Question 1

How long can I expect my Best Hybrid Battery last?

Accepted Answer

We expect our hybrid batteries to last 5 years or longer in most cars. It really depends, however, on many factors that are difficult to predict. We give our products the strongest warranty in the industry and will be here to support you should anything happen.

Question 2

Are remanufactured hybrid batteries lower priced because they are lower quality?

Accepted Answer

Short answer: No—remanufactured hybrid batteries are not lower priced because they’re lower quality.
Why remanufactured batteries cost less (without cutting corners)
Remanufactured hybrid batteries are more affordable because we reutilize durable, non-wearing components of the original battery pack—items like the case, wiring harnesses, bus bars, relays, and control electronics. These parts are designed by the manufacturer to last the life of the vehicle and don’t degrade the way battery cells do.
The battery cells themselves are replaced, tested, balanced, and validated to meet strict performance standards. The result is a battery that performs like new—without the unnecessary cost of replacing components that don’t need replacing.
Like-new performance, proven longevity
At Best Hybrid Batteries, our fully remanufactured hybrid batteries are restored to like-new condition and backed by robust testing and warranty coverage. In real-world use, many customers see 8–10 years of reliable service, even beyond the warranty period.
Quality you can trust

Rigorous testing for capacity, voltage, and load performance

OEM-grade components reused where appropriate

Environmentally responsible by reducing waste and conserving resources

The bottom line
Remanufactured hybrid batteries are lower priced because they’re smarter and more sustainable, not because they’re inferior. You get dependable performance, long service life, and significant savings—often matching or exceeding expectations for brand-new packs.
If you’d like, I can explain our remanufacturing process step by step or help you compare remanufactured vs. new options for your specific vehicle.

Question 3

How do your batteries compare to the batteries sold by the dealer?

Accepted Answer

The batteries that we offer are significantly less expensive, have longer warranty periods, and have equal performance to the batteries sold by the dealer.

Question 4

How does Best Hybrid Batteries insure best environmental practices?

Accepted Answer

How Best Hybrid Batteries Ensures Best Environmental Practices

At Best Hybrid Batteries, environmental responsibility is a core part of how we operate—not an afterthought. Hybrid batteries contain valuable materials that should never end up in landfills, and we take concrete, measurable steps to ensure they are handled the right way.
A Proven Commitment to Recycling
Our recycling efforts have grown significantly over time, reflecting both our growth as a company and our commitment to sustainability:

2016: Over 5,000 pounds of spent hybrid batteries responsibly recycled

2020: Recycling volume increased to 20,000 pounds

2025: More than 60,000 pounds of used batteries recycled

Each battery recycled represents less hazardous material in the environment and fewer newly mined resources needed for future batteries.
Responsible Battery Disposal Program
We maintain a dedicated recycling program for all used hybrid batteries returned to us. None are sent to traditional landfills. Instead, every battery is processed through our certified recycling partner to ensure proper handling from start to finish.
Materials Recovery & Reuse
Our recycling partner fully dismantles each battery pack, carefully separating and extracting the internal metals. These recovered materials—such as nickel and other reusable metals—are then reintroduced into the manufacturing supply chain to help produce new batteries. This closed-loop approach reduces waste, conserves natural resources, and lowers the overall environmental impact of hybrid vehicle ownership.
Supporting a Cleaner Future
By prioritizing recycling and responsible materials management, Best Hybrid Batteries helps protect soil, water, and air quality while supporting the long-term sustainability of hybrid technology.
If you have questions about our recycling process or how to return a used battery, our team is always happy to help.

Question 5

How do hybrid batteries and their disposal affect the environment?

Accepted Answer

With so many hybrid vehicles on the road today we have a responsiblity to make sure the batteries in these vehicles are disposed of properly. The battery types found in most hybrid vehicles should not be disposed of in a traditional landfill in order to avoid contaminating the soil and water for future generations. These batteries can be recycled to properly dispose of them.

Question 6

How do I know if my battery needs to be replaced?

Accepted Answer

The first step is to get the diagnostic trouble codes (DTCs) on the car at the dealer, a competent mechanic, or even for free at a local auto parts store. You can then research the codes online or call us and we can help interpret what the codes mean. When the battery fails several lights will turn on on the dashboard and the engine will be working more than usual. The battery indicator on the dash may go from full bars to one and back again rapidly.

Question 7

What if I receive my order and it’s the wrong battery?

Accepted Answer

If we were to send you the wrong battery, please notify us immediately and we will work with you to send the correct battery as soon as possible at no cost to you.

Question 8

Do you offer local pick up?

Accepted Answer

Yes, if you would like to pick up directly from our warehouse please select that option during check out.

Question 9

What if my battery is not in stock when I’m ready to order?

Accepted Answer

Please place the order anyway. This will allow us to start assembly of your product and it will be ready to ship in 1-3 business days.

Question 10

What is the average lead time?

Accepted Answer

The majority of our products are in stock and are ready to ship the next business day.

Question 11

Can I cancel or return my order once it is placed?

Accepted Answer

Best Hybrid Batteries is committed to 100% customer satisfaction. If you are unsatisfied in any way, you may return your purchase within 30 days of the original purchase date. No questions asked, and no restocking fees. To request a return please follow the terms and procedures of our Return/Refund policy.

Question 12

Why do you want my old battery?

