TPPL vs. Lithium Forklift Batteries: Which Fits Your Operation?

An electric forklift parked in a warehouse aisle with its battery compartment open, connected to a wall-mounted charger by an industrial battery connector.

Shift count does not decide between TPPL and lithium. Measured workload does, along with what each system recovers during your real breaks.

The short answer

The choice is not settled by chemistry preference, and not by how many shifts you run. It is settled by what your trucks consume across a duty cycle, meaning how hard and how long each truck works including the breaks when it could be charging, what your real charging windows allow, and what the package costs once maintenance, replacement and electrical work are counted.

Shift count is a rough proxy for the first of those, not a substitute. EnerSys has documented a TPPL evaluation for a 150-store supermarket chain running narrow-aisle reach trucks on three eight-hour shifts, built on average daily amp-hour throughput and annual truck hours rather than on the schedule. Measure first, then compare.

What TPPL is, and what it asks for in return

TPPL stands for thin plate pure lead. It is lead-acid, but thinner plates of higher purity lead let the battery accept charge at a higher rate and handle partial charging far better than a flooded battery.

The headline benefit is documented: no watering, no battery washing, no long equalize routine. For a fleet carrying a watering program, that is genuine labor off the maintenance schedule. The conditions attached are equally real.

It requires an approved charger and an approved configuration. EnerSys states that NexSys TPPL batteries must be charged with an EnerSys-approved charger running the approved TPPL profile. That does not automatically mean new chargers: NexSys+ chargers carry profiles for TPPL, iON and flooded technologies, so some installed units may qualify once their specification and configuration are checked. What you cannot do is assume it either way.

Opportunity charging works inside a schedule, not instead of one. The profile permits opportunity charging as often as needed, but the owner’s manual still instructs you to allow up to six hours for a full charge at least once per week, with equalization on the same schedule. TPPL retires the watering program and the long equalize routine a flooded battery needs. It does not remove the product’s own prescribed schedule. If your operation has no six hour window anywhere in the week, design around that before you buy.

Depth of discharge drives service life. EnerSys recommends limiting daily discharge to 60 percent of nominal capacity for optimal life and classes anything beyond that as a deep discharge. Deeper discharge reduces expected cycle life. The manual also lists load cutoff settings that apply under specified conditions, so check the limits for your configuration and have the supplier size the product against your operating pattern rather than quote a service life.

Note too that daily amp-hour throughput and depth of discharge are different measurements. If the battery is topped up through the day, consumption can be high while the charge level never falls far.

Charge return factor, and what it does not tell you

Charge return factor is how many amp-hours you put back for every amp-hour you took out. Advanced Charging Technologies’ worked comparison uses charge return factors ranging from 110 percent to 120 percent for the flooded-battery charging systems it evaluates.

It is a useful input, not the whole calculation. Charging time also depends on the current through the session, including the tapering and absorption stages at the end. Electricity cost needs voltage and charger losses, since amp-hours are not kilowatt-hours. Comparing two trucks needs voltage alongside amp-hours.

So treat it as one number among several and make the supplier do the work. Ask them to show how much charge the proposed battery and charger restore during the breaks you really have, and to estimate the electricity consumed at the wall separately. Our 2026 forklift battery cost breakdown covers the wider energy picture.

What would justify either quote

Whichever chemistry a supplier proposes, the same four tests decide whether it is right for you.

  • Runtime. Does it cover the longest operating period between planned charging opportunities, at the discharge depth the manufacturer recommends?

  • Recovery. Does it put back enough charge during the breaks you genuinely have, including the periodic full charge its manual requires?

  • Fit and compliance. Does the assembly meet the truck manufacturer’s weight and dimension requirements, with written approval where the change affects capacity or safe operation?

  • Total cost. Purchase, chargers, electrical work, maintenance labor and expected replacement, across the period you plan to keep the trucks.

A proposal that fails any of the four becomes a problem later, usually at the worst moment.

Weight and fit: check the assembly, not the chemistry

On a counterbalanced truck the battery is structural ballast, and the truck’s rated capacity depends on it. A lithium pack of equivalent capacity typically weighs much less than the lead battery it replaces. So the check is not that lead keeps the weight. It is the weight and dimensions of the specific replacement assembly against the truck manufacturer’s requirements, whatever the chemistry: compartment dimensions, connector position and the minimum battery weight on the data plate.

This is a compliance question as well as a fit question. OSHA 1910.178(a)(4) states that modifications and additions affecting capacity and safe operation shall not be performed without the manufacturer’s prior written approval, and that capacity, operation and maintenance plates, tags or decals shall be changed accordingly. Adding ballast to make a lighter pack work is not an informal fix.

Temperature: specify it, for either chemistry

Limits are set per product, so check the ones for the battery you are quoted. For the EnerSys NexSys lines, TPPL permits discharge from minus 20 degrees Fahrenheit and iON from 14, but neither permits charging below 32. TPPL capacity falls considerably once internal temperature drops below about 41 degrees, a discharged TPPL battery can freeze, and EnerSys Engineering must approve iON cold storage operation in writing.

So where the battery is charged often matters more than where the truck runs. If any part of your fleet works in the cold, specify that application separately rather than folding it into a fleet wide decision.

Send us your duty cycle, not just your part number

Beal has supplied industrial batteries and chargers across Maryland, Northern Virginia, Delaware and South Central Pennsylvania since 1980. We stock flooded lead-acid, gel, TPPL and lithium, and we are independent of any forklift OEM.

