Lithium Batteries, Solar Panels, Batteries, Inverters Best Price in Harare, Zimbabwe

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Sona Solar Zimbabwe stands as a premier destination for those seeking top-quality Lithium Batteries in Zimbabwe, offering a broad range of sustainable energy solutions to the local market.

As the leading distributor for renowned solar brands such as Must Inverters and Batteries, Growatt Inverters, Jinko Solar Panels, JA Solar Panels, Canadian Solar Panels, and more, Sona Solar Zimbabwe takes pride in its commitment to providing high-caliber products, with a particular spotlight on Must Inverters that have become integral components within Zimbabwe's solar energy infrastructure. 

To gain valuable insights into sustainable energy solutions tailored to your specific needs, do not hesitate to connect with Sona Solar Zimbabwe today at +263 78 864 2437, +263 78 293 3586, or +26378 922 2847 for personalized assistance and expert guidance.

Accessible at Sona Solar Zimbabwe's Eastlea location in Harare, Zimbabwe, Lithium Batteries cater to the diverse energy requirements of customers seeking reliable and efficient power storage solutions. 

Lithium Batteries, Solar Panels, Batteries, Inverters Best Price in Harare, Zimbabwe

As a trusted supplier of Lithium Batteries and an array of other solar products, Sona Solar Zimbabwe ensures that customers have access to premium energy storage solutions that align with their sustainability goals and operational needs. Prospective buyers can browse through a selection of Lithium Batteries and explore tailored energy solutions designed to enhance their solar energy systems' performance. 

By engaging with Sona Solar Zimbabwe, individuals can acquire top-tier Lithium Batteries that are synonymous with quality, durability, and sustainability in Zimbabwe's renewable energy landscape.

Lithium Batteries, Solar Panels, Batteries, Inverters Best Price in Harare, Zimbabwe

Batteries that have lithium as their anode is called lithium batteries. The charge moves from anode to cathode during discharge and cathode to anode during charging. Lithium batteries were introduced way back in the 1980-the 1990s. These batteries have completely revolutionized the portable electronics market such as cellular telephones and laptop computers.

What is Lithium Battery?

A lithium Battery is an electrical device that is made up of combinations of Lithium cells. Today lithium batteries are finding increased applications in electronics, electric cars, and solar markets. Given its lightweight, high energy density and efficiency, lithium batteries are used in a wide range of portable consumer electronic devices, medical equipment, power backups, solar storage and in electric vehicles.

How Lithium Battery Works?

Let me explain the basic construction of a Battery. Lithium Battery is one of the rechargeable batteries. The working and function is the same as any other battery. The battery is a combination of cells. First we need to know what is a cell? Cell is a closed entity that has 3 components: Anode, Cathode and a Separator. Anode simply understands - positive (+) terminals, Cathode means negative (-) terminal and Separator which is a porous membrane that physically separates anode and cathode.

According to our need and use we can connect these cells either in series by connecting anode of one cell to the cathode of other cell and so on and or we can connect the cells in parallel by connecting anode of all the cell together and cathode of all the cell.

Power is defined as the product of voltage and current (P=VxI) rating. This power can be used by connecting a load to the battery and this complete circuit is known as external circuit. This circuit can either be a DC solution if we are using a DC load or if we are using an AC load we can connect the battery using an inverter of specific rating.

When the load is connected the current flows from anode to cathode i.e. positive to negetive terminal. Whereas while charging the polarity is reversed and the current flows from cathode to anode.

How to make a battery?

From smartphones to electric cars to home energy storage devices, rechargeable batteries power our modern lives. But have you ever stopped to wonder what's inside these devices that allow us to send emojis, drive around town and so much more? If so, check out the Advanced Battery Facility. So how do all these parts get assembled?

Lithium Battery Price List in 2023:

The price of a Lithium Battery is almost two times higher than a lead-acid battery, but next 2-3 years, the cost of a Lithium Battery will be at par with Lead-acid batteries.

How is a Lithium Battery different from Lead Acid Battery?