Accepted Answer

Why do you want my old battery?
We ask for your old hybrid battery because it plays a critical role in our remanufacturing and sustainability process.
When a hybrid battery fails, the battery cells are replaced entirely, but many of the other components are still in excellent condition and can be safely reused. These include:

Battery case and covers

Bus bars

Relays and contactors

Battery control computers

Wiring and hardware

By reclaiming and remanufacturing these components, Best Hybrid Batteries is able to reduce waste, conserve raw materials, and keep high-voltage battery components out of landfills. This approach is both environmentally responsible and cost-effective, allowing us to offer high-quality replacement batteries at a lower price than brand-new packs.
What is a core charge?
If you choose to keep your old battery, an additional core charge is required. This charge offsets the loss of reusable components that would otherwise be returned into our remanufacturing stream. Returning the core helps us continue producing reliable batteries while maintaining sustainable practices.
The bottom line

Returning your old battery supports recycling and sustainability

It allows safe reuse of valuable components

It helps keep replacement costs lower for everyone

Your old battery still has value—and by returning it, you’re helping close the loop on hybrid battery recycling while supporting a cleaner, more responsible automotive future. ♻️

Question 13

Do I have to pay a Core Charge? How does that work?

Accepted Answer

Our battery prices include exchange or your old core battery when you purchase our replacement battery. If we are installing the replacement battery for you, there will not be a core charge. If we are shipping your replacement battery, we do add a $500 refundable core charge. If you were to send us your core battery first this would not be necessary. All core charges are refunded upon receipt of your core.

Question 14

Do you offer financing for purchases?

Accepted Answer

Yes, we do offer financing through our electronic payment providers. If this is something you are interested in please contact us so that we can arrange it for you.

Question 15

Is shipping included in the price of the battery?

Accepted Answer

Outbound shipping of your battery purchase is not included in the price of the battery, but we do include a pre-paid label for return shipping of the core battery. Shipping costs will be displayed at check out.

Question 16

Are Hybrid Batteries dangerous to ship?

Accepted Answer

No, these batteries are completely safe to ship via ground shipping.

Question 17

How will my order ship?

Accepted Answer

We ship our batteries in a re-usable packaging via ground shipping. All shipping includes a pre-paid return label to ship the core back in the same packaging.

Question 18

What if my shipment is damaged in transit?

Accepted Answer

We take every precaution to prevent this, but In the event that the product is damaged during shipping please notify the shipper and Best Hybrid Batteries and we will work with you to resolve the issue as quickly as possible without any cost to you.

Question 19

What is the average ship time?

Accepted Answer

The average time for delivery is 2 days, but may be shorter or longer depending on your location.

Question 20

When can I expect to receive my battery?

Accepted Answer

All orders for in-stock products will ship the next business day from our warehouse, and depending on your location will arrive within 1-4 business days. Select products listed as not in-stock simply require assembly prior to shipping and will ship within three business days of the order date.

Question 21

What is the warranty on your re-manufactured batteries?

Accepted Answer

We confidently offer the best warranties in the business. We guarantee our replacement batteries for 3 years with unlimited mileage. Our hybrid batteries are built to last with the latest technology available anywhere in the world today. Please read our complete warranty policy for more information.

Question 22

Does the warranty differ based on the battery ordered?

Accepted Answer

No, although some other companies remanufacture different levels of battery quality for a single vehicle, at Best Hybrid Batteries we believe in a different approach. Each battery we manufacture represents who we are, and our mission is to build "Only The Best" hybrid battery packs for our customers each time - because that is what you deserve.

Question 23

How does our warranty compare to the warranties offered by the dealer?

Accepted Answer

Batteries purchased at the dealership are warrantied for one year, while our hybrid batteries carry a 3 year warranty.

Question 24

How do I know if my battery can be repaired instead of needing to be replaced?

Accepted Answer

How Do I Know If My Hybrid Battery Can Be Repaired Instead of Replaced?

In many cases, a hybrid battery can be repaired or reconditioned rather than fully replaced—but it depends on several important factors. Hybrid batteries don’t usually fail all at once; instead, individual modules or cells degrade over time. If the overall pack is still in good condition, targeted repair or reconditioning may be a cost-effective solution.
Key Factors That Determine Repair vs. Replacement
Vehicle type and battery designSome hybrid battery packs are more modular and easier to repair than others. Certain models respond very well to reconditioning, while others may be less suitable due to design or availability of compatible components.
Mileage and age of the vehicleLower- to mid-mileage vehicles often benefit the most from repair or reconditioning. As mileage increases, widespread cell degradation becomes more likely, which can make full replacement the better long-term option.
Driving conditions and usage patternsFrequent short trips, extreme temperatures, extended periods of inactivity, or aggressive driving can accelerate battery wear. These factors help determine whether the battery has localized issues or system-wide degradation.
Diagnostic resultsBattery diagnostic testing can reveal whether the issue is limited to a few weak modules or if the entire pack has reached the end of its service life. This information is critical before making a recommendation.
The Bottom Line
We can recondition and repair many hybrid batteries, but in some cases, reconditioning may not be the most reliable or economical solution. The right choice depends on your specific vehicle, how it’s been driven, and its current condition.
If you’d like to know whether battery repair or reconditioning is an option for your hybrid, the best next step is to call and speak with one of our specialists. They can review your vehicle details, discuss your symptoms, and help you decide on the most practical and cost-effective path forward.

Question 25

What is your re-manufacturing process?

Accepted Answer

What Is Your Remanufacturing Process?

At Best Hybrid Batteries, our remanufacturing process is designed to deliver reliable, high-quality hybrid battery packs while minimizing environmental impact. Rather than discarding entire battery assemblies, we carefully reuse and restore components that are still in excellent condition. This approach benefits both our customers and the environment.

