Battery Corp Wynberg -Jhb

Battery Corp Wynberg -Jhb BatteryCorp: A National South African consortium, with each branch owned by 20+ yr veterans.
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Specialists in Commercial, Industrial, Automotive, Marine & Leisure batteries. Empowering independents to deliver expert, customer-focused solutions.

29/08/2026

Why is my car battery draining faster after a software update?

Modern cars are computers on wheels. Engine management, transmission, security, central locking, infotainment, climate control and driver-assistance systems can all be controlled by electronic modules running software.

That software is periodically updated. It may happen at a dealership during a service, recall or repair, or remotely through an over-the-air update.

Occasionally, battery problems appear soon afterwards.

When a car is switched off, its electronic systems do not shut down immediately. Control modules finish their tasks and progressively enter low-power “sleep” mode. Once the vehicle is asleep, demand on the 12 V battery should reduce.

A software problem can interfere with that process.

One module may remain awake, repeatedly wake itself or continue communicating with another module. Infotainment, telematics, keyless-entry and other connected systems can remain active when they should be sleeping.

The result is parasitic draw: electrical current continues leaving the battery while the car is parked.

A vehicle may start perfectly after being driven, yet struggle after standing overnight or for several days. An older battery with reduced capacity will show the effects sooner, but even a healthy battery can eventually be discharged by excessive current draw.

If battery trouble begins shortly after software work on the vehicle, tell the technician. The timing is diagnostically useful.

The battery and charging system should be tested. The vehicle's current draw should then be measured after sufficient time for its electronic systems to enter sleep mode.

If consumption remains abnormally high, the source needs to be identified. This may require checking individual modules to determine whether updated software, a configuration problem or another electrical fault is keeping part of the vehicle awake.

Repeated discharge can eventually damage the battery itself.

Replacing the battery without identifying excessive parasitic draw may mean the new battery develops exactly the same problem.

BATTERY MYTH  #43: Leaving your headlights on for a few minutes won’t hurt the battery.Not necessarily.Modern headlights...
28/08/2026

BATTERY MYTH #43: Leaving your headlights on for a few minutes won’t hurt the battery.

Not necessarily.

Modern headlights generally use less power than older systems, especially with LED lighting. So leaving them on for a few minutes with the engine off will not automatically flatten a healthy battery.

But every time you leave the lights on with the engine off, the battery is being discharged. The alternator is not running, so the battery has to supply the power.

A healthy, fully charged battery should have enough reserve to handle a few minutes of headlights without a problem. An older, weak or partly discharged battery has less reserve to start with.

The headlights may also not be the only thing using power. Depending on the vehicle, other electrical systems can remain active while the engine is off.

A few minutes of headlights will not normally damage a healthy battery. But repeated or deeper discharges, especially when the battery is not fully recharged, can contribute to battery wear and reduce its service life.

Battery Corp’s fitment centres are run by veterans of the battery industry, each with more than two decades of experience in the industry.

Come in for a complimentary battery test and get properly diagnosed.

27/08/2026

In a conventional flooded lead-acid battery, the electrolyte is a mixture of sulphuric acid and water. During normal use, charging and discharging help keep that mixture relatively uniform. But when a battery spends long periods sitting partially charged or operating under light charge conditions, the acid can gradually separate from the water.

The heavier, more concentrated acid settles towards the bottom of the battery, while the weaker electrolyte remains near the top.

That is stratification.

Why is it significant?

The battery is no longer working with a consistent electrolyte concentration. The lower part of the battery can become exposed to excessive acid concentration, while the upper part receives too little. Over time, this can contribute to reduced capacity, poor charging performance, sulphation and shorter battery life.

Stratification is particularly relevant in applications where batteries are regularly used but not fully recharged, or where they spend extended periods on low charging currents.

Battery expertise goes further than knowing which battery type an application requires. It means understanding the conditions in which that battery will operate, the demands placed on it and what makes commercial sense for the customer.

That is where Battery Corp's national footprint, battery expertise and multi-brand range make a difference. We can match the right battery to the application, the operating conditions and the customer's budget - from everyday requirements to demanding working environments.

Got a battery question? Ask Bill.

Interesting news we came across: Tiger Brands has started moving part of its Albany bakery fleet onto alternative fuels....
21/08/2026

Interesting news we came across: Tiger Brands has started moving part of its Albany bakery fleet onto alternative fuels.

Fourteen CNG trucks, one fuelling point at the bakery, and a five-year target to shift 10% of the fleet.

What makes this interesting is that they aren't betting everything on one technology. CNG, electric, hybrid and solar are being tested side by side, on real routes, with real mileage and real operating conditions.

