Latest News & Insights
Stay updated on EV industry trends, battery technology innovations, and Maxvolt Energy's latest developments.
Maxvolt Energy Announces ₹700 Crore Investment in Advanced Battery Manufacturing Plant in Aligarh
Maxvolt Energy Industries Limited has announced a ₹700 crore investment to build a 10 GWh lithium battery manufacturing facility in Aligarh, Uttar Pradesh — taking planned capacity to 12.5 GWh with the Duhai plant.
2-Wheeler vs 3-Wheeler Lithium Batteries: What's Actually Different
E-scooter and e-rickshaw batteries are often grouped together as "EV batteries," but the two-wheeler and three-wheeler categories have genuinely different requirements. Here's what changes.
Lithium Batteries for Forklifts and Material Handling Equipment (AGVs)
Warehouses and production floors are steadily moving from lead-acid to lithium for forklifts and AGVs. Here's why, and what actually changes on the shop floor.
Lithium Battery Brands & Manufacturers in India: A Buyer's Guide
India's lithium battery market spans decades-old lead-acid names moving into lithium and newer lithium-first manufacturers. Here's how to actually evaluate any of them before you buy.
Lithium Batteries for Agricultural Spray Drones
Agricultural drones need batteries that are light, deliver high discharge current, and hold up to repeated daily flights in field conditions. Here's what that requires.
How Does a Lithium-Ion Battery Actually Work?
Lithium-ion batteries power everything from e-rickshaws to home inverters — but how do they actually store and release energy? Here's the mechanism, explained simply.
Golf Cart and Specialty EV Lithium Batteries: Campus Shuttles, GSE and More
Golf carts, campus shuttles and airport ground support equipment share a category of low-speed, high-utilization electric vehicles with real lithium battery requirements of their own.
Inside a Lithium Battery Pack: Cells, BMS and Protection Circuit Explained
A finished lithium battery pack is more than a stack of cells — the Battery Management System and protection circuitry are what actually make it safe to use every day. Here's how the pieces fit together.
Battery Chemistry 101: LFP, NMC and Lead-Acid Explained for Beginners
LiFePO4, NMC, lead-acid — the names get thrown around constantly, but what do they actually mean? A plain-English introduction to the three chemistries you'll encounter most.
E-Scooter Battery Buying Guide: Voltage, Capacity and Chemistry Explained
48V or 72V? NMC or LiFePO4? Here's how to match an e-scooter battery to your riding needs instead of just picking the biggest number on the spec sheet.
Depth of Discharge, C-Rating and Energy Density: Battery Specs Explained
Three numbers on a battery spec sheet that most buyers skip past — but shouldn't. Here's what depth of discharge, C-rating and energy density actually tell you.
What Is a BMS, and Why It's the Most Important Part of Your Lithium Battery
The cells get all the attention, but the Battery Management System is what keeps a lithium pack safe, balanced and long-lasting. Here's what it actually does.
Lithium Battery Advantages and Disadvantages: An Honest Look
Lithium batteries aren't perfect for every situation — just usually the better trade-off. Here's a balanced look at where they genuinely win, and where they don't.
Battery Care Tips for Indian Summers: Protecting Your Lithium Pack From Heat
Heat is the single biggest factor shortening battery life in India. A few simple habits during summer months can add years to your lithium pack.
Understanding Battery Voltage: 12V, 24V, 48V and 51.2V Explained
Voltage numbers on a battery spec sheet aren't arbitrary — they're set by what the battery has to power. Here's what each common voltage actually means and where it's used.
From a 15-Battery Lab to an NSE-Listed Company: The Maxvolt Growth Story
In under seven years, Maxvolt grew from 15 batteries a day to a ₹297+ Crore, NSE SME Emerge-listed manufacturer. Here's how that scale happened.
1,150+ Pincodes: How Maxvolt Built India's Doorstep Battery Service Network
A battery is only as good as the support behind it. Here's how Maxvolt built a service network reaching 1,150+ pincodes across India.
Lithium vs Lead-Acid for E-Rickshaws: The Real Cost of Ownership
Lead-acid batteries look cheaper upfront, but lithium wins decisively on lifespan, range and daily earnings. Here's the math every e-rickshaw owner should see.
AIS 156 Explained: What India's Battery Safety Standard Means for You
AIS 156 is India's mandatory EV battery safety standard. We break down what it tests, why it matters, and how to verify a battery is genuinely certified.
How to Choose the Right Lithium Inverter Battery for Your Home
Lithium inverter batteries last longer, charge faster and need zero maintenance. Here's how to pick the right voltage and capacity for your backup needs.
Solar Battery Storage: How Lithium Maximizes Your Solar ROI
A solar panel only pays back when you can store what it generates. Here's how a lithium storage system turns daytime sunshine into round-the-clock savings.
Maxvolt ReEarth: Building a Circular Economy for Lithium Batteries
Every battery has a second life. Maxvolt ReEarth recovers lithium, cobalt, nickel and manganese to close the loop on sustainable energy.
Custom Lithium Battery Packs: Powering Medical, IoT and Industrial Devices
Beyond EVs, lithium powers ultrasound machines, CCTV, routers and power tools. Here's how Maxvolt engineers application-specific custom packs.