Step 1: Core Battery Collection
When a hybrid battery fails, we collect the original (core) battery. This core is essential to our process because many components are still perfectly serviceable and designed for long-term use.

Step 2: Complete Disassembly & Inspection
Each battery pack is fully disassembled. All components are individually inspected, tested, and evaluated to determine whether they meet strict remanufacturing standards.
Reusable components typically include:

Battery case and covers

Bus bars and wiring

Relays and contactors

Battery control computers and sensors

Any component that does not meet specifications is responsibly recycled.

Step 3: Replacement of Battery Cells
While many components are reusable, all battery cells are replaced. The cells are the most wear-sensitive part of the system, so installing properly matched cells ensures performance, reliability, and longevity comparable to a new battery.

Step 4: Reconditioning & Cleaning
Reusable components are thoroughly cleaned, treated, and reconditioned. Electrical connections are restored to proper conductivity, and protective measures are applied to prevent corrosion and future degradation.

Step 5: Reassembly & Quality Testing
The battery pack is carefully reassembled and subjected to multiple tests, including:

Voltage and balance checks

Load and performance testing

Safety and fault verification

Only batteries that pass all tests are approved for sale.

Step 6: Responsible Recycling
Any components that cannot be reused are sent to certified recycling partners. Valuable metals are recovered and reused in the manufacturing of new batteries, keeping hazardous materials out of landfills.

Why Remanufacturing Matters

Environmental sustainability – Reduces waste and conserves raw materials

Cost efficiency – Lower cost than brand-new batteries without sacrificing quality

Proven reliability – New cells combined with OEM-grade components

Reduced carbon footprint – Less energy required than full new manufacturing

Our remanufacturing process allows us to deliver dependable hybrid batteries while supporting responsible environmental practices. It’s a smarter solution for your vehicle—and for the planet.

Question 26

I don't want to install the battery, can you install it for me?

Accepted Answer

Yes — you have several hassle-free installation options available.

We Can Install the Battery for You
If you’re able to bring your vehicle to our facility, Best Hybrid Batteries will professionally install the battery for you. Our experienced technicians handle the entire process safely and efficiently, so you don’t have to worry about tools, high-voltage procedures, or disposal of the old battery.
Mobile Installation Service
In some parts of the U.S., we also offer mobile installation. A trained technician comes directly to your home or workplace and installs the battery on-site—saving you time and eliminating the need to tow or drive your vehicle.
White Glove Installation Option
If mobile service isn’t available in your area, we can coordinate installation through a trusted local auto repair facility using our White Glove Service. We’ll help ensure the shop has everything they need to complete the installation correctly and efficiently.
👉 Bottom line: You don’t need to install the battery yourself. Whether in-shop, mobile, or through a local partner, we’ll make sure your hybrid battery is installed properly and with minimal effort on your part.

Question 27

My hybrid battery has failed, what are my options?

Accepted Answer

When a hybrid battery fails, it can feel overwhelming—but the good news is that you have clear, proven options. The right choice depends on your vehicle, mileage, symptoms, and long-term goals. Here’s how to think about it.

Option 1: Replace the Hybrid Battery (Most Common Solution)
In most cases, installing a replacement hybrid battery is the best and most reliable option.

Our replacement batteries are manufactured specifically for your vehicle

Guaranteed proper fit and compatibility

Designed to provide years of trouble-free operation

Backed by warranty and professional support

This option restores your vehicle to normal operation quickly and minimizes the risk of future battery-related issues.
Best for:Vehicles with high mileage, multiple failing modules, or complete battery failure.
Option 2: Recondition or Repair the Existing Battery
In some situations, your battery may still be a candidate for reconditioning or targeted repair rather than full replacement.

Reconditioning can restore performance if the battery is degraded but not fully failed

Repairs may be possible if only a limited number of battery modules are affected

Lower upfront cost compared to full replacement

However, repairs are not always the best long-term solution. Depending on the age and condition of the battery, a repair may only extend life temporarily.
Best for:Lower-mileage vehicles or batteries showing early signs of failure rather than complete shutdown.
How Do You Know Which Option Is Right?
That’s where experience matters. Based on:

Your vehicle make and model

Mileage and driving conditions

Diagnostic trouble codes

Overall battery health

We can help determine whether replacement or repair/reconditioning makes the most sense for your situation.
Bottom Line
If your hybrid battery has failed:

Replacement is usually the most dependable and long-lasting solution

Repair or reconditioning may be an option in select cases

Either way, you’re not guessing—we’ll guide you toward the solution that gets your hybrid back on the road safely and cost-effectively.

Question 28

Toyota Prius 2010-2015 Hybrid Battery Resources

Accepted Answer

2010-2015 Prius Best Hybrid Battery Installation Instructions

Question 29

Toyota Prius 2004-2009 Hybrid Battery Resources

Accepted Answer

Step by step instructions for Toyota Prius 2004-2009 Hybrid Battery

Question 30

Toyota Prius 2001-2003 Hybrid Battery Resources

Accepted Answer

🔧 Installation Instructions
2001–2003 Toyota Prius Hybrid Battery

⚠️ Important Safety NoticeHybrid batteries contain high voltage. These instructions are provided as a general guide. If you are not comfortable working with automotive electrical systems, we recommend professional installation.