Send us five things and the comparison stops being a chemistry debate and becomes arithmetic:

  1. Daily amp-hours consumed per truck, or the truck hours and load profile we can work it out from.

  2. Battery voltage.

  3. Your real charging windows, including whether operators actually plug in during them.

  4. Truck make, model and the minimum battery weight from the data plate.

  5. The ambient temperature range where the trucks run and where they charge.

We will show you the working, including when the cheaper option is the right one. If you would rather establish the first number yourself, our 30 day fleet battery readiness audit walks through measuring it.

Contact us for a quote · Industrial batteries · Battery rental and leasing

Sources

  • EnerSys, NexSys TPPL owner’s manual (GLOB-EN-OM-NEX-TPPL 0925): approved charger and profile requirement, weekly full charge of up to six hours plus weekly equalization, 60 percent depth of discharge recommended for optimal life, load cutoff settings, discharge and charging temperature ranges, freezing risk when discharged. enersys.com

  • EnerSys, NexSys TPPL technical manual: charge time curves plotted against depth of discharge and recharge current, charge rate range, absorption phase, cycle life against depth of discharge for TPPL blocs. enersys.com

  • EnerSys, NexSys iON owner’s manual: discharge and charging temperature ranges, written EnerSys Engineering approval required for cold storage. enersys.com

  • EnerSys, NexSys+ charger: profiles for NexSys TPPL, NexSys iON and flooded battery technologies. enersys.com

  • EnerSys, retail supermarket Class II case study: 150 store chain, narrow-aisle reach trucks, three eight-hour shifts, evaluated on average daily amp-hour throughput and annual truck hours. enersys.com

  • OSHA, 29 CFR 1910.178(a)(4): modifications and additions affecting capacity and safe operation require the manufacturer’s prior written approval, and capacity, operation and maintenance plates, tags or decals shall be changed accordingly. osha.gov

  • Advanced Charging Technologies, Battery Charging Technology Overview (2023): a worked comparison for a 36V 1000Ah battery at 2.0 EBU per day, giving charge return factors of 120 percent for ferroresonant and SCR chargers, 115 percent for a typical high frequency charger and 110 percent for the manufacturer’s own unit. Figures from that one scenario, not category specifications. act-chargers.com

Frequently Asked Questions

Can I use my existing chargers with TPPL?

Possibly, after compatibility is confirmed. EnerSys requires NexSys TPPL batteries to be charged with an approved charger running the approved TPPL profile, and says its NexSys+ chargers carry profiles for TPPL, iON and flooded technologies. Whether a unit you already own qualifies depends on its specification and configuration, so get that confirmed in writing before you budget.

Is TPPL or lithium better for freezer work?

Neither is a freezer specification on its own, and limits vary by product. For the EnerSys NexSys lines, both TPPL and iON have a charging floor of 32 degrees Fahrenheit, and EnerSys Engineering must approve iON cold storage operation in writing. Specify cold applications separately and get the manufacturer's approval for the exact battery quoted.

Does shift count decide between TPPL and lithium?

No. Shift count is only a rough proxy for workload. The decision is driven by daily amp-hour throughput per truck, your real charging windows, the depth of discharge the manufacturer recommends, and total cost once chargers, electrical work, maintenance labor and replacement are counted. Measure the duty cycle first, then compare the quotes against it.

What depth of discharge should I plan for with TPPL?

EnerSys recommends limiting daily discharge to 60 percent of nominal capacity for optimal life, and classes anything beyond that as a deep discharge that reduces expected cycle life. Note that daily amp-hour throughput and depth of discharge are different measurements: if the battery is topped up through the day, consumption can be high while the charge level never falls far. Have the supplier size the product against your operating pattern.

Does TPPL really need no maintenance?

TPPL retires the watering program, battery washing and the long equalize routine a flooded battery needs, which is genuine labor off your maintenance schedule. It does not remove the product's own prescribed schedule. The owner's manual still instructs you to allow up to six hours for a full charge at least once per week, with equalization on the same schedule. If your operation has no six-hour window anywhere in the week, design around that before you buy.

Can a lithium pack drop straight into my counterbalanced truck?

Not without checking the assembly. On a counterbalanced truck the battery is structural ballast, and a lithium pack of equivalent capacity typically weighs much less than the lead battery it replaces. Check the specific replacement assembly against the truck manufacturer's compartment dimensions, connector position and minimum battery weight on the data plate. OSHA 1910.178(a)(4) requires the manufacturer's prior written approval for modifications affecting capacity and safe operation, so adding ballast is not an informal fix.

What information does Beal need to compare TPPL and lithium for my fleet?

Send five things: daily amp-hours consumed per truck (or truck hours and load profile we can work it out from), battery voltage, your real charging windows including whether operators actually plug in, truck make and model with the minimum battery weight from the data plate, and the ambient temperature range where the trucks run and where they charge. With those, the comparison stops being a chemistry debate and becomes arithmetic. Beal stocks flooded, gel, TPPL and lithium and is independent of any forklift OEM.

Forklift Battery Maintenance: Protect Your Fleet and Your Bottom Line

employees performing maintenance on forklift batteries

In warehouses and industrial facilities, forklifts keep operations moving. But when a forklift breaks down, productivity grinds to a halt. One of the most common reasons for forklift downtime is a neglected battery. Forklift batteries are more than just a power source, they’re an investment. And like any investment, they need regular care to deliver long-term value.

