Comprehensive Power Solution for Every Model and Make
Whatever your industry, ENEROC delivers drop-in lithium batteries engineered for seamless integration across leading AGV, AMR, and RLT platforms, meeting OEM voltage, weight, and BCI dimensional specifications.
Powered by CATL Technology
Robots don't take breaks, and your batteries shouldn't either. ENEROC engineers LFP lithium batteries for the full range of autonomous and semi-autonomous vehicles in North America: Robotic Lift Trucks (RLTs), Automated Guided Vehicles (AGVs), and Autonomous Mobile Robots (AMRs). Backed by CATL's world-leading cell technology, our batteries are purpose-built to keep your autonomous fleet running around the clock with no manual intervention.
Built for the Industries Driving Automation Forward
AGV and AMR adoption is accelerating across the most demanding material handling applications in North America. ENEROC powers autonomous fleets in:
E-Commerce and Distribution
High-throughput fulfillment centers running 24/7, where every minute of battery downtime has a direct cost.
Automotive and Aerospace
Precision production lines require consistent power and constant drive and lift speed.
Pharmaceutical and Medical
Clean-room and highly-controlled GMP-grade environments where sealed, fume-free batteries are a compliance requirement.
Food and Beverage Manufacturing
Processing and cold-chain distribution facilities where acid fumes and lead contamination risk are not acceptable.
Paper, Printing and Electronics
High-volume conveyor and assembly operations where AGVs run continuous loops across multiple shifts.
Drop-In Lithium Power for Every Autonomous Vehicle Type
Whether you run a single AGV on a fixed conveyor loop or a mixed fleet of AMRs and robotic forklifts across a multi-shift facility, ENEROC delivers drop-in lithium batteries for every autonomous vehicle category. Our product line covers the voltage ranges and form factors used across leading platforms.
Compatible with leading AGV and AMR platforms, designed and built to meet OEM voltage, weight, and BCI dimensional specifications.
Flat discharge curve ensures 100% travel and lift performance from full charge to the last 10% with no slowdowns mid-shift.
Opportunity charging enables autonomous recharge during scheduled micro-stops, without any operator involvement (with wireless charging).
Sealed and IP-rated: built to withstand condensation, dust, and temperature extremes, including cold storage down to -40°F.
Why Autonomous Fleet Operators Are Replacing Lead-Acid Batteries with Lithium
Lead-Acid Is the Bottleneck — Lithium Removes It
Facilities running lead-acid AGV fleets lose up to 20% of available asset time to charging and maintenance. LFP lithium eliminates that constraint.
Opportunity Charging
Vehicles recharge during natural workflow pauses. No battery room. No battery swaps. No swap teams. No downtime windows.
Zero Daily Maintenance
No watering, no equalization cycles, no acid fumes and spills. Your automation stays automated.
Consistent Voltage
Unlike lead-acid, which slows down as voltage drops with discharge, ENEROC LFP batteries maintain full voltage and lift and travel speed until the end of the discharge cycle.
Defining the Standards of Battery Dependability and Performance in Autonomous Operations
Feature | Lead-Acid Batteries | ENEROC LFP (by CATL) |
|---|---|---|
Daily Asset Downtime | Up to 20% (charging + maintenance) | Near zero with opportunity charging |
Charging | 8h charge + 8h cool-down | 1–2h full charge; opportunity top-ups |
Maintenance | Daily watering, equalization, acid pollution | Zero daily maintenance |
Performance Consistency | Degrades as charge drops | Full power to end of cycle |
Cycle Life | ~1,500 cycles | 4,000+ cycles / 12 years |
Safety | Acid fumes, spills, swap risks | Sealed, stable LFP chemistry |
Autonomous Driving Is Easier on Batteries
There's a compounding advantage to pairing LFP lithium with autonomous vehicles that most operators don't account for: robotic driving is gentler on batteries compared to human driving patterns.