⏱️ Estimated Install Time
1–2 hours
🧰 Tools Needed

Trim removal tool

10 mm socket & ratchet

12 mm socket & ratchet

Flat-blade screwdriver

Safety gloves

Step-by-Step Installation Overview
1️⃣ Vehicle Preparation

Open the trunk

Remove trunk mats

Remove left and right trunk fabric panels by popping out the plastic rivets

2️⃣ Disconnect the 12V Battery

Using a 10 mm socket, disconnect the negative (black) cable from the 12V battery on the driver side of the trunk

3️⃣ Disable the High-Voltage System

Remove the orange service disconnect plug from the hybrid battery

Set it aside safely

4️⃣ Disconnect Electrical Connections

Disconnect the three electrical connectors on the back of the hybrid battery

5️⃣ Remove Rear Seat Components

Remove rear seat bottom and seat back using a 12 mm socket

Remove the two metal brackets behind the seat back using a 10 mm socket

6️⃣ Remove Battery Covers

Pop off plastic trim rivets holding the fabric battery cover

From the rear seat area:

Remove three 10 mm nuts securing the battery cover

Unlock the orange safety clip using the service plug

Remove the cover

7️⃣ Disconnect High-Voltage Cables

Remove 10 mm bolts securing the high-voltage leads

Move cables safely out of the way

8️⃣ Unbolt the Battery

Remove all 12 mm mounting bolts from:

Front and rear of battery

Left and right mounting brackets

9️⃣ Remove Cooling Components

Remove 10 mm screws securing the cooling fan duct

Disconnect the white cooling fan connector

Remove the cooling air exhaust vent bolt on the passenger side

🔟 Remove the Battery

Lift the driver-side end slightly

Slide the battery toward the trunk to clear the hump

Carefully remove the battery through the trunk opening

⚠️ The hybrid battery is heavy. Use proper lifting technique or assistance.

🔄 Installing Your Replacement Battery
Install your Best Hybrid Batteries replacement by following the same steps in reverse order.
✔️ Ensure all electrical connectors are fully seated✔️ Reinstall the orange service plug completely✔️ Reconnect the 12V battery last

📞 Need Help?
Our support team is happy to assist:

Phone: (708) 669-9402

Toll Free: (800) 770-8832

Email: support@besthybridbatteries.com

✅ Professional Tip
If the battery failure is clearly diagnosed, any competent mechanic or experienced DIY installer can complete this installation safely and efficiently.

Question 31

Toyota Camry 2012-2017 Hybrid Battery Resources

Accepted Answer

Step by step instructions for Toyota Camry 2012-2017

Question 32

Toyota Camry 2007-2011 Hybrid Battery Resources

Accepted Answer

Step by step instructions for Toyota Camry 2007-2011 Hybrid Battery

Question 33

2010-2015 Lexus RX 400H Hybrid Battery Resource

Accepted Answer

Step by step instructions for 2010-2015 Lexus Rx400h Hybrid Battery

Question 34

Honda Accord 2005-2007 Hybrid Battery Resources

Accepted Answer

Step by Step Instructions for 2005-07 Accord Hybrid Battery

Question 35

2011-2013 Highlander Hybrid Battery Resource

Accepted Answer

View our simple instructions on installing your 2011-2013 Toyota Highlander Hybrid Battery DIY.

Question 36

2008-2010 Highlander Hybrid Battery Resource

Accepted Answer

View our simple instructions on replacing your 2008-2010 Highlander Hybrid Battery

Question 37

2005-2007 Highlander Hybrid Battery Resource

Accepted Answer

Step by step instructions for Highlander 2005-2007 Hybrid Battery installation.

Question 38

Ford Fusion and Energi 2013-2015

Accepted Answer

Step by step instructions for Ford Fusion and Energi 2013-2015 Hybrid Battery installation.

Question 39

Ford Fusion 2010-2012 Hybrid Battery Installation Instructions

Accepted Answer

Step by step instructions for Ford Fusion 2010-2012 Hybrid Battery installation.

Question 40

Ford C-Max 2013-2018 Hybrid Battery Resources

Accepted Answer

Step by step instructions for Ford C-Max 2013-2018 Hybrid Battery installation.

Question 41

2008 - 2013 Tahoe, GMC Yukon, Cadillac Escalade

Accepted Answer

Step-by-step installation instructions for the 2008 - 2013 Chevrolet Tahoe, GMC Yukon, Cadillac Escalade

Question 42

Honda Civic 2006-2011 Hybrid Battery Resource

Accepted Answer

Use this helpful guide when installing your own  Honda Civic 2006-2011 Hybrid Battery

Question 43

What is the Typical Hybrid Battery Life?

Accepted Answer

What Is the Typical Hybrid Battery Life?

Hybrid vehicles are still relatively young compared to traditional gasoline cars, and the technology continues to improve every year. Because of this, it’s difficult to predict an exact lifespan for every hybrid battery. That said, we do have solid guidance from manufacturer warranties and long-term real-world data.
Manufacturer Warranty Expectations
Most hybrid batteries are covered by the manufacturer for at least 8 years or 100,000 miles. In some states and on certain models, that warranty extends to 10 years or 150,000 miles. These warranties are a strong indicator of the minimum lifespan manufacturers expect under normal driving conditions.
Real-World Battery Longevity
Real-world studies and customer experiences show that many hybrid batteries last well beyond their warranty period. In some cases, batteries have remained functional up to 200,000 miles or more. For some drivers, it’s possible they may never need to replace their hybrid battery at all.
Performance Degradation Over Time
While complete battery failure is not always common early on, performance degradation often begins well before 100,000 miles. This may show up as:

Reduced fuel economy

Shorter electric-only operation

Increased engine run time

Some batteries eventually fail outright, while others simply lose efficiency gradually.
Extending Battery Life
Having your hybrid battery reconditioned around 50,000 miles can help restore lost capacity, improve overall efficiency, and significantly reduce the likelihood of premature failure. Preventive care can make a noticeable difference in long-term performance and reliability.
Bottom Line

Typical warranty: 8–10 years / 100,000–150,000 miles

Common real-world lifespan: 150,000–200,000 miles

Performance decline: Often starts before 100,000 miles

Maintenance option: Reconditioning can extend usable life

If you’re noticing early signs of battery degradation, addressing them sooner rather than later can help you get the most value and longevity from your hybrid vehicle.

