Thomas, Ontario battery plant from 2027 to 2029, even as construction continues. This article covers what changed, why a plant under construction can still slip, and how battery buyers should adjust sourcing plans, second-source terms and contract protections.

Volkswagen’s PowerCo Delays Its Ontario Battery Plant to 2029: What It Means for Battery Buyers Read More »

UN3480 vs UN3481-Lithium Battery Shipping Classification Guide

UN3480 vs UN3481: Lithium Battery Shipping Classification Guide (2026)

UN3480 applies to lithium-ion batteries shipped by themselves, while UN3481 covers batteries packed with or installed in equipment. This 2026 guide explains how the shipping configuration determines packing instructions (PI965/966/967), labels, state-of-charge limits, and documentation, and includes a practical importer checklist for compliant lithium battery shipping.

UN3480 vs UN3481: Lithium Battery Shipping Classification Guide (2026) Read More »

Why LiFePO4 Batteries Corrode Less Than Lead-Acid

Why LiFePO4 Batteries Corrode Less Than Lead-Acid (And What That Means for Your Wallet)

Terminal corrosion is one of the most common battery maintenance problems — and one you can largely eliminate. This guide explains the chemistry behind why lead-acid batteries corrode and why LiFePO4 batteries don’t, with real maintenance schedules, cost comparisons, and whether upgrading makes sense for your application.

Why LiFePO4 Batteries Corrode Less Than Lead-Acid (And What That Means for Your Wallet) Read More »

How to Clean Corroded AA Batteries from Remote Controls, Toys & Household Devices

How to Clean Corroded AA Batteries from Remote Controls, Toys & Household Devices

Corroded AA batteries are one of the most common household problems — remote controls, wall clocks, toys, and flashlights are all vulnerable. This guide shows you how to clean corroded AA batteries safely, save your devices, and prevent it from happening again.

How to Clean Corroded AA Batteries from Remote Controls, Toys & Household Devices Read More »

What Happens If You Swallow a Battery Steps to Take Immediately

What Happens If You Swallow a Battery? Steps to Take Immediately

What happens after swallowing a battery depends almost entirely on the type: a button or coin battery can cause life-threatening damage within hours, while a standard AA or AAA battery, if intact, is typically much lower risk. This guide covers the immediate steps to take, why “no symptoms” doesn’t mean it’s safe, what to expect at the hospital, and how to prevent it from happening at home.

What Happens If You Swallow a Battery? Steps to Take Immediately Read More »