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Decoding Sustainability: Lead Acid vs. Lithium-Ion Batteries

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Inverter batteries are essential for ensuring uninterrupted power supply in homes, especially during frequent power outages. When it comes to choosing the right battery technology, sustainability plays a crucial role. In this blog, we, Vacuna, a leading battery manufacturer in India, delve into the sustainability aspects of lead-acid and lithium-ion batteries, helping you to make an informed decision in choosing the right inverter battery for your home.

1. Recyclability: Lead Acid vs. Lithium-Ion Batteries

Lead acid batteries have a relatively high recyclability rate. The lead and plastic components can be effectively recycled and reused in the manufacturing of new batteries. Battery recycling facilities extract lead, neutralize acid and recycle the plastic casings. This recycling process significantly reduces the environmental impact of lead acid batteries.

Lithium-ion batteries, on the other hand, pose more significant challenges in terms of recyclability. While they contain valuable materials like lithium, cobalt, and nickel, the current recycling infrastructure is still developing. The complexity of lithium-ion battery recycling lies in the extraction and separation of these materials, which requires specialized processes. 

2. Manufacturing Process: Lead Acid vs. Lithium-Ion Batteries

The manufacturing process of lead acid batteries involves extracting and refining lead, which requires substantial energy and resources. The lead is then used along with sulfuric acid and other materials to form the battery’s components. While lead is a readily available resource, its extraction and processing can have some environmental impacts.

On the other hand, the manufacturing process of lithium-ion batteries is more complex and energy-intensive compared to lead acid batteries. It involves extracting lithium, cobalt and other minerals from the earth, which can have environmental consequences if not managed sustainably.

3. Energy Efficiency : Lead Acid vs. Lithium-Ion Batteries

Lead acid batteries have lower energy efficiency compared to lithium-ion batteries. They lose a significant amount of energy during charging and discharging, resulting in lower overall efficiency. However, improvements in these batteries leading to their upgraded forms are making them more reliable and efficient.

On other hand, Lithium-ion batteries are known for their higher energy efficiency. They can store and deliver energy more effectively, resulting in reduced energy wastage and improved overall efficiency.

2. Environmental Impact : Lead Acid vs. Lithium-Ion Batteries

Lead acid batteries contain lead and sulfuric acid, which can be hazardous if not properly handled or disposed of. Inadequate recycling or improper disposal of lead acid batteries can lead to soil and water contamination, posing risks to ecosystems and human health. However, stringent regulations and increased awareness have significantly improved the management of lead acid battery waste.

But, environmental impacts of lithium-ion batteries primarily stems from the extraction of raw materials and the disposal of used batteries. Mining operations for lithium and other minerals can have detrimental effects on ecosystems and local communities. Additionally, if not recycled properly, lithium-ion batteries can release harmful chemicals into the environment. 

Conclusion:

When it comes to sustainability, both lead acid and lithium-ion batteries have their pros and cons. Lead acid batteries have a well-established recycling infrastructure and can be recycled efficiently, whereas lithium-ion batteries pose challenges in terms of recycling but offer higher energy efficiency. Manufacturers like Vacuna are actively working towards improving the sustainability of battery technologies by investing in research and development, exploring alternative materials and implementing efficient recycling practices. As a consumer, it is crucial to consider factors such as recyclability, manufacturing processes, energy efficiency and environmental impact when choosing an inverter battery for your home.

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How to Dispose of a Dead Inverter Battery

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As a responsible consumer and a user of inverter batteries, it is essential to understand the proper disposal methods for dead batteries. Inverter batteries, like any other battery, contain hazardous materials that can be harmful to the environment if not disposed of correctly. 

Vacuna, a leading inverter battery manufacturer in India, emphasizes the importance of eco-friendly practices and aims to guide users on how to dispose of dead inverter batteries safely and responsibly. In this blog, we will discuss the steps to follow when disposing of a dead inverter battery.

1. Check Local Regulations:

It is essential that you understand and understand the local battery disposal regulations before disposing of an inverter battery. There may be different regulations or recycling programmes in force in different areas. To find out specific requirements and recommendations for battery disposal in your area, contact local authorities, waste management organizations or recycling facilities.

2. Store in a Safe and Ventilated Area:

After disconnecting it from the device, keep the dead inverter battery in a secure location with proper  ventilation. Avoid keeping it in areas with high temperatures or next to flammable items. Proper storage is important to avoid any accident or leakage in the battery.