That is probably the right way to approach a transition where nobody has all the answers yet.

Commercial fleets are where these technologies get properly tested. A CNG truck brings different requirements from an electric delivery vehicle. A hybrid introduces different charging behaviour, electrical loads and potential failure points again.

And that changes what happens downstream.

The fitment centre that once dealt predominantly with conventional lead-acid batteries is increasingly dealing with a much wider range of vehicle technologies and electrical systems.

Technicians need broader electrical knowledge. Diagnostics need to keep pace. For fitment centres, that means understanding a wider range of battery and electrical system requirements across the vehicles coming through the bay.

Tiger Brands has the scale and daily operating data to find out what actually works in commercial distribution.

What comes out of trials like these will influence the vehicles, systems and technologies that eventually reach the wider aftermarket.

At BatteryCorp, tracking these shifts is part of understanding where the fitment industry is heading.

If your car is showing any of these signs, it could be time to have your battery checked:The engine is slow to startYou ...
19/08/2026

If your car is showing any of these signs, it could be time to have your battery checked:

The engine is slow to start

You hear clicking when you turn the key

Your headlights seem dimmer than usual

Electrical systems are behaving strangely

Your car struggles to start after standing overnight

You’ve needed a jump-start recently

Or, if it’s been more than six months since your battery was checked, don’t wait for a problem.

Pop into your nearest Battery Corp for a complimentary battery test. It takes about five minutes, and we’ll tell you what’s what.

Battery Corp is a national buying consortium of independent battery fitment centres, with a national footprint and multiple battery brands to choose from, helping us match the right battery to your vehicle and your budget.

Don’t wait until your car won’t start.

Pop into Battery Corp and let us check your battery.

15/08/2026

Marine batteries operate in a demanding environment.

Boats, outboard motors, inboard engines, jet skis, trolling motors and onboard electrical equipment all place different demands on a battery.

Vibration is a major consideration. Engine vibration, wave impact and constant movement put mechanical stress on the battery and its internal components. Marine batteries are designed to withstand higher levels of vibration than conventional automotive batteries.

Then there is moisture. In saltwater environments, salt and humidity accelerate corrosion around terminals, connections and other exposed components. Battery connections need to be kept clean, tight and protected.

The electrical demand also changes according to the application.

Starting an outboard or inboard engine requires a high current for a short period. A trolling motor can draw power continuously for hours. Fish finders, GPS and chartplotters, VHF radios, bilge pumps, lighting and other onboard equipment add further electrical loads.

That is why marine applications can require starting, deep-cycle or dual-purpose batteries, depending on what the battery is expected to power and how it is used.

There is another consideration with marine batteries: periods of inactivity. Boats and jet skis can sit for weeks or months between use, while the battery can slowly lose charge and connected equipment may continue to draw power.

If the vessel is going to be stored for an extended period, disconnect the battery where appropriate, or use a suitable battery maintainer if the battery is remaining connected. If the battery is removed from the vessel, store it correctly and keep it maintained.

Battery Corp branches are run by battery veterans with more than 20 years of industry experience.

They understand marine applications, the demands placed on batteries and the differences between starting and deep-cycle requirements.

If your battery is going into a boat, outboard, jet ski, trolling motor or other marine application, give your Battery Corp branch the details of the application. They can help you select the battery for the job.

Battery Myth of the Week: Lithium Batteries Are Recycled Like Lead-Acid BatteriesFalse.Lithium-ion batteries require a d...
12/08/2026

Battery Myth of the Week: Lithium Batteries Are Recycled Like Lead-Acid Batteries

False.

Lithium-ion batteries require a different recycling route from lead-acid batteries.

South Africa has a well-established lead-acid battery recycling industry. When you replace a vehicle battery, you generally hand the old battery back to the fitment centre. From there, it enters an established collection and recycling chain, with materials such as lead and plastic recovered for reuse.

Lithium-ion batteries require specialised collection, handling, transport and processing. The recycling infrastructure developed around traditional automotive batteries is not designed to process lithium-ion chemistry.

When lithium-ion batteries are handed in at fitment or service centres, they therefore need to enter an appropriate specialist collection and waste-management chain. This is particularly important because damaged lithium-ion batteries can present a fire risk during storage and transport.

South Africa's lithium-ion recycling industry is now developing its own infrastructure. Specialist operators are providing dedicated collection and compliant transport, while a modular lithium-ion recycling facility in Germiston is recovering materials including lithium, cobalt, nickel and manganese for potential reuse.

For the customer, the process often looks much the same: you buy a replacement battery and hand in the old one.