Question 44

Honda Civic 2003-2005 Hybrid Battery Resource

Accepted Answer

We have created a step by step guide to installing your own Honda Civic 2003-2005 Hybrid Battery.

Question 45

The Pros and Cons of Hybrid Cars

Accepted Answer

Introduced in late 1999 as part of the 2000 model year, hybrid cars have been widely touted as the green, efficient, low-emissions alternative to traditional gas-powered vehicles. In addition, it is common knowledge that they get excellent gas mileage, which has been a huge selling point in recent years.
With more than 40 hybrid models of cars, trucks, and SUVs currently on the market, from manufacturers as diverse as Porsche, Toyota, and Ford, clearly hybrids are a growing segment of the market. But is a hybrid always the best choice? Here is a look at some of the pros and cons, along with useful information to help you decide whether a hybrid is right for you.

How Hybrid Cars Work
A hybrid car can be loosely defined as any vehicle that has two different power sources. While diesel-electric hybrids appeared in ships and trains during the 20th century, both diesel and electric systems are expensive. Putting both in the same car has proven cost-prohibitive, so today’s hybrid cars use gasoline and electric motors.
Hybrid cars come in three major types: series hybrids, parallel hybrids, and series-parallel hybrids. Each type uses the combination of gas and electric power in a slightly different way. Series-parallel hybrids are often considered the best, as a computer system constantly monitors the vehicle to switch back and forth between driving modes as needed. However, they are more expensive than the other types of hybrids.
Any of the three types of hybrids can also be a plug-in hybrid (PHEV). First introduced with the Chevy Volt in 2010, PHEVs significantly boost the electric driving range by allowing the battery to be plugged into an outlet for recharging, similar to an all-electric vehicle.
Advantages of Hybrid Cars
There is no doubt that hybrid cars offer quite a few advantages over traditional gasoline models. Here are a few of the biggest benefits:

Excellent gas mileage, often in the 50 to 60 mpg range, or pushing 100 mpg for PHEVs
Less dependence on fossil fuels and lower emissions
Regenerative braking, which can passively recharge the electric motor
Lighter weight, which translates to less energy required
Small engine with less cylinder displacement
Tax incentives
Lower fuel costs
Higher resale values

Disadvantages of Hybrid Cars
Despite their clear benefits, hybrid cars also have a number of disadvantages that must be carefully considered. These include, but are not limited to:

Lower power—although new technology means that they are no longer the putt-putt cars of yesterday, hybrids consistently deliver less overall power output than their gasoline-powered equivalents
Handling issues due to weight distribution, fewer braces and supports, and a higher center of gravity
Higher initial purchase prices
Increased maintenance costs due to their complexity and some repair shops’ unfamiliarity with the systems

Deciding What Is Right for You
Ultimately, the decision to buy any vehicle is highly personal. Whether or not a hybrid is right for you depends largely on your reasons for wanting one. If you have a heavy commute, you might be especially interested in the increased gas mileage—but with today’s lower gas prices, it could take you several years to recoup your higher initial cost. If you are a tech early adopter overall, you might see the future possibilities for the technology and be interested in jumping in now. If you are committed to reducing your carbon footprint, you might be willing to pay a premium in exchange for doing your part to clean up the Earth.
Before committing to any new vehicle purchase, take the time to list the features that are most important to you, and then prioritize them. If hybrid technology remains near the top of your list, do some research into the different types of hybrids and their relative costs both long-term and short-term to determine which fits you best. Walk dealership lots, take several test drives, and choose the car that best fits your needs and desires.
Best Hybrid Batteries is a technology company dedicated to providing a flexible, lower-cost approach to defective or worn out hybrid car batteries. We are proud to provide same-day mobile service not only in the Chicagoland area, but throughout Illinois, Wisconsin, Indiana, Michigan, and Iowa as well. If you have been quoted a high price or long lead time on a replacement hybrid battery, give us a call today at (708) 669-9402. We look forward to serving all of your hybrid battery needs!

Question 46

Should I Use a Specialist Hybrid Mechanic?

Accepted Answer

Should I Use a Hybrid Specialist?
Hybrid cars are similar to traditional vehicles in many ways, but they also have some very important differences. From the presence of high-voltage batteries and specialized wiring to significant changes in braking and cooling systems, hybrids are a fundamentally different type of vehicle.
However, if the problem is identified as a clear hybrid battery failure, any qualified mechanic—or even a capable DIY installer—can usually swap out the battery to save time and money. Once proper diagnostics confirm that the battery itself is the issue, replacement is often a straightforward, bolt-in process when basic safety procedures are followed.
Much like seeing a medical specialist for a complex condition, it makes sense to take your hybrid to someone with deep understanding and extensive hands-on experience when the problem is difficult to diagnose or involves multiple hybrid systems. In those cases, a hybrid specialist can provide faster, safer, and more accurate diagnostics—helping you avoid unnecessary repairs and get back on the road with confidence.