At Beal Industrial Products, we’ve seen firsthand how proper battery maintenance extends equipment life, cuts operating costs, and improves workplace safety. This is why we want to educate our customers on the importance of battery maintenance.

Why Proper Forklift Battery Maintenance Matters

A new industrial battery is not a small expense. Between forklift batteries, pallet jack batteries, golf cart batteries, and other industrial batteries, warehouses often spend thousands of dollars on each unit, with fleets requiring multiple batteries in rotation. Without the right upkeep, those investments degrade prematurely, forcing early replacements that eat into budgets. Not to mention, poor-performing batteries can slow down productivity.

Well-maintained forklift batteries can last five years or longer, while poorly maintained ones may need replacement in half that time. The difference often comes down to consistent care. By treating maintenance as an essential business practice and not just an afterthought, facilities can dramatically reduce their total cost of ownership.

More Than Just Watering

When people think about forklift battery maintenance, watering is usually the first thing that comes to mind. While proper watering is critical, it’s only one piece of the puzzle. True battery maintenance involves:

  • Equalization charging to balance the voltage between cells.
  • Checking electrolyte levels and specific gravity to ensure batteries are holding charge properly.
  • Inspecting cables, connectors, and terminals for signs of wear, corrosion, or damage.
  • Monitoring battery temperature to prevent overheating, which shortens battery life.
  • Cleaning to remove acid residue and debris that can cause shorts or corrosion.

Skipping these steps can lead to unsafe conditions, more frequent breakdowns, and ultimately, higher costs.

Save the Headache with a Planned Maintenance Program

For those using lead-acid batteries, managing maintenance in-house can be inconsistent and time-consuming. That’s why battery service suppliers like us a Beal, offer Planned Battery Maintenance Programs tailored for warehouses and industrial operations. These programs ensure your batteries are serviced on a reliable schedule so problems are caught early before they become costly failures.

Benefits of a planned maintenance program include:

  • Extended battery lifespan – Get the full value out of your investment.
  • Reduced downtime – Fewer unexpected breakdowns mean your operations run smoothly.
  • Predictable costs – Maintenance contracts help facilities budget more effectively.
  • Improved safety – Professional inspections reduce risks associated with battery leaks or failures.

This is especially beneficial for fleets but can provide value for facilities of all sizes.  For many facilities, the savings from covered repairs and avoided battery replacements can more than cover the cost of a maintenance contract. 

Consider Low-Maintenance Battery Options 

For facilities that want to reduce the time and resources spent on routine maintenance, lithium forklift batteries are worth considering. Unlike traditional lead-acid batteries, lithium batteries don’t require watering, equalization charging, or frequent cleaning. They charge faster, deliver consistent power throughout the shift, and typically last longer than lead-acid batteries.

Key benefits of lithium batteries include:

  • Lower maintenance demands – Free up staff and reduce the risk of human error.
  • Faster charging – Opportunity charging during breaks keeps equipment running longer.
  • Longer lifespan – Many lithium batteries can last twice as long as lead-acid batteries.
  • Energy efficiency – Less wasted energy and heat, lowering utility costs.

Lithium batteries may come with a higher upfront cost, but many facilities find the long-term savings in labor, energy, and replacement expenses make them a strong option. At Beal Industrial Products, we help customers weigh the pros and cons of different battery types to find the right solution for their fleet.

Why Beal Industrial Products is the Mid-Atlantic’s Trusted Provider

Not all service providers are created equal. At Beal, we combine decades of experience with a commitment to keeping your operations running at peak performance. Our team offers top-of-the-line batteries and specializes in battery surveys, preventive maintenance, and comprehensive service plans designed around your fleet’s unique needs.

Whether your operation relies on lead-acid batteries with planned maintenance or you’re considering a transition to low-maintenance lithium options, We are the partner you can count on. We proudly serve warehouses and industrial facilities throughout the Mid-Atlantic, helping businesses save money, improve efficiency, and protect their equipment investments.

Invest in Your Forklift Fleet’s Future

Forklift batteries are the heart of your material-handling equipment. By prioritizing maintenance, you’re protecting your entire operation.

If you’re ready to maximize the life of your forklift batteries and minimize downtime, talk to the experts at Beal Industrial Products. Our planned maintenance programs and battery expertise are the smart, cost-effective choice for warehouses and industrial facilities across Maryland and the rest of the Mid-Atlantic.

Contact Beal Industrial Products today to schedule a maintenance consultation and keep your fleet running strong.

Purchasing Batteries for Material Handling Equipment

battery powered forklift carrying heavy products in warehouse

From forklifts and pallet jacks to automated guided vehicles (AGVs), material handling equipment keeps warehouses and industrial operations moving. But none of that movement happens without the right battery behind it.

At Beal Industrial Products, Inc., we’ve seen firsthand how the right battery solution can increase uptime, lower maintenance costs, and reduce total cost of ownership. Since 1980, we’ve helped businesses across Maryland and the Mid-Atlantic region select, service, and maintain batteries tailored to their specific needs.

In this guide, we’ll walk you through the types of batteries available, key factors to consider, and how to get the most value from your battery investment.