3. Choose a Certified Battery Recycling Center:

The most environmentally friendly option for disposing of a dead inverter battery is recycling. Look for certified battery recycling centres in your locality. These centres specialize in the safe handling and recycling of different types of batteries. They have the necessary facilities to handle hazardous materials and ensure the proper disposal or recycling of batteries.

4. Transport Safely:

While transporting a dead battery to a recycling facility, take the necessary precautions to avoid any damage or leaking. Put the batteries in a reliable, leak-proof container and fasten it securely throughout the journey. Avoid any rough handling or dropping of the battery.

5. Consider Exchange or Buyback Programs:

Some battery manufacturers offer exchange or buyback programs for dead inverter batteries. These programs allow you to return your old battery to the manufacturer, who then handles the recycling process responsibly. Explore such options to ensure that your dead inverter battery is disposed of correctly and to potentially benefit from incentives or discounts on a new battery purchase.

To conclude, proper disposal of dead inverter batteries is crucial for environmental sustainability and to prevent any potential harm to human health. As a responsible inverter battery manufacturer, Vacuna urges users to follow the recommended disposal methods. Always check local regulations, store it properly and choose a certified battery recycling centre for responsible disposal or recycling. 

Powering the Nation: Vacuna -Battery Manufacturer in India

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Looking for a reliable battery supplier in India? Look no further than Vacuna, a leading battery manufacturer in India. With a commitment to excellence and a reputation for delivering premium lead-acid batteries, Vacuna is your one-stop destination for all your battery needs. Whether you require batteries for E-rickshaws, automotive vehicles, inverters or solar systems, Vacuna provides the best-in-class products that guarantee reliable performance and exceptional durability.

Read on to discover how Vacuna stands out as a leader in the battery industry.

Unmatched Expertise in Battery Manufacturing

With years of experience in the battery manufacturing industry, Vacuna has honed its expertise in producing high-quality batteries. As a reliable battery manufacturer, we understand the diverse requirements of our customers. 

Vacuna utilises cutting-edge technology and state-of-the-art facilities to design and manufacture batteries that meet and exceed industry standards. Our team of skilled professionals ensures that every battery is crafted with precision and undergoes rigorous quality checks, ensuring optimal performance and longevity.

Empowering E-rickshaws with Reliable Batteries

As a prominent E-rickshaw battery manufacturer, Vacuna recognizes the growing demand for efficient and eco-friendly transportation. Our range of lead-acid batteries specifically designed for E-rickshaws ensures that these vehicles have the power they need for smooth and uninterrupted operation. Vacuna’s E-rickshaw batteries are engineered to withstand the rigorous demands of daily commuting, offering long-lasting performance and quick recharge capabilities.

Powering Automotive Excellence:

Vacuna takes pride in being a trusted automotive battery manufacturer, catering to the needs of the transportation industry. Our automotive batteries, designed for trucks and other vehicles, provide reliable starting power, enhanced performance and durability even in challenging conditions. With Vacuna batteries, your trucks can rely on consistent performance and reduced downtime, ensuring efficient operations.

Uninterrupted Power with Best-Inverter Batteries

Vacuna’s commitment to excellence extends to providing the best-inverter batteries for uninterrupted power supply. Our lead-acid batteries for inverters are engineered to deliver reliable backup power during power outages. These batteries offer high energy density, extended cycle life and exceptional charge acceptance, making them the ideal choice for homes, offices and industries reliant on uninterrupted power supply.

Harnessing Solar Energy with Reliable Solar Batteries

As a reputable solar battery manufacturer, Vacuna plays a vital role in the adoption of clean energy solutions. Our solar batteries are designed to store excess energy generated by solar panels, allowing users to harness solar power when the Sun is not shining. Vacuna’s solar batteries are built to withstand deep cycling, ensuring long-term reliability and maximizing the benefits of solar energy systems.

Vacuna, as a leading battery manufacturer in Meerut, India is your trusted partner for all your battery needs. We offer premium lead-acid batteries for E-rickshaws, automotive vehicles, inverters and solar systems. With a focus on unmatched quality, durability and performance, Vacuna stands out as a reliable choice in the battery industry. 

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What Makes Vacuna Inverter Batteries the Best Choice for Your Homes?

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When it comes to ensuring uninterrupted power supply for our homes, investing in the best inverter battery is crucial. As a leading inverter battery manufacturer in India, Vacuna has emerged as a trusted brand. In this blog, we will explore the reasons that make Vacuna inverter batteries the top choice for Indian households.