Question 47

Plug In Hybrid Cars Versus Traditional Hybrids

Accepted Answer

Plug-In Hybrids vs. Traditional Hybrid Vehicles
Both plug-in hybrids and traditional hybrids combine an internal combustion engine with an electric motor. Beyond that shared foundation, however, there are clear and important differences in how they operate and how drivers use them day to day.
Traditional hybrid vehicles rely primarily on the gasoline engine for propulsion. The electric motor supports the engine at low speeds and during light driving, and both systems work together when extra power is needed—such as when accelerating or climbing hills. The battery is charged automatically through regenerative braking and engine operation, storing recovered energy for later use. Because they never need to be plugged in, traditional hybrids are convenient and deliver strong fuel savings compared to standard gasoline vehicles.
Plug-in hybrid vehicles (PHEVs), on the other hand, rely much more heavily on the electric motor. Their batteries are charged directly from the electric grid, similar to a fully electric vehicle, allowing many short trips to be driven entirely on electricity. When the battery charge is depleted, the internal combustion engine turns on to act as a generator and extend driving range. This setup offers the flexibility of electric driving without the range anxiety of a fully electric car.
While traditional hybrids offer significant improvements in fuel efficiency, plug-in hybrids provide an even greater advantage for drivers who can regularly charge their vehicles. With more electric-only operation, PHEVs can dramatically reduce fuel consumption and emissions, especially for commuting and local driving.
At Best Hybrid Batteries, we focus on delivering a flexible, lower-cost solution for defective or worn-out hybrid and plug-in hybrid batteries.

Question 48

Does hybrid car maintenance cost more than regular car maintenance?

Accepted Answer

Routine maintenance and minor repair costs are generally no higher for a hybrid than for a traditional vehicle. In fact, these costs can often be lower. The hybrid system shuts down the engine when idling or driving at low speeds, saving wear and tear on the engine and extending the time between oil changes. In addition, the regenerative braking system tends to protect the brakes and brake pads, allowing more time and mileage to elapse between replacements.
Hybrid systems are generally maintenance free, with a few minor exceptions. Of course, the tradeoff is that hybrid batteries are expensive. If yours happens to die after the warranty expires, you could be looking at a large repair bill.
Best Hybrid Batteries is a technology company dedicated to providing a flexible, lower-cost approach to defective or worn out hybrid car batteries. We are proud to provide same-day mobile service not only in the Chicagoland area, but throughout Illinois, Wisconsin, Indiana, Michigan, and Iowa as well. If you have been quoted a high price or long lead time on a replacement hybrid battery, give us a call today at (708) 669-9402.

Question 49

What is Hybrid Battery Reconditioning?

Accepted Answer

What Is Hybrid Battery Reconditioning?

Like all major components in your vehicle, your hybrid battery performs best when it receives preventative maintenance. While modern hybrid batteries are engineered to be reliable for many years, all batteries naturally lose capacity over time due to heat, charge cycles, and normal chemical aging.
Signs Your Hybrid Battery May Need Reconditioning
A battery that is underperforming—but not completely failed—often shows subtle symptoms, such as:

Sluggish or reduced acceleration

Decreased fuel economy

More frequent engine run-time

Reduced electric-only operation

In many cases, no warning light will appear, which makes it especially important to pay attention to changes in how your vehicle drives.
When Is Reconditioning Recommended?
To help prevent premature battery failure, hybrid battery reconditioning is often recommended at around 75,000 miles, even if the vehicle is not displaying error codes. Addressing battery degradation early can significantly extend battery life and delay the need for full replacement.
What Happens During Reconditioning?
Hybrid battery reconditioning is a multi-step technical process that typically takes 24–48 hours to complete. It involves:

Testing battery modules for imbalance or weakness

Controlled charging and discharging cycles

Rebalancing modules to restore uniform performance

Verifying overall battery health and capacity

Why Reconditioning Makes Sense
Reconditioning is sometimes less expensive than replacing the entire battery pack and can often:

Restore the battery to over 90% of its original capacity

Improve drivability and fuel efficiency

Extend the usable life of the hybrid battery by years

For hybrid owners looking to maximize value and longevity, battery reconditioning is an effective and proactive solution before complete battery failure occurs.

Question 50

What Are the Main Types of Hybrid Batteries?

Accepted Answer

Main Types of Hybrid Batteries
Hybrid batteries come in several forms, each with its own strengths and trade-offs. As hybrid and electric vehicle technology continues to advance, battery designs are evolving as well. Today, however, there are four main types of batteries commonly associated with hybrid vehicles.

Lithium-Ion Batteries
Best known for their use in consumer electronics like laptops and smartphones, lithium-ion batteries are now widely used in plug-in hybrids and electric vehicles. They offer a high power-to-weight ratio, excellent energy density, and strong performance even at higher temperatures. These advantages make them ideal for modern hybrid systems that demand efficiency and reduced weight.
Nickel-Metal Hydride (NiMH) Batteries
Nickel-metal hydride batteries have been a mainstay of the hybrid market for many years. Known for their long life cycle and tolerance to heavy use, they are reliable and durable. However, they are more expensive than some alternatives and tend to generate more heat and experience higher self-discharge rates. Despite these drawbacks, NiMH batteries are still widely used in conventional hybrid vehicles due to their proven track record.
Lead-Acid Batteries
Lead-acid batteries are inexpensive and dependable, but they come with notable limitations. They have shorter life cycles, lower energy density, and poor performance in cold temperatures. While they were used in some early hybrid designs, ongoing research has yet to overcome their shortcomings, making them less suitable for modern hybrid applications.
Ultracapacitors
Ultracapacitors represent a newer energy-storage technology. Instead of storing energy chemically like traditional batteries, they store it in a polarized liquid or electric field. Although they hold far less energy than batteries, they can charge and discharge extremely quickly. For this reason, ultracapacitors are often used as secondary systems—capturing regenerative braking energy and providing quick bursts of power for acceleration or hill climbing.