Types of Batteries for Material Handling Equipment

Choosing the right battery starts with understanding the available technologies. While there are many niche options, the two primary types that dominate the material handling space today are lead-acid and lithium-ion. Each has its own strengths depending on your workload, infrastructure, and performance goals.

Lead-Acid Batteries

Lead-acid batteries have powered industrial equipment for decades and remain a popular choice in warehouses across Maryland and the Mid-Atlantic. Known for their reliability and lower upfront cost, lead-acid batteries are a solid option for operations with predictable schedules and existing charging infrastructure.

Why Choose Lead-Acid?
 These batteries are especially effective for single-shift operations or businesses with built-in maintenance routines. While they do require regular care—such as watering and cleaning—many businesses choose them for their proven track record and budget-friendly pricing.

Key Pros:

  • Affordable initial investment
  • Long service life when properly maintained
  • Widely available and compatible with most standard chargers

Key Considerations:

  • Requires scheduled maintenance and watering
  • Long charging time (typically 8+ hours)
  • Generates heat and gas during charging, which may require ventilation

Lithium-Ion Batteries

Lithium-ion batteries are rapidly gaining popularity in warehouses, distribution centers, and manufacturing facilities that need reliable power with minimal interruptions. These batteries charge quickly, require no maintenance, and offer extended service life—making them a top choice for high-demand, multi-shift operations.

Why Choose Lithium-Ion?
 If uptime and energy efficiency are your top priorities, lithium-ion batteries deliver. They support opportunity charging (during lunch or shift changes), eliminate the need for battery swaps, and reduce downtime due to maintenance. Though the initial cost is higher, the long-term savings often outweigh the investment.

Key Pros:

  • Fast charging—full charge in as little as 1–2 hours
  • Maintenance-free—no watering or cleaning required
  • Long battery life with consistent performance
  • Energy-efficient and space-saving

Key Considerations:

  • Higher upfront cost
  • May require compatible charging equipment
  • Best suited for operations looking to reduce downtime and labor

Considerations for Choosing the Right Battery: Different Batteries for Different Goals

Every operation is different—and so are your power needs. Choosing the best battery requires more than just picking the latest technology or the cheapest option. At Beal, we help you match the battery to the purpose, environment, and goals of your operation.

Here are a few examples:

  • Looking to reduce downtime? A lithium-ion battery may be the best choice with its quick charging and no need for mid-shift swaps.
  • Need to control upfront costs? Lead-acid batteries are more budget-friendly, especially if you already have compatible chargers.
  • Running a clean, tightly regulated facility? Lithium-ion batteries eliminate the mess and risks of traditional lead-acid.
  • Short-term project or seasonal workload? Choosing lead-acid or considering battery rentals might offer the best return without a long-term investment.

Still not sure? Beal Industrial Products offers personalized consultations to help you assess your goals and determine the best-fit power solution for your equipment and workforce.

Price vs. Value in Selecting Batteries

When it comes to investing in batteries for your material handling equipment, the initial price tag only tells part of the story. The true value of a battery lies in its total cost of ownership (TCO)—a long-term view that includes maintenance costs, lifespan, performance reliability, energy usage, and the risk of unexpected downtime.

One of the most overlooked factors in battery value is brand quality.

At Beal Industrial Products, we work with trusted manufacturers like East Penn, whose batteries are engineered for longevity, safety, and performance. In our experience, not all batteries are created equal—even if they appear similar on paper. Lower-cost, off-brand batteries may save you money up front, but can lead to:

  • Shorter operational lifespan
  • Inconsistent performance and voltage drops
  • Higher maintenance needs
  • Increased risk of failure during peak operations

On the other hand, investing in a reputable, proven battery brand like Deka ensures dependable performance and minimizes costly disruptions. Our team tests and recommends battery brands based on real-world use in the field—backed by our 40+ years of service experience in the Mid-Atlantic region.

When you buy from Beal, you’re not just buying a battery—you’re buying peace of mind, expert support, and long-term productivity.

Why Partner with Beal Industrial Products?

When it comes to powering your material handling equipment, you need more than just a product—you need a partner who understands your business. At Beal Industrial Products, we bring over 40 years of experience supplying industrial batteries, chargers, and support services across Maryland and the Mid-Atlantic.

We work with industry-leading manufacturers and carry a full range of battery solutions, from traditional lead-acid to cutting-edge lithium-ion. Plus, we offer:

  • On-site battery consultations
  • Preventive maintenance programs
  • Emergency service and battery replacements
  • Charger diagnostics and service
  • Battery rentals and accessories

Whether you’re upgrading a single forklift or outfitting an entire fleet, we’re here to help you choose smarter, save more, and work better.

Let’s Power Your Next Move!

Need help selecting a battery or building a long-term power strategy for your warehouse or facility? Contact Beal Industrial Products today. Our experts are standing by to help you find the right fit for your equipment—and your bottom line.

Motive Power Battery Rental & Leasing For Efficient Operations 

large supply of batteries waiting to be leased

As businesses look for flexible, cost-effective ways to power their material-handling equipment, motive power battery rental and leasing programs have become an attractive option. At Beal Industrial Products, we’ve seen firsthand how these programs can streamline operations, reduce upfront costs, and keep forklifts and pallet jacks running smoothly.

As the largest battery and charger company in Maryland, we want to help companies understand what motive power battery rental and leasing is so they can explore what option is best for their operations.

What Is Motive Power Battery Rental & Leasing?