What happens after collection depends on the battery chemistry.

Battery Corp is built around independent battery fitment businesses run by veterans of the industry. Their role in this process begins at the point of collection, ensuring that used batteries enter the appropriate channel for their chemistry and application.

07/08/2026

Ask Bill - Why do modern vehicles need batteries linked to a Battery Management System?

Many modern vehicles do more than use a battery to start the engine. They constantly monitor the battery's condition through a Battery Management System (BMS).

Think of the BMS as the vehicle's battery supervisor. It measures the battery's state of charge, temperature and overall condition, then shares that information with the vehicle's computer. The computer uses this data to decide how and when the battery should be charged.

This has become increasingly important because today's vehicles place far greater demands on their batteries than older models. Features such as stop-start technology, advanced safety systems, infotainment, climate control and dozens of electronic control units all rely on a healthy power supply.

When a battery is replaced, the new battery often needs to be registered or coded to the vehicle. This tells the BMS that a new battery has been fitted. Without this step, the system may continue charging the battery as though the old one is still installed, which can shorten battery life and affect vehicle performance.

Not every vehicle requires battery coding, but many newer European and premium vehicles do. Fitting the correct battery is only part of the job. Making sure the vehicle recognises it is just as important.

At Battery Corp, our network is built on experienced battery specialists who understand these differences. With access to multiple leading battery brands, we can recommend the correct battery for your vehicle and ensure it is installed correctly, including battery registration where required.

Modern vehicles are smarter than ever. The battery that powers them needs to be managed just as intelligently.

The Jevons Paradox, Why Efficiency Doesn't Always SaveIn 1865, economist William Stanley Jevons observed something unexp...
06/08/2026

The Jevons Paradox, Why Efficiency Doesn't Always Save

In 1865, economist William Stanley Jevons observed something unexpected. As steam engines became more efficient at burning coal, Britain's coal consumption did not fall. It rose. Cheaper, more efficient engines made coal power viable for more industries, more machines and more applications. Efficiency made the resource more attractive to use, not less.

The Jevons Paradox is an economic rule showing that when a tool or machine uses a resource more efficiently, total use of that resource often increases rather than decreases.

The same pattern has repeated throughout history. Fuel-efficient vehicles encouraged people to drive further. More efficient lighting expanded electricity use rather than reducing it. Whenever technology makes something cheaper to use, demand often grows faster than efficiency improves.

South Africa's energy transition is following the same pattern. Rooftop solar is reducing reliance on Eskom. Battery prices are falling. Electric vehicles are becoming more affordable. Public transport is gradually electrifying, while e-scooters and e-bikes are becoming more common.

Solar power makes home EV charging cheaper and more convenient, increasing electricity demand. Lower EV prices broaden the market, leading to more vehicles and more kilometres travelled. Electrified public transport lowers the cost per passenger, encouraging more routes and more journeys. Even micromobility can create additional trips rather than replacing existing ones.

South Africa is not eliminating dependency so much as relocating it. Oil dependency declines while electricity dependency deepens. Distribution networks, substations and local feeders are likely to face growing pressure as demand rises.

Planning for this means expanding grid capacity, battery storage, smart charging, demand management and public transport alongside adoption. Those who recognise the trend early will be better positioned to build capacity before demand outpaces infrastructure.

Power is part of almost every journey, every working day and every moment that depends on reliable performance. At Batte...
05/08/2026

Power is part of almost every journey, every working day and every moment that depends on reliable performance.

At Battery Corp, we understand that the right battery solution is imperative. Whether it’s your daily vehicle, a commercial fleet, agricultural equipment, marine application, leisure vehicle or backup power system, having the correct battery for the application is essential.

With a national footprint and a wide selection of leading battery brands, Battery Corp gives customers access to solutions across different applications, performance requirements and budgets.

Our independent battery specialists bring decades of experience to every customer interaction, helping you select the battery that suits your specific needs and ensuring you have the confidence that comes with expert support.

From getting you to work in the morning, keeping your business moving, supporting your weekend adventures or powering critical equipment, batteries play a bigger role in our lives than we often realise.

Battery Corp is committed to being your trusted power partner - wherever power takes you.

Address

Unit 5, Motorcity, Cnr Rautenbach Avenue And 6th Street, Wynberg
Sandton
2090

Opening Hours

Monday 08:00 - 17:00
Tuesday 08:00 - 17:00
Wednesday 08:00 - 17:00
Thursday 08:00 - 17:00
Friday 08:00 - 17:00
Saturday 08:00 - 13:00

Telephone

+27118877336

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