5 Reasons Why Your Business Needs Lead Acid Replacement Battery？

And flooded lead-acid (FLA) and absorbent gel mat (AGM) batteries make sense for many applications – for your finances, operations, and safety.

If you are looking for more details, kindly visit CH Tech.

But what are their pros and cons – and are they a sound investment for you?

In this blog post, you’ll learn five economic benefits of FLA and AGM batteries, including:

• Why are lead battery costs less than ½ the price of other battery chemistries?
• How FLA and AGM batteries reduce setup and installation costs
• Near Zero-Waste manufacturing techniques that lower your environmental impact and purchase price
• What you need to know about battery safety and fire mitigation
• Why FLA and AGM batteries are better for the environment – and your wallet

#1: Lower lifetime and upfront costs in most applications

Despite FLA and AGM batteries’ robotic assembly and proven track record, they’re generally 50% to 75% less expensive than comparable LI batteries.

Lead-based batteries typically offer more kWh of lifetime energy per dollar because they:

• Use ~80% recycled materials
• Don’t require expensive and difficult-to-extract metals (cobalt) or lithium brine
• Are already safe without needing expensive onboard BMS

Computerized modeling and robotic assembly revolutionized FLA and AGM batteries, improving lifespan, consistency, and performance.

Yet their underlying chemistry has over a century of safety, durability, and reliability in billions of installations. (For example, lead-based batteries start most of the world’s 1.47 billion cars – and partially or fully power most forklifts, golf carts, boats, and off-grid homes.)

#2: Easier, simpler, and cheaper installation and setup

Recyclable FLA and AGM batteries often feature straightforward, plug-and-play installation and require fewer additional components.

For instance, unlike Li-based batteries, FLA and AGM batteries don’t require Battery Management Systems (BMS) for safety.

You can often use existing fire safety equipment because lead-based batteries don’t suffer from the potential for multi-day thermal runaway or extreme temperatures in case of fire.

#3: Near-zero waste

Less waste = more resilient supply chains, greater manufacturing efficiency, lower pricing for you, and less pollution.

FLA and AGM batteries are 99% recycled – more than an aluminum can (source: US EPA’s “Advancing Sustainable Materials Management: Fact Sheet”)

Lead-based batteries require less mining because they incorporate approximately 80% recycled materials.

And in alone, Crown’s waste-reducing production equipment, processes, and engineering saved:

• 411,940 pounds (186,852 kg) of on-site materials recycled

• 1,441,790 gallons (5,457,768 liters) of wastewater reused through our 19-step filtration process
• 3,501 trees’ worth of fiber
• 865,074 Kilowatt hours of electricity -- enough to power 943 U.S. homes for a month (based on 11,000 kWh yearly usage per household; source: U.S. Energy Information Administration’s Residential Energy Consumption Survey)
• 700 cubic yards (535.18 cubic meters) of landfill averted - enough to cover a U.S. football field in 3 inches (7.62 cm) of recycled material
• 84,448 gallons (383,908 liters) of fuel saved

We pass some of those savings on to you – and reinvest the rest in further waste reduction and energy efficiency programs – a virtuous cycle.

Get your copy of the Zero Battery Waste Guide to find out which batteries reduce waste – and lower your energy storage costs.

#4: Disposal costs

All batteries die – but only some offer free recycling Let’s compare:

OPTION 1: FLA and AGM battery recycling is almost always free or nets you a profit… because the process is streamlined, mandatory, and profitable for recyclers.

OPTION 2: Lithium-based batteries face numerous hurdles to universal and profitable recycling… so you may foot the bill.

Eventually, emerging battery chemistries like lithium-ion (LI) and Lithium-ion phosphate (LiFePO4) will require recycling – just like lead-acid batteries.

But today, they don’t.