Motive power batteries are rechargeable batteries used to power industrial vehicles like forklifts, electric pallet jacks, and automated guided vehicles (AGVs). Instead of buying batteries outright, rental and leasing programs allow companies to pay a regular fee for battery use, maintenance, and replacement.

In a “pay for power” (i.e. battery leasing) program, the battery supplier retains ownership of the battery and provides fully maintained units that we swap out on a schedule or as needed. These programs give companies access to all the batteries they need without the high costs of ownership.

Benefits of Battery Rental & Leasing

As operations grow, buying, maintaining and replacing batteries can become an unnecessary headache that slows down operations. Leaving this task to a professional company is not only convenient but it creates many additional benefits. Beyond simply outsourcing equipment, these models empower businesses with improved cash flow, professional support, and enhanced reliability. Here are the benefits your operations may see:

  1. Lower Upfront Costs. No large capital outlay—just predictable, manageable payments.
  2. Comprehensive Maintenance. Scheduled watering, cleaning, testing, and repairs are included, extending battery life and preserving performance.
  3. Automatic Replacements. When capacity drops below a certain threshold, we’ll swap in a fully charged, high-capacity battery to avoid downtime.
  4. Expert Support. Our technicians provide on-site services and troubleshooting, often included in the rental fee.
  5. Flexible Fleet Sizing. Easily scale up or down to match seasonal peaks, new equipment, or warehouse expansions.
  6. Regulatory Compliance. Lead-acid batteries require strict handling and disposal protocols—programs cover safe recycling and environmental compliance.

Together, these benefits translate into streamlined operations, fewer unexpected expenses, and a competitive edge in fast-paced warehouse and distribution environments.

When Is Battery Rental & Leasing Ideal?

Determining which operations gain the most from battery rental and leasing often comes down to the nature of the business and its equipment demands. Certain facility types and workflows place heavy, continuous stress on batteries—making subscription models especially advantageous for uptime, flexibility, and cost management. Let’s explore.

  • Large Warehouses & Distribution Centers: Facilities with extensive fleets of forklifts and pallet jacks require constant battery rotation to support high-volume order fulfillment. Leasing ensures fully charged spares are always on hand to keep trucks moving without interruption.
  • 24/7 & Multi-Shift Operations: Plants and logistics hubs running around the clock need rapid battery swaps between shifts. A rental program delivers on-site replacement batteries on a set schedule or emergency basis—ideal for continuous throughput.
  • Seasonal Distribution Hubs: Companies that ramp up for holiday peaks or promotional campaigns can temporarily lease additional battery units, then scale back during slower periods to avoid idle assets.
  • Short-Term Projects & Construction Sites: Temporary operations—assembly tents, pop-up warehouses, or remote project locations—benefit from pay-as-you-go battery access without long-term investment or disposal logistics.
  • Rapidly Expanding Operations: Startups or businesses adding equipment quickly can match battery counts to new trucks in real time, sidestepping the lead time and capital outlay of outright purchases.
  • High-Cycle Manufacturing Plants: Facilities with continuous, deep-cycle applications accelerate battery wear. Subscription programs include more frequent maintenance and replacements, preventing performance drops on the production line.

Each of these scenarios shares a need for flexible capacity, expert maintenance, and minimized downtime. By aligning battery programs with your specific facility type and equipment profile, you maximize ROI and operational resilience.

Ownership vs. Rental & Leasing: A Comparison

Making an informed choice between purchasing batteries outright and choosing a rental or leasing program can shape your operational efficiency, cash flow, and long-term flexibility. Below, we break down the key factors to help you decide which approach aligns best with your company’s needs and growth plans.

Upfront Investment
Battery ownership demands a substantial upfront capital outlay—purchasing batteries and charging infrastructure ties up funds immediately. By contrast, rental and leasing programs convert this into a predictable subscription fee, protecting cash flow for other operational investments.

Maintenance Responsibility
When you own batteries, your team or contractors must handle complex upkeep tasks—from watering and cleaning to load testing and repairs. With Beal Industrial Products’ lease plans, all maintenance is included: our technicians ensure each battery remains in peak condition, reducing the burden on your staff.

Replacement Planning
Owners must track battery health, budget for replacements, and manage end-of-life disposal and recycling. Rental and leasing customers receive automatic swap-outs once performance drops below agreed thresholds, and we handle safe recycling and disposal in full compliance with environmental regulations.

Scalability
Expanding battery fleets through ownership means purchasing additional units (and later selling surplus batteries), which can lead to idle assets or capital tied up. Leasing offers real-time flexibility: simply adjust the number of rented batteries to match your fleet’s needs, whether scaling up for peak demand or downsizing after project completion.

Technology Upgrades & Customization
Owning your batteries gives you complete control over specifications and chemistry choices—but also exposes you to technological obsolescence. With rental and leasing, you can access the latest battery chemistries (such as lead-acid or lithium-ion) without the full cost of replacement, and swap in specialized models to match unique equipment requirements.

Is Leasing Right for Your Operation?

If you value predictable costs, minimal downtime, and professional upkeep—and especially if you’re managing a tight budget or seasonal demands—battery rental or leasing could be a smart move. For companies in Maryland and the surrounding Mid-Atlantic region, partnering with Beal Industrial Products means local expertise, fast on-site support, and environmentally responsible battery management.

Ready to explore a tailored rental or lease program? Contact Beal Industrial Products today, and let’s power your lift trucks and material handlers for success—without the hassle of ownership.