1. Reliability and Durability:

Vacuna prides itself on producing inverter batteries that are known for their reliability and durability. Built with advanced technology and high-quality components, Vacuna batteries are designed to withstand frequent power outages, voltage fluctuations and long power cuts. With Vacuna inverter batteries, you can rest assured that your home will always be powered, even during challenging times.

2.Longer Backup Time:

One of the key factors that set Vacuna inverter batteries apart from the competition is their longer backup time. Vacuna offers batteries with higher Ampere-Hour (Ah) capacity, which means they can provide sustained power for a longer duration. This extended backup time ensures that essential appliances and devices, such as lights, fans, refrigerators and even sensitive electronics, continue to function smoothly during power cuts. 

3.Quick Recharge and Low Maintenance:

Vacuna inverter batteries are designed to minimize downtime. They have a rapid recharge capability, allowing them to regain full charge quickly once the power is restored. This feature is especially beneficial in areas with frequent power fluctuations. Additionally, Vacuna batteries require minimal maintenance, reducing the hassle and cost associated with servicing and upkeep. This quick recharge and low maintenance feature of Vacuna inverter batteries lets homeowners enjoy peace of mind knowing that they are ready to provide power whenever needed.

4.Environmentally Friendly:

Vacuna is committed to sustainability and is truly responsible for the environment. Our inverter batteries are designed using eco-friendly materials and adhere to international standards for safety and environmental protection. By choosing Vacuna inverter batteries, homeowners contribute to a greener future while enjoying uninterrupted power supply.

5.Excellent Customer Support:

Vacuna is renowned not only for its high-quality products but also for its excellent customer support. Customer satisfaction is our utmost priority and to serve you the best, we not only provide you good after sale service but also we have a good network of authorized dealers across India working tirelessly to to serve you the best.

In conclusion, Vacuna inverter batteries emerge as the best choice for Indian households due to their reliability, durability, longer backup time, quick recharge capability, low maintenance, eco-friendliness and excellent customer support. Moreover, Vacuna’s customer-centric approach and commitment to resolving customer queries and concerns make them a reliable choice for homeowners seeking the best inverter batteries.

Types of Lead acid Batteries|Guide to Lead Acid Battery Varieties

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Lead Acid Battery Invention ?

Lead acid batteries have been in use since a very long time. The first lead acid battery was invented by Gaston Plantae in 1859. Lead acid batteries are convenient to use, easy to charge , inexpensive and are a tried and tested technology. Many improvisations have been done in the lead acid batteries to help them deliver high performance.

This is the reason many lead acid battery manufacturers employ improvements to bring out an innovative product that will meet the energy needs of the customers in a better way.

What are lead acid batteries:

Your inverter battery might be a lead acid one or your automotive could be. Most of the batteries used for power storage in homes, vehicles, and  industries are lead acid batteries. The name gives away the fact that it contains lead in some form. Yes it does.

type of lead acid battery

What do they look like?

A common lead acid battery is not like the pencil batteries we use in the TV remote rather they are box shaped. They have a plastic casing of varied height.

lead acid battery diagram

Inside it has sulfuric acid in which negative and positive electrodes are dipped. Due to the reversible reaction occurring, these batteries store energy on charging which can be later used.

Parts of lead acid battery:

part of lead acid battery

1. The positive electrode made of lead oxide 

2. Negative electrode made of porous lead. 

3. Electrolytic solution made of a mixture of sulfuric acid and water.

Recent advancements have led to the birth of different types of lead acid batteries. They can also be differentiated on the basis of usage also.

Types of lead-acid batteries:

Based on construction design:

1. Flooded

2. Sealed

1. Flooded Lead Acid Battery

how does a lead acid battery work

Flooded lead acid batteries are the common and the most used ones. They are called flooded because they contain sulfuric acid and water inside which is the electrolyte. The electrolytic solution can move around freely inside the battery.

They have to be  watered at the required times and have to be maintained.

2. Sealed Lead Acid Battery

sealed lead acid battery

Sealed lead acid batteries have the contents inside the battery sealed which prevents any unforeseen leakage or spillage. Thus it is convenient for long distance transportation and frequent handling.

They are also known as VRLA or valve regulated lead acid batteries.

They have vents to let out the hydrogen gas formed during the reaction. There are improvisations done in them and they are available in different variations.