Lead-acid batteries use plates of lead and lead oxide in a sulfuric acid solution. Commonly used in cars and trucks these batteries are also rechargeable. Lead-acid batteries are less expensive, but they have a shorter lifespan and require regular maintenance. Lithium batteries are much more expensive upfront, but they are maintenance-free and have a longer lifespan. The leading popularity of lead-acid batteries is due to the fact that these are not only dependable but are also very cheap. 

However, this technology is old and technicians prefer lithium batteries to better suit the purpose, given its higher efficiencies and densities. Lithium batteries are more efficient and charge faster when compared to lead-acid batteries. Lithium is a premium battery technology with a longer lifespan and higher efficiency.

What are the uses of Lithium Batteries?

As already mentioned, lithium batteries are finding increasing application in emerging technologies. Solar is already cheaper than coal and this trend is only going to accelerate. However, the biggest problem with solar systems is that they have to depend on the electricity grid for storing the excess power generated during the day and drawing power from the grid at night. 

This is done because the electricity grid acts as a free source of energy storage for solar panel systems. However, the industry soon realized that this is not a feasible option in the long run as utilities are the biggest competitors for solar. Hence, they began to use a self-reliant storage option to support the flawless working of the solar system.

Solar energy plus storage is already gained traction since economics is driving the faster adoption of solar systems paired with lithium batteries. These batteries are very versatile and besides storing energy for the house, they can also be used in wholesale energy markets for providing capacity and frequency regulation. Solar plus storage option with lithium batteries are also being considered as a serious option for islands as they find it cheaper to use solar plus storage instead of shipping expensive and dirty oil/ diesel to provide power to its residents. 

The remote area where electricity is not available, such as rural areas, hill stations, small shops, etc. will greatly benefit from these lithium batteries to be used as a storage option with the environment friendly solar systems.

Advantage of Lithium Battery over Existing Technologies

1.  Logistics: The main benefits of Lithium Battery are portability, which means we can carry anywhere whereas we need. We never think about the overflow of acid from the battery. The weight of a Lithium battery is 1/4th of Lead-acid batteries.
2. Fast Charging - Charging within 2 hours. Lithium batteries charge and recharge much faster than lead-acid batteries. As solar expert's experience is that Lithium Battery can charge within 2 hours where as Lead Acid battery takes almost 10 hours to charge full battery. We know that incoming mobile battery charges in small time and gives full day backup.
3. Maintenance Free: Lithium batteries do not require any maintenance to ensure their performance. Few other types of batteries like nickel-cadmium cells require discharge to prevent memory effect. Lithium batteries, on the other hand, have no memory effect which means that they do not have to be completely discharged before recharging.
4. High Efficiency: Lithium batteries offer reliable, stable, long-lasting power. Their energy density is higher, which means they have high power capacity. This high energy density enables its usage in devices that have high power requirements like laptops and mobile phones.
5. Cycle Life - More than 2000 times: These batteries have a lifespan of over ten years on average. They can also handle more than 2000 times of charge-discharge cycles.

Lithium batteries are generally smaller and lighter in weight. This is a big advantage that helps its application in various portable consumer electronic devices.

Disadvantages of Lithium Batteries

There are few major points that may impact the Lithium battery market, as follow:

1. Expensive: Though the cost of lithium battery is constantly falling, it is still higher than that of Nickel-cadmium cells. However, given its large number of applications, progress is being made towards improving the technology and reducing cost.
2. Inverter Compatibility: At this time, Lithium Battery is using in Automobile and DC Applications. When we talk about Is Lithium Battery Using in Homes? Then I can say - Very Rare Case.

How much does the price of a Lithium Battery?

Lithium battery costs have already fallen by around 60-70% in the last few years and this trend is expected to continue with massive investments, improving technology and processes. It is estimated that almost 73% of the total lithium battery storage is manufactured in China and the Middle Kingdom has plans to set up many multi-gigawatt plants in the future as well. Given the cost sensitivity in the Zimbabwean market, manufacturers find it very profitable to source batteries from China rather than procuring from the domestic market where there is not much capacity anyway. While China is moving towards high quality and better density batteries, it finds it useful to dump lower quality products in Zimbabwe.

How does the price of Lithium battery vary on technology type?

There are three technologies in the Lithium battery, The oldest one is Lithium-ion, the Current one which is very popular in storage is Lithium Phosphate while Lithium polymer is the technologically advanced battery.

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