And LI battery recycling faces critical roadblocks:

• Fire hazardous complicate collection, transportation, and storage
• Lacking national collection infrastructure
• Difficulty sorting and disassembling batteries
• Inefficiency of existing recycling methods
• Low material value of most internal components (heavy metals like cobalt are being phased out, slashing the profitability of recycling)

With so many logistical, technical, and legislative hurdles…

… 95% of lithium-ion batteries today end up in a landfill. (Source: Chemical & Engineering News’s “It's time to get serious about recycling lithium-ion batteries”)

When spent LI batteries aren’t collected or recyclable, valuable materials like lithium need to be mined new. These resources are difficult to extract – at a heavy price for local communities and the environment. And as demand increases, supplies will come from increasingly remote and difficult-to-extract-from areas, increasing environmental and monetary costs.

We’ve already seen several LI battery users forced to pay disposal fees for spent batteries.

And unless universal battery collection and recycling become possible and profitable, you could face unexpected costs at the end of LI batteries’ life.

#5: Safety and Fire Mitigation

No matter which batteries you choose, battery safety is critical to protect yourself, your loved ones, and your employees.

Recyclable lead-based batteries have 100+ years of safe operation because:

• They aren’t vulnerable to large-scale thermal runaway, unlike LI models. (Li-based batteries are at greater risk of fires and explosions primarily due to higher energy density.)
• You’re protected by decades of published safety standards and best practices.

• Because FLA and AGM batteries aren’t prone to catastrophic thermal runaway, you won’t be subject to possible property/fire insurance price hikes aimed at LI-based batteries.
• Firefighters are already familiar with and equipped to extinguish FLA and AGM fires.
• There is virtually zero risk of lead battery electrolyte ignition in extreme cold.
• Lead battery cases enclose or seal in chemicals, protecting users.
• FLA and AGM batteries are so safe, they’re even permitted in airplane cargo holds. (Note that lead-based batteries require proper ventilation when in use.)

BONUS: Proven longevity in the field – not just in the laboratory

If something sounds too good to be true, it probably is.

Let’s look at how to tell the difference between battery longevity claims and reality:

Some battery chemistries make unsubstantiated lifespan claims – think, “10 years no matter what” – based solely on computerized models or accelerated laboratory tests.

While predictive testing is important for testing and validation, it doesn’t necessarily reflect the real world.

Although there’s little data to substantiate most 10-year battery lifespan claims, scientists and engineers have ample data about battery aging patterns:

All batteries lose capacity when they age. However, lithium-ion models are susceptible to significant increases in resistance, which can adversely affect performance, especially in short-duration applications. For instance, a mere 20% decrease in capacity can elevate DC resistance to levels surpassing 60%. (In comparison, AGM batteries with a similar 20% capacity reduction often see internal resistance rise by only around 30%.)

Take marketing claims and warranties with a grain of salt UNLESS battery manufacturers:

• Back up claims with real-world results
• Tell you the truth about which variables affect battery lifespan
• Stand behind strong, written warranties
• Have been in continuous operation for longer than their warranty period – or, if they’re startups, provide third-party insurance to protect your claim

Crown batteries have been field-tested and proven reliable for nearly 100 years, from Fortune 500 warehouses and communications towers to off-grid homes and cities, mining and military applications, and electric vehicles.

For more Lead Acid Replacement Battery(ar,bg,pl)information, please contact us. We will provide professional answers.

Crown batteries are engineered and assembled in the USA at our ISO :-certified headquarters in Fremont, OH.

We tell you the truth: Battery lifespan varies based on several factors, including: engineering and assembly, quality of installation and ventilation, operating and charging temperatures, sizing and depth of discharge, and maintenance.

In many installations, AGM and FLA batteries typically last 3 to 7 years. In optimal conditions, they can last longer than a decade.

We’ll be here long after *any* battery on the market – and we’ve been in continuous operation since .

And unlike startup battery manufacturers dependent on the next round of venture capital funding or quarterly reports…

Multiple generations of customers trust Crown Battery’s strong, written warranties and helpful US-based support.

Ultimately, only you can choose which batteries make sense for you.

Stop right there. 

If you’re right around the corner from purchasing electric forklifts for your business, there are a few things you should know before you do.

A lot of smart businesses are choosing electric for all the right reasons.

But there’s one type of electric forklift that’s an absolute game-changer - those with lithium-ion batteries.

Stay tuned to learn more about why and how they might make a difference in your business.