(1)AGM battery

AGM Battery

The AGM batteries or Absorbed Glass Mat batteries have a glass mat inside them to hold the electrolyte which is not free flowing. These glass mat separators are porous, made of microfibre glass and hold the electrolyte in place which helps to lower the internal resistance thereby increasing efficiency.

They are also able to provide more capacity for the available space due to their construction.

(2)Gel Sealed lead battery

In this type of gel sealed battery, the electrolyte is not present as liquid but rather in a gel formed which is achieved by the addition of silica which renders them immobile. Thus chances of leakage and spillage are reduced to a great extent.

Its design helps to lower the evaporation of the electrolyte and they can withstand more range of temperature and vibration thus making them more durable.

They also have low self discharge as compared to the flooded ones but they are slightly on the expensive side of the price but are worth it given their features.

Based on the cycles

1. Deep cycle

2. Starter batteries

Now let’s understand the lead acid batteries which are differentiated based on the cycles they undergo.

1. Deep cycle batteries

Deep cycle batteries are made to provide long lasting power uninterruptedly. They provide a continuous power and run the appliances or vehicles with its stored power. 

They are designed to undergo multiple charging and discharging cycles hence the plates are thicker.

2. Starter Batteries

These are the automotive batteries which means they are used to start the vehicles. Here the battery provides large bursts of high current for a short period of time. This leads to cranking up of the engine. The battery design is thinner and incorporates more plates than the deep cycle battery to give a larger surface area to let more reaction to occur.

If you are looking to buy batteries for your homes or vehicles, then go for Vacuna, which is a leading lead acid battery manufacturer offering inverter, solar and E-Rickshaw batteries. Their batteries are of excellent quality and give more power and performance.

5 top inverter battery problems

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4 things that are harming your inverter battery 


Inverter batteries are an inevitable part of inverters. They store the electricity which can be later used to power the home during the long and irritating power cuts. We are well aware of the functioning of an inverter battery and we know that we have to take care of it to prolong its life.

Here are the few reasons that are leading to damage to your inverter battery:

1.Lack of regular maintenance 

As we all know, regular maintenance of the inverter battery is really important otherwise it will stop working. So start taking care of your inverter battery like checking for any damage, topping with water, keeping it in  a ventilated place away from fire and water. 

If you carry out proper maintenance it will ultimately lead to a longer lifespan of the inverter battery.

2.Corrosion

There corrosion occurs at two places- one at the grid and the other at the terminals.

a)corrosion at the grid:

Corrosion happens mostly  in the grid where the lead gets softened and shed from the grid. It is an evitable thing because the reaction between the plates and sulfuric acid is very reactive. This corrosion leads to reduced efficiency of the battery. It is mostly a problem in deep cycle batteries as they are designed for deep discharging unlike the starter batteries which are used for starting up the vehicle.

b)corrosion at the terminals

After a long usage corrosion of the terminals occurs. It looks like white powder on the terminals. It leads to slow current flow thus hampering the working of the battery.

Terminal cleaners are available to clean off the rusting or corrosion and after that you can apply petroleum jelly on the terminals and bolts to protect it. 

3.Over Deep discharging

Although inverter batteries are made for deep discharging but care has to be taken so that frequent deep discharging does not happen. When deep discharging happens it means that the battery has been used till its full capacity. Actually we are talking about over discharging which means the internal resistance of the battery has increased which makes recharging of the battery difficult.

Every battery has a cut-off voltage and discharge rate. They both are inversely proportional to each other.If the cut off voltage is low then the discharge rate will be high. Keep in mind that once the battery is overly deeply discharged then it can’t be again.

4.Loose connections

Always check loose connections on the batteries. If you notice any,get them repaired at the soonest possible. The connection of the battery to the inverter could be loose or the battery to the power socket could be loose which may lead to sparking or more damages.

Get the connections checked at the earliest to avoid any further damage to the battery.

Prevention:

The good thing here, most of the problems can be avoided with timely intervention and precautions. Follow the following tips to extend the battery life:

1.Avoid overcharging and deep discharging

2.Don’t operate at extremely high temperature conditions

3.Keep the battery in a ventilated place.

4.Carry out maintenance check.

Summary 

Take good care of the battery with preventive maintenance and your battery will have a longer life.

Always choose high quality inverter batteries for high performance and durability. If you are looking for high performing inverter batteries then choose Vacuna inverter batteries that have longer backup and low maintenance. Visit their website at www.vacuna.in and select from their wide variety of batteries.