Why Your Industrial Batteries Are Not Lasting

warehouse working inspecting low performing forklift battery

Warehouses, manufacturers, retail facilities and other industries that utilize industrial equipment like forklifts and pallet jacks depend on high-quality batteries that last. These batteries are designed to handle heavy workloads, yet many businesses find they don’t last as long as expected. 

When batteries don’t perform well, your facility loses productivity and valuable time. 

Understanding why this happens can help extend battery life and reduce costly replacements. Here are some key reasons industrial batteries wear out faster than anticipated and what you can do about it. 

1. Improper Charging Practices

One of the biggest culprits behind premature battery failure is improper charging habits. Industrial batteries, especially lead-acid ones, require full charge cycles to maintain optimal health. Frequent partial charging can lead to sulfation, which reduces the battery’s capacity over time.

Best Practice:

Follow the manufacturer’s recommended charging schedule and ensure batteries are charged fully before use. Avoid interrupting the charge cycle whenever possible.

2. Over-Discharging

Running a battery down to zero charge repeatedly can cause severe damage. Most industrial batteries are designed to be discharged to about 20-30% before recharging. Deep discharges increase the risk of sulfation and internal damage, shortening the battery’s lifespan.

Best Practice:

Recharge batteries when they reach around 30% capacity to prevent excessive wear and tear.

3. Lack of Proper Maintenance

Neglecting routine battery maintenance accelerates deterioration. For lead-acid batteries, failing to check and refill water levels leads to dry cells, overheating, and internal plate damage.

Best Practice:

Schedule regular battery maintenance, including checking water levels, cleaning terminals, and inspecting for corrosion.

4. Extreme Temperatures

Both excessive heat and cold can negatively impact battery performance. High temperatures cause batteries to overheat and degrade faster, while freezing temperatures can reduce capacity and slow down chemical reactions.

Best Practice:

Store and charge batteries in temperature-controlled environments whenever possible.

5. Using the Wrong Battery for the Application

Not all industrial batteries are created equal. Using a battery that doesn’t match the power demands of the equipment can result in overloading, excessive cycling, and faster wear.

Best Practice:

Ensure you’re using the correct battery type and capacity for your equipment’s power needs.

6. Mechanical Damage and Improper Handling

Rough handling, dropping, or improper installation can cause physical damage to the battery casing and internal components, leading to leaks and premature failure.

Best Practice:

Train employees on proper battery handling and storage techniques to avoid unnecessary damage.

7. Purchasing Low-Quality Brand Batteries

Cheaper, low-quality batteries often use inferior materials and manufacturing processes, resulting in shorter lifespans and poor performance. Investing in reputable battery brands can make a significant difference in longevity and efficiency.

Best Practice:

Choose batteries from trusted manufacturers with a proven track record for reliability and durability.

Improving Future Performance

Industrial batteries are a significant investment, and ensuring their longevity requires proper care and usage. By following best practices businesses can maximize battery lifespan and minimize costly replacements. Investing in employee training and maintenance schedules can go a long way in preserving battery performance and reducing downtime.

If you’re experiencing frequent battery failures, it may be time to reassess your battery management strategy and battery selection. 

At Beal Industrial, we can help you find high-performing industrial batteries and provide preventive battery maintenance to ensure your batteries are performing optimally. 

Battery Handling Equipment Considerations for Growing Fleets

As fleets grow, so do the complexities of managing their power needs. For industrial operations reliant on electric forklifts, pallet jacks, or other battery-operated machinery, having the right battery handling equipment is essential for maintaining efficiency, safety, and productivity. When scaling your fleet, it’s crucial to assess and adjust your battery handling setup to meet increased demands. 

Here’s a comprehensive guide to battery handling equipment considerations that can help ensure your growing fleet remains reliable and safe.

1. Assessing Battery Capacity Requirements

A growing fleet means a greater need for power. This often results in increased demand on your battery infrastructure, so it’s essential to evaluate your current capacity and forecast future needs:

As fleet demands grow, having spare batteries charged and ready is crucial to prevent downtime.

  • Identify the number and size of batteries you need to support additional equipment.
  • Calculate how quickly batteries deplete during daily operations
  • As fleet demands grow, having spare batteries charged and ready is crucial to prevent downtime.

2. Selecting the Right Battery Handling Equipment

Battery handling equipment is essential for smooth battery replacement, charging, and storage. Here are the key types of equipment to consider:

  • For particularly heavy or specialized batteries, lifting beams and slings offer a safe and secure means of transferring batteries to and from vehicles or charging racks.
  • For medium to large fleets, battery carts allow workers to quickly and safely remove, transport, and install batteries. Select a cart that matches your battery sizes and weight capacity to ensure safe handling.
  • A battery extractor can help automate battery changeouts, saving time and reducing the risk of injury.

3. Optimizing Battery Charging Stations and Storage Layout

An organized, efficient charging station layout is critical for ensuring batteries are always ready when needed.

  • Investing in sturdy storage racks for spare batteries minimizes damage risks and keeps the workspace organized. Make sure racks are easily accessible, secure, and support the weight and dimensions of your batteries.
  • Designate a dedicated charging area to streamline battery swap-outs and reduce workplace congestion. Plan for enough space to accommodate growing numbers of batteries and chargers.
  • Charging areas must have proper ventilation, especially for lead-acid batteries, which release hydrogen gas during charging. Sufficient ventilation reduces the risk of explosions and ensures compliance with workplace safety standards.

