Power Electronics / Power Management


Localise lithium and cobalt battery manufacturing

30 September 2024 Power Electronics / Power Management

Lithium, nickel, and cobalt are three of the key minerals used in the manufacture of electric vehicle (EV) batteries, and all of these minerals are mined in southern Africa. However, the raw materials are exported, and batteries are then manufactured in other countries, with the finished product being shipped back. This is a significant missed opportunity, to not only move countries like South Africa and Namibia up the value chain, but also to create greater economic stability, while improving the cost effectiveness and carbon footprint of EVs in the region.

Mineral wealth

As the global focus is shifting toward creating more sustainable solutions and away from the widespread use of fossil fuels, EVs are an increasingly popular transportation option. EVs run off batteries, and the manufacture of these batteries is poised to become a massive industry in the near future. There are several types of batteries currently in use, each with various pros and cons, and each with different compositions, requiring different minerals. Not only are the main three minerals (lithium, nickel, and cobalt) all mined in southern Africa, but so too are the various other minerals commonly used including manganese, iron, graphite, aluminium, and copper.

Mining these minerals locally, then exporting them for manufacture before importing them as a finished product, reduces the cost effectiveness of EV batteries in the country. It also represents the loss of an opportunity to move up the value chain and increase the profits and economic gain that can be generated through these minerals. If EV battery manufacturing could be localised, the southern African region could capitalise on this growing market, stimulate economies, and boost job creation, while at the same time making EVs more affordable for local users, and reducing their carbon footprint further.

Leveraging the opportunity

Manufacturing EV batteries in South Africa has many benefits. However, for this to become a feasible option, there needs to be off-takers for the mines – if they have no local manufacturers to sell to, then they have few options other than to export their goods. This will require collaboration and cooperation between government and the private sector. Government needs to incentivise the investment required into manufacturing, in processing, and the supply chain in general, and the private sector must leverage these opportunities. It will also be necessary at the outset to bring in the skills required to set up the processes, advise and consult, and from there ensure that the necessary skills transfer and development takes place.

We need to create opportunities locally, driven by government incentives and grants, to take the long-term view of economic prosperity we need to drive this industry forward. There is immense potential in the EV battery manufacturing space, which could also then feed into other areas of EV manufacturing and assembly, and other areas of the economy, helping to drive foreign investment and economic growth, together with job creation and sustainability in terms of economy and the environment.

For more information visit www.oxyon.co.za




Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Wine farm turns to solar installation for power
Current Automation Power Electronics / Power Management
Slanghoek Wine farm opted into a power purchase agreement to lower overall electricity costs and enter a true sustainable future, with a price-competitive edge on lower running costs.

Read more...
Industrial PSU family
Brabek Power Electronics / Power Management
The RACPRO1 family of PSUs supports a universal DC input voltage range from 430 to 850 V DC, allowing the parts to support renewable energy and microgrid applications.

Read more...
Integrated POL voltage regulators
EBV Electrolink Power Electronics / Power Management
Infineon’s TDA38807 and TDA38806 are their highest density high-efficiency integrated point-of-load (IPOL) solutions for smart enterprise systems.

Read more...
Hi-Rel quarter-brick converters
Accutronics Power Electronics / Power Management
Gaia Converter’s quarter-brick series DC-DC power modules provides output power levels ranging from 75 to 250 W in fixed output voltages.

Read more...
1700 V GaN Switcher IC
Future Electronics Power Electronics / Power Management
Power Integrations has introduced a new member of its InnoMux-2 family of single-stage regulated multi-output offline power supply ICs, the industry’s first 1700 V gallium nitride switch.

Read more...
How ADI battery management solutions empower safer, smarter robots
Altron Arrow Editor's Choice Power Electronics / Power Management
Choosing an appropriate battery pack and its accompanying battery management system is a critical decision in designing an autonomous mobile robot.

Read more...
Industrial power supply range
RFiber Solutions Power Electronics / Power Management
SynQor’s ruggedised AC-DC and DC-DC converters and filters are designed for a wide range of industrial applications, including those required to withstand harsh environments.

Read more...
PSUs for industrial applications
Power Electronics / Power Management
RECOM’s REDIIN120/240/480 series of AC-DC converters perfectly corresponds with customer needs by exhibiting high efficiency and low energy consumption at no load.

Read more...
Highest density automotive-grade power modules
Altron Arrow Power Electronics / Power Management
Vicor has released three automotive-grade power modules for 48 V EV systems, which deliver industry-leading power density.

Read more...
MOSFET for automotive applications
Altron Arrow Power Electronics / Power Management
Infineon’s OptiMOS 7 100 V is offered in the company’s versatile and robust, high-current SSO8 5 x 6 mm2 SMD package.

Read more...