LiTime Lithium Blogs

When upgrading RVs, boats, or off-grid systems, many users choose to connect multiple lithium batteries in parallel to get longer runtime and higher output current. But in real use, it’s very common to run into situations like this: “I’m using Bluetooth monitoring on two 24V 100Ah batteries. One battery always stays in Standby Full mode at 27.4V, while the other discharges down to 20% or even lower. The battery in Standby Full never wakes up.” On many forums (such as Forest River, DIY Solar, etc.), LiTime users have also reported that when multiple LiTime batteries are wired in parallel, only...

Electric wheelchairs have transformed mobility for individuals with physical limitations, offering newfound independence and ease of movement. At the heart of these devices lies a critical component—the battery. But how many batteries does a typical electric wheelchair require? Rather than offering a one-size-fits-all answer, it’s important to understand that most modern electric wheelchairs are equipped with either one or two batteries, depending on the model and its intended use. This variation raises further questions: What influences the number of batteries needed? And how do users determine which battery setup best suits their needs? Let’s dive in to find out. Table...

When it comes to batteries, deciphering the various markings can be a puzzling task. Among these enigmatic codes, "24ms" stands out as a common but often misunderstood label. In this article, we delve into the significance of "24ms" on a battery, shedding light on its meaning and implications for users. Table of Contents Understanding the "24ms" Marking Full Understanding of Group 24 Marine Battery Choosing the Right Group 24 Battery Case Study of Upgrading to Lithium Battery How to Charge Group 24 Marine Battery LiTime Lithium Group 24 Batteries: A Side-by-Side Look [Hot] Understanding the "24ms" Marking The alphanumeric code...

Whether you're setting off for a weekend fishing trip or navigating the open sea, one thing is certain — your boat’s engine needs a reliable starting battery to get you moving. But not all batteries are created equal, especially when you're dealing with marine environments. At LiTime, we believe that understanding the science behind your power source is the first step toward smarter, safer boating. Let’s dive into the essentials of starting battery performance and what sets marine batteries apart from the rest. Table of Contents Understanding Marine Battery Ratings: What Are CCA and MCA? Cold Cranking Amps (CCA): The...

Among the various specifications that define a battery, the "C-rate" stands out as a fundamental, yet often misunderstood, parameter. This article aims to demystify the battery C-rate, offering a clear explanation of what it is, how it's determined, and why it holds significant implications for both battery operation and the end-user experience. Table of Contents Defining Battery C-Rate: The Basics Explained How to Calculate Battery C-Rate: Simple Formulas and Examples Battery C-Rate in Action: Real-World Applications 1. Low C-Rate Applications 2. Medium C-Rate Applications 3. High C-Rate Applications Understanding C-Ratings on Battery Labels and Datasheets Frequently Asked Questions (FAQ) about...

Explore our full guide on how long lithium-ion batteries last. Understand factors affecting lifespan, usage tips, and ways to maximize your battery's durability.

The ABYC E-13 Standard is published by the American Boat & Yacht Council (ABYC) and provides guidelines for the safe installation, maintenance, and use of lithium batteries on boats. Lithium batteries are increasingly popular in marine applications due to their high energy density and lightweight design, but they also pose unique safety risks. The ABYC E-13 standard addresses these risks and establishes best practices for their use in marine environments. Table of Contents Overview of ABYC E-13 Requirements 1. General Requirements 2. Installation Requirements 3. Electrical System Integration 4. Fire Suppression and Safety 5. Labeling and Documentation 6. Testing and...

RS485 (Recommended Standard 485) communication is a widely used industry standard for data transmission in various applications, including industrial automation, building automation, and even in some consumer devices. It plays a crucial role in enabling reliable communication over long distances and in noisy environments. In this article, we’ll explore what RS485 communication is, its key features, advantages, and applications. Table of Contents What is RS485 Communication? What is RS485 Cable Key Features of RS485 Communication Advantages of RS485 Communication RS485 Applications of RS485 Communication RS485 vs. RS232: Key Differences Featured Product with RS485 Communication: LiTime 48V 100Ah Lithium Home Storage...

When choosing a communication method for monitoring batteries or other electronic systems, RS485 and Bluetooth are two popular options. Each has its strengths and ideal use cases, so understanding the differences between RS485 vs Bluetooth monitor systems is essential for making the right decision. In this guide, we’ll break down what RS485 and Bluetooth monitors are, compare their performance, reliability, and application scenarios, and help you decide which solution is best for your needs. Table of Contents What is an RS485 Monitor? What is a Bluetooth Monitor? RS485 vs Bluetooth Monitor: Head-to-Head Comparison When to Use an RS485 Monitor When...