4. Emphasizing Workplace Safety for Battery Handling

Safety becomes more challenging as fleets grow and battery handling frequency increases. Here are some key safety considerations:

  • As your fleet grows, clearly defined emergency response procedures become increasingly important. Make sure all personnel are trained in battery spill containment, fire extinguisher usage, and other emergency protocols.
  • Ensure that employees handling batteries are trained on best practices, including wearing personal protective equipment (PPE), such as gloves and eye protection, and knowing how to respond to battery spills or leaks.
  • Regularly inspect handling equipment, chargers, and batteries for signs of wear or malfunction. Establishing a routine maintenance schedule can help prevent accidents and ensure all equipment is in top condition.

5. Planning for Technological Advancements

Battery technology is constantly evolving, with lithium-ion and other battery types becoming more common in industrial applications. These modern batteries have different handling requirements, including:

  • Consider investing in BMS-compatible equipment and monitoring software as part of your battery handling setup.
  • Ensure your handling equipment and charging stations are compatible.

6. Budgeting for Scalable Battery Solutions

Expanding battery handling capabilities for a growing fleet requires careful financial planning. 

Here’s what to consider:

  • While automated handling systems and advanced charging stations might require a larger initial investment, they often pay off through reduced labor costs, increased efficiency, and improved safety.
  • Choose equipment that can grow with your fleet. Opt for modular charging racks, for example, or adjustable battery extractors that can be upgraded as needs change.
  • Routinely assess if your current equipment meets your battery handling needs. Budgeting for periodic upgrades helps avoid bottlenecks and ensures you have the right equipment to support fleet expansion.

7. Leveraging Data for Optimized Battery Management

As fleets scale, battery data collection becomes invaluable for making informed decisions:

  • Data collected from battery usage and performance can inform predictive maintenance, allowing you to replace or service batteries before they fail and cause disruptions.
  • Using software to monitor battery cycles, charge rates, and health can help extend battery lifespan, reduce replacement costs, and optimize your handling strategy.

Strategic Battery Handling for a Growing Fleet

At Beal Industrial Products, we understand the unique challenges of managing industrial batteries and chargers. We’re here to help you select and implement reliable, efficient solutions that power your fleet as it grows.

If you’re ready to optimize your battery handling capabilities, contact us today for expert advice on equipment, setup, and support that ensures your fleet stays powered up and productive.

Finding The Best Electric Pallet Jack Batteries

warehouse working using an electric pallet jack to haul boxes

Finding the best electric pallet jack battery can be complicated. There’s several places to buy with multiple brands to choose from that offer all sorts of varying battery types. It can be a frustrating process when all you want to do is find the best quality battery. 

As an industrial battery supplier in Maryland, we know your pain, and we want to help you understand the ins and outs of batteries to find the best choice for your pallet jacks. 

Choose The Best Batteries For YOUR Needs

Before we dive into the different types of batteries and what’s best for different applications, it’s important to determine your needs. 

Are you looking for the cheapest battery? Do you want the highest-performing batteries to ensure quality operations in the long term? Have you considered the total cost of ownership as a factor in choosing the right batteries?

Here are some things to consider when looking for a new battery

  • Price
  • Brand
  • Performance
  • Warranty
  • Battery Type
  • Performance Features (fast charging, flooded battery, etc.)

Knowing what you value will help you find the right battery for your specific needs. Some businesses are looking for a short-term cheaper solution while others are looking to maximize the return on each dollar they spend. Use this as a determining factor for finding the right batteries.

The Best Batteries For Various Applications

The “best” battery can be subjective because different battery types are designed for different applications. One battery type may be very good for a facility that uses one pallet jack intermittently but would not be ideal for a facility that uses multiple pallet jacks and operates around the clock.

To help you find the right battery for your needs, it’s a good idea to understand which batteries are designed for which applications. 

The best affordable battery

deka d series battery

For something durable and reliable yet affordable, consider a traditional lead-acid battery. The D-series from Deka is a great example of a versatile battery designed with both quality and value in mind. If you’re looking for the best value battery, then purchase a high-quality traditional lead-acid battery. 

The best battery for maintenance savings

deka dominator maintenance-free gel battery

When looking to cut back on maintenance costs, consider a low-maintenance battery. A gelled-electrolyte lead-acid battery is one of the best choices when looking to save on maintenance costs. This type of battery does not require watering saving countless hours of manpower. 

The best high-performance battery

collection of lithium batteries for different applications

If you want the absolute highest-performing, long-lasting battery then opt for a lithium-ion pallet jack battery. These batteries offer higher energy density, longer lifespan, faster charging capabilities, and are practically maintenance-free. Lithium-ion batteries will cost more than a traditional lead-acid battery, but far exceed its performance in nearly every category.

What problem do you need to solve with your new batteries? We recommend speaking with a battery specialist to help uncover the right battery. But, keep this in mind. Some brands are better than others and will deliver a superior product.

Our pick as the best pallet jack battery brand

As an industrial battery supplier, we recommend Deka batteries. They’ve set the standard for reliability and quality in the industry. When you buy a Deka brand battery you know you are getting a quality product that you can depend on. 

If you’re looking for the cheapest batteries on the market, then you might want to look elsewhere. While Deka batteries are competitive, they are not the cheapest option available. However, they are worth the value if you consider the total cost of ownership. 