Understanding these battery types helps explain why different hybrids use different technologies—and why modern hybrids increasingly favor lithium-ion or advanced NiMH systems for the best balance of performance, longevity, and efficiency.

Question 51

Should I Recondition, Repair, or Replace My Hybrid Battery?

Accepted Answer

Should I Recondition, Repair, or Replace My Hybrid Battery?

When your hybrid battery starts to lose performance, choosing the right solution can save you thousands of dollars and extend the life of your vehicle. The best option depends on battery condition, mileage, and whether the battery has fully failed. Here’s how to decide.

Reconditioning Your Hybrid Battery
Best for batteries that haven’t failed yet
Hybrid battery reconditioning is a preventative process performed before complete battery failure. As a general guideline, reconditioning is recommended for:

Hybrids with more than 50,000 miles, or

Lower-mileage vehicles showing a noticeable drop in fuel economy or performance

The reconditioning process typically takes 2–3 days and can restore much of the battery’s lost capacity. When done at the right time, it can significantly extend battery life and delay the need for more costly repairs or replacement.

Repair or Replace Your Hybrid Battery
Once the battery has failed
After a hybrid battery fails, reconditioning is no longer an option. At that point, you’ll need to choose between repair or replacement:

Repair

Lower upfront cost

Turnaround time can be up to 7 days, depending on the issue

May be a temporary solution if multiple cells are near the end of their lifespan

Replacement

Higher initial investment

Offers the most reliable, long-term fix

Ideal when the battery has widespread degradation or repeated failures

Our technicians will evaluate your battery and explain whether a repair makes sense—or if replacement is the smarter long-term choice.

The Best Hybrid Battery Solution
Best Hybrid Batteries is a trusted advisor and technology company focused on delivering flexible, lower-cost solutions for worn or defective hybrid batteries.
If you’ve been quoted a high price or faced a long lead time for a hybrid battery replacement, let us help. Call us today at (708) 669-9402 to discuss your options with a hybrid battery specialist. We look forward to serving all of your hybrid battery needs.

Question 52

The Performance of Hybrid Batteries in Cold Weather

Accepted Answer

Remember when you used to drive a pure gasoline-powered car and during the cold mornings, it would seem to have extra power for the first few minutes of the drive when the gas was cold? Well, hybrid vehicles have lower battery capacity in the cold weather. Hybrid batteries used in today's hybrid vehicles have lower capacities when the temperature drops. This is one of the reasons why hybrid cars get better mileage in the summer than in the winter. The car can use the larger capacity range of the battery in the summer months to move the car over longer distances.
Effects on Hybrid Batteries in Cold Weather
In the winter months, the car has to spend more time recharging the battery due to the reduced capacity, and therefore the mileage decreases. One of the more interesting consequences of this temperature effect is that hybrid vehicles that are driven exclusively in warm areas (for example Arizona) are more likely to experience a battery failure because the battery is being used more than if the car were mostly driven in a colder climate. This effect is also why it is suggested that hybrid drivers use their air conditioning during warm summer days to keep the battery as cool as possible.
Hybrid Battery Installation Services & More
If you are interested in getting your hybrid battery serviced for the winter, check out our hybrid battery installation services. From our replacement hybrid battery service to our hybrid battery reconditioning services, we have everything you need to keep your vehicle running like its brand new. Get your hybrid battery serviced by the best of the best. Contact us today!

Question 53

The Benefits of Reconditioning a Hybrid Battery

Accepted Answer

From the Honda Civic Hybrid Battery to our Toyota Camry hybrid battery, Best Hybrid Batteries has reconditioned hybrid batteries for our customers out of almost every type of hybrid vehicle. We have witnessed the benefits of this hybrid battery reconditioning process and will outline those here, such as improved battery performance and increased gas mileage. Our reconditioning process has evolved over the years as we have continued optimizing for improved results. Currently, the process requires approximately 24 hours, not including the time it takes to remove the battery from the car, disassemble the battery, or to reassemble the battery and re-install it in the vehicle after the reconditioning process is over.
Benefits of Hybrid Battery Reconditioning
One of the benefits of our hybrid battery reconditioning process can be seen in the graph below. Here we are charting the average energy (Wh) of the battery cells prior to reconditioning, compared to the average energy after the 1st or 2nd cycles of reconditioning. When done well, reconditioning requires simultaneously operating on all cells in the pack individually, as seen in the picture on the right of our equipment set-up that was custom built for this purpose. We can routinely gain 50% energy improvements in each cell, which ultimately translates into longer battery lifetime. Our customers also frequently report improved miles per gallon in the vehicle after reconditioning.
Be sure to look through all of our hybrid battery services. From our battery reconditioning to replacement hybrid battery services, we are dedicated to making sure your hybrid battery runs smoothly. Contact us today!

Question 54

How long does it take to remove my battery and install the replacement?

Accepted Answer

How Long Does It Take to Remove My Hybrid Battery and Install the Replacement?
Another question we hear all the time at Best Hybrid Batteries is:
“How long will it actually take to remove my old hybrid battery and install the replacement?”
The short answer
For most hybrid vehicles, the total time is about 1–2 hours from start to finish.
That estimate assumes you follow the recommended steps and have the necessary tools ready before you begin.