Li-ion Batteries - Not Your Granddad’s Batteries

The only thing more important than the power source for your forklift is the person operating it.

Lead-acid batteries are the traditional electric option and it’s been that way for years, back to the release of electric forklifts around the s. They’ve proven to be reliable, and improvements have been made over time to make them more suitable to rugged operations, though they do require a lot of maintenance.

Lithium-ion batteries were not mass-produced until the s and are built around smarter, cleaner, more efficient technology that has advanced even further today.

In fact, this is the same tech that powers Tesla’s electric vehicles. In other words, they’re not your grandad’s batteries.   

The 5 Benefits of Switching to Li-ion

Truth be told, there are more than five reasons to switch, but before we go any further, we can tell you right now the best way to make an informed decision yourself.

If you have anybody you know who has made the switch to li-ion, call them. The countless people that we’ve seen make the switch to li-ion are excited about the difference it makes, for the reasons we’ll cover below.

1. Li-ion batteries are low maintenance

For a lot of people we talk to, this is the biggest difference - they love the fact that little to no maintenance is required.

Lead-acid batteries contain a balance of acid and water, and when that acid sinks to the bottom (a regular occurrence), that’s when the battery needs to be equalized. If you have these batteries, you’re probably already familiar with this process, because it happens maybe once a week. And when it does, the forklift doesn’t hold a charge nearly as well.

Also, the fluid levels need regular checking, and the temperature must be carefully regulated with cool-down periods. If not, the life of the battery will be reduced. Lithium-ion batteries, on the other hand, have no fluid, no trouble with reasonable temperature changes, and they equalize themselves.

Not only will you save money that would have otherwise been spent on regular maintenance, but you’ll also save on energy bills thanks to li-ion battery's high energy efficiency.

2. Li-ion forklifts run longer

Want to increase your team’s productivity? Li-ion batteries have longer run times, which means fewer interruptions and more spent time doing tasks that add value, rather than charging forklift batteries.

Li-ion performance does not decrease over time as the battery discharges, unlike FLA batteries. 

3. Li-ion forklifts are easier to charge

It’s important that operators monitor battery power on any electric model. However, for lead-acid batteries, the forklift must not be used past the 30% mark, with some manufacturers recommending that operators don’t go under 50%. 

Lead-acid batteries can be used until the 20% mark before they require charging, another factor that reduces downtime and increases team productivity. Also, li-ion batteries don’t need to be swapped out as FLA batteries do. Li-ion batteries charge faster and allow operators to “opportunity charge,” which is to say they can charge in-between break times since no cooldown period is required.

(Charge Time Source)

4. Li-ion forklifts have longer lifespans

Li-ion forklifts have longer lives than their lead-acid counterparts.

Whereas a lead-acid battery model might last 1,500 cycles under normal conditions, a li-ion battery model should last between 2,000 and 3,000.

5. Li-ion forklifts are safer for the environment and people

Of course, any electric option is going to be cleaner than the fumes that come from combustion engines, so this point is especially important to businesses who care about their environmental and community impact. 

Since lead-acid batteries are made of lead and sulfuric acid, they still pose a few risks that li-ion batteries don’t. If improperly handled, the fluid could spill. And charging stations must be carefully vented because, as the batteries charge, they heat up and can produce fumes.

If you’re capable of replacing your FLA battery charging station area, you can open up room for additional storage, which is something just about every business can appreciate. Especially if it means less clutter in high-traffic areas.

2 More Things You Should Know About Lithium-ion Forklifts

Now, to be transparent, li-ion forklifts do cost more upfront, but they quickly pay for themselves in the amount saved on maintenance alone, not to mention other factors, such as increased productivity and energy efficiency.

And the last thing you should know is that we have several strong OEM partners that offer a wide variety of li-ion solutions, not just forklifts. Depending on what your business needs, from walkies to 80V industrial forklifts, our team of experts, backed by our partners, is here to help you learn more so that you can make the best choice for your business. 

If you’re ready to find out how you can implement li-ion into your fleet, contact us online or by today and we’ll be more than happy to help.

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