What type of battery are you looking for? How would you define the best battery for your particular operation?

The best way to find the perfect solution is to speak with an experienced battery supplier. They will be able to take your needs and find the right solutions. If your facility is located in the Mid-Atlantic, then give us a call. We can help you find the right battery solutions for your pallet jacks, forklifts and other motive equipment.

The Advantages of Lithium Batteries for Industrial Applications

collection of lithium batteries for different applications

The demand for lithium batteries in warehouses, manufacturing facilities, and other industrial applications has risen significantly over the past several years because of the amazing benefits they offer. 

Are you looking for a way to improve operational efficiency? Is your company looking to invest in new technologies that can help positively impact your bottom line? Have you heard of lithium batteries and want to explore their potential?

As your trusted industrial battery supplier, we want to help you understand lithium batteries, if they are worth the hype, and most importantly if they are worth it for you. Below we have highlighted several advantages and considerations of lithium batteries. If you have additional questions, don’t hesitate to reach out. 

Advantages of lithium batteries in industrial applications

Lithium batteries have become a much-needed upgrade in industrial spaces, driving efficiency and innovation across various sectors. From manufacturing to logistics, many sectors are adopting lithium batteries for the advantages they can bring. Here’s the advantages they are offering businesses. 

High Energy Density

One of the primary advantages of lithium batteries is their high energy density. This means they can store a large amount of energy in a relatively small and lightweight package. For industrial applications, this translates to longer operating times for equipment and devices without the need for frequent recharging. In sectors where downtime can be costly, such as manufacturing and warehousing, the high energy density of lithium batteries ensures continuous operations and improved productivity.

Long Lifespan

Lithium batteries boast a longer lifespan compared to traditional lead-acid batteries. They can endure hundreds to potentially thousands of charge-discharge cycles before their capacity significantly degrades. This longevity reduces the need for frequent replacements, leading to lower maintenance costs and less operational disruption. For industries like telecommunications, where reliability is paramount, lithium batteries provide a robust solution that supports uninterrupted service.

Fast Charging

In industrial settings, time is money. Lithium batteries offer rapid charging capabilities, significantly reducing the downtime associated with recharging. This is particularly beneficial in logistics and warehousing, where machinery like forklifts and automated guided vehicles (AGVs) need to be operational around the clock. With lithium batteries, these machines can be quickly recharged during short breaks, enhancing overall efficiency.

Decreased Maintenance (no watering)

Time spent on battery maintenance and watering lead-acid batteries can be a significant drain on both financial resources and manpower. Lithium batteries, however, do not require watering and have less maintenance demands. Most organizations either have a team dedicated to the watering and maintenance of batteries which requires manpower and poses a safety risk, or they hire out the service which can be a big expenditure. With lithium batteries, organizations can reduce their maintenance costs and risks associated with maintaining the batteries. 


Enhanced Safety Features

Modern lithium batteries are equipped with advanced safety mechanisms to prevent issues like overheating, overcharging, and short-circuiting. Innovations such as Battery Management Systems (BMS) ensure that lithium batteries operate safely under various conditions, providing a reliable power source for critical industrial applications. This is especially important in environments where safety is a top priority, such as chemical plants and mining operations.

Improved Total Cost of Ownership

Every organization has to balance immediate profitability with long-term profitability. Lithium batteries can be more expensive upfront but they offer a better long-term cost of ownership compared to traditional lead acid. Organizations can weigh the benefits of improved productivity, decreased maintenance costs, the potential of improved production or run time, and decreased downtime due to charging (if applicable) with the costs of purchasing new batteries for their vehicles to determine if the long-term benefits are worth it.

What you need to know before transitioning to lithium batteries

The advantages of lithium batteries are great, but before diving into purchasing lithium batteries for your vehicles, there are some things your organization should consider. 

New chargers may be needed

In addition to the battery, new charging equipment may be needed. A high-output battery charger with an opportunity charging function will allow for quick charging in short periods which is perfect for a 24/7 operation.

New training may be required

As with any new equipment or process training should be considered. Not only is this an important step in ensuring proper handling of the lithium batteries, it’s also a good opportunity to review overall safety and best practices. 

Battery Weight 

A secondary role for batteries is to balance the weight of equipment like forklifts. So keep in mind that lithium batteries tend to be lighter than lead batteries and can throw off this balance if not careful. If the lithium batteries you purchase are lighter than the batteries you are currently using, make sure to find an alternative weight source to ensure proper balance. 

Brand and Quality 

As the need for lithium batteries has grown, many companies have joined the marketplace. However, not all brands offer the same quality. When purchasing lithium batteries ensure you choose a reliable brand that offers high-quality batteries. This will make a difference in the power output and longevity of your batteries. As an industrial battery supplier, we offer DEKA batteries because we believe in the lifetime value their batteries provide to our clients.

Considering Lithium? Consult with a Trusted Battery Supplier

Transitioning to lithium can be a sizeable investment especially if your organization owns a large fleet of vehicles. To ensure a successful transition it’s best to consult with a trusted battery supplier. 

Working with a trusted battery supplier will save you time, money and headaches throughout the process. They can make sure you are purchasing a quality product and have everything you need for the switch.  

If your organization is in the Mid-Atlantic region, we would be happy to assist you in exploring lithium batteries for your business.