Why Hybrid Battery Replacement Is Faster Than You Might Expect
Many vehicle owners assume hybrid battery replacement is an all-day job. In reality, it’s often more straightforward than major engine or transmission work.
Most hybrid batteries are:

Located under the rear seat or cargo area

Designed for removal as a single sealed unit

Connected using modular wiring and cooling ducts

Once interior panels are removed, the battery pack itself is typically accessible and easy to unbolt.

Typical Time Breakdown
Here’s a realistic look at how the time is usually spent:
Vehicle Preparation (15–25 minutes)

Powering the vehicle off

Disconnecting the 12-volt battery

Removing the hybrid service plug

Waiting for system discharge

Interior Access & Battery Removal (20–30 minutes)

Removing trim panels or rear seats

Disconnecting wiring and cooling connections

Unbolting and lifting out the core battery

Installing the Replacement Battery (20–30 minutes)

Positioning the replacement pack

Securing mounting hardware

Reconnecting electrical and cooling components

Reassembly & Final Checks (15–25 minutes)

Reinstalling interior panels

Reconnecting the 12-volt battery

Installing the service plug

Powering the vehicle on and verifying operation

First-Time DIY vs. Experienced Installers

First-time DIY installers should plan closer to 2 hours

Experienced installers or technicians often complete the job in under 1 hour

Taking your time is never a mistake—accuracy matters more than speed.

Tools You’ll Typically Need
Most installations only require common hand tools, such as:

Metric socket set

Trim removal tools

Safety gloves and glasses

We provide vehicle-specific step-by-step instructions for each battery we sell, including:

Exact tool lists

Connector location

This eliminates guesswork and helps keep installation time predictable.

Vehicle-to-Vehicle Differences
Some vehicles—like the Toyota Prius—are especially installer-friendly due to years of standardized design. Others may require a bit more interior disassembly, but the overall process remains similar.
Even in the more complex cases, most customers are still surprised by how quickly the job is completed.

Professional Installation vs. DIY Timing
If you choose professional installation:

Most shops schedule 4-5 hours of labor

Installation cost will vary by location

No overnight downtime is usually required

DIY installation saves labor cost and offers flexibility, while professional installation offers convenience—both options are valid.

Final Answer: How Long Should I Expect?
For most hybrid vehicles:

Total time: ~1–2 hours

Preparation makes it faster

Clear instructions reduce mistakes

With the right battery, the right tools, and step-by-step guidance, hybrid battery replacement is far quicker—and easier—than many people expect.
If you’d like help finding instructions or tools for your specific vehicle, the team at Best Hybrid Batteries is always happy to assist.

Question 55

Is it safe for me to replace my hybrid battery myself?

Accepted Answer

Is It Safe for Me to Replace My Hybrid Battery?
One of the most common questions hybrid owners ask us at Best Hybrid Batteries is simple—and completely reasonable:
“Is it safe for me to replace my hybrid battery myself?”
The short answer
Yes.If you follow the recommended safety steps in the correct order, replacing a hybrid battery can be done safely by a careful, informed vehicle owner.
That said, hybrid batteries are not the same as conventional 12-volt car batteries. Understanding why they’re safe—and how to handle them properly—makes all the difference.

Why Hybrid Battery Replacement Can Be Safe
Hybrid battery systems are designed with multiple built-in safety layers. Manufacturers know these vehicles will eventually be serviced, transported, and replaced, so the systems include protections such as:

High-voltage isolation

Manual service disconnects

Automatic contactors that open when the vehicle is off

Insulated enclosures and connectors

When the proper shutdown procedure is followed, the high-voltage system becomes electrically safe to work around.

The Most Important Rule: Follow the Steps in Order
Safety isn’t about strength or special talent—it’s about sequence.
Here is the general safety flow used by professionals and trained DIY installers:
1. Power the Vehicle Completely Off

Key removed or vehicle powered down

Smart keys kept away from the vehicle

2. Disconnect the 12-Volt Battery
This step prevents the car from re-energizing the high-voltage system.
3. Remove the Hybrid Service Plug
The service plug (also called a safety disconnect) physically breaks the high-voltage circuit inside the battery pack.

Once this plug is removed, the battery is no longer capable of delivering high voltage to the vehicle.

4. Wait the Required Discharge Time
Capacitors inside the inverter need time to fully discharge—typically 5–10 minutes depending on the vehicle.
5. Use Basic Safety Gear

Safety glasses

No metal jewelry or watches

6. Remove and Install the Battery Pack
Hybrid batteries are heavy, not dangerous. Most risks at this stage are ergonomic (lifting and positioning), not electrical.

What Makes Hybrid Batteries Different—but Not Dangerous
A hybrid battery contains high voltage, but voltage alone does not equal danger. Risk only exists when:

The system is energized

Conductive paths are created

Safety procedures are skipped

When de-energized properly, a hybrid battery is no more hazardous than many other automotive components professionals work with every day.
In fact, thousands of owners safely replace batteries in vehicles like the Toyota Prius, Camry Hybrid, Lexus hybrids, and others each year.

Our Philosophy at Best Hybrid Batteries
We believe education is safety.
That’s why our batteries are designed to:

Match OEM form, fit, and function

Include clear installation guidance

Support both professional and DIY installers

We don’t recommend shortcuts—and we don’t sell products that require them.

Final Answer: Is It Safe?
Yes—hybrid battery replacement is safe when:

The vehicle is properly powered down

The service disconnect is removed

The steps are followed in the correct order

Basic safety precautions are used

If you can change brakes, suspension components, or engines with care, you can replace a hybrid battery safely too.
If you have questions about your specific vehicle, battery type, or installation options, the team at Best Hybrid Batteries is always here to help you decide what’s right for you.

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