Research comparing battery heat generation, a direct measure of electrical stress placed on the battery, between human-driven and autonomously driven electric vehicles shows a visible difference. An autonomous system generates nearly 2x lower average heat load on the battery over the same operating cycle (1.35 kW vs. 2.69 kW). Peak stress is also lower.
Less heat means less stress on the cells, slower degradation, and a longer useful battery life. In practical terms: an ENEROC LFP battery in an AGV will outlast the same battery in a human-operated truck, delivering even greater return on your automation investment. The efficiency gains from automation don't just end with removing the operator. An LFP battery with a smaller Ah capacity can be used for the same job!
The ENEROC Advantage: Engineered for 24/7 Autonomous Operations
Why Automation Leaders Choose ENEROC
CATL Investment & Technology
Access to the latest-generation CATL LFP cells, unmatched energy density and thermal stability for continuous-duty autonomous applications.
6-Year Warranty
The most demanding autonomous operations demand the most reliable power. We back every battery with an industry-leading comprehensive warranty.
Cold Chain Ready
Integrated heating elements allow efficient operation and charging in temperatures as low as -40°F (-40°C), essential for food, pharmaceutical, and cold storage AGV fleets.
US-Based Support
Local technical teams and spare parts inventory ensure rapid response, no international time zones, no delays.
Advanced Smart BMS
Self-developed automotive-grade Battery Management System with real-time individual cell diagnostics, CAN communication, and a 4G module for cloud-based fleet monitoring.
Frequently Asked Questions
AGVs and AMRs operate continuously, and any battery-related downtime directly undermines the ROI of your automation investment. LFP lithium enables opportunity charging, eliminates daily maintenance, and delivers consistent voltage across the full discharge cycle, making it the only battery chemistry that truly matches the demands of autonomous operations.
Yes. Our batteries are engineered as drop-in solutions designed to meet OEM voltage, weight, and BCI dimensional standards in North America. Our engineering team works directly with your platform specifications to ensure full compatibility.
The AGV or AMR autonomously docks at a charging station during scheduled pauses, such as shift transitions, planned stops, or low-traffic windows. ENEROC batteries can accept a full charge in 1–2 hours, so a short autonomous charging window is all it takes to sustain multi-shift continuous operation.
Yes. Our batteries include integrated heating elements that allow full charging and operational performance in temperatures as low as -40°F (-40°C), making them ideal for cold chain logistics and food distribution AGV fleets.
Every ENEROC battery includes an advanced Smart BMS with real-time diagnostics: State of Charge, temperature, and cells’ state of health (SOH). An integrated 4G module enables remote cloud monitoring across your entire autonomous fleet, allowing operations managers to identify issues before they cause downtime.
A typical lead-acid battery lasts approximately 1,500 cycles. ENEROC LFP batteries deliver 4,000+ cycles and a 12-year design life, often exceeding the operational lifespan of the AGV platform itself. And because autonomous driving generates significantly less electrical stress on the battery than human operation, real-world longevity in AGV applications is even greater.
Absolutely. LFP chemistry battery is fully sealed and produces zero fumes or off-gassing during operation or charging. There is no acid or lead exposure risk, making ENEROC batteries the only compliant choice for GMP, clean-room, and food-grade automated facilities.
Power Your Automation. Eliminate the Downtime.
Request a Free Consultation
News and Blog
Free Webinar for Forklift and Battery Dealers: Lithium Sales Fundamentals
The forklift market is shifting to lithium fast. Dealers and distributors who can't confidently answer customer questions about TCO, battery chemistry, and site requirements are falling behind. ENEROC USA is hosting a free webinar to share the knowledge we’ve accumulated over the last few years on lithium battery technology and its application in an industrial environment.
Meet ENEROC USA at MODEX 2026. Booth C10599
This is your chance to see ENEROC's lithium battery technology in person. We'll have live product demonstrations, and our sales and engineering team will be on hand for technical conversations. No sales scripts. Real answers from people who know the industry inside out.
