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One of the smartest investments in any energy system is the ability to expand when your requirements change. The LBSA Low Voltage Battery Range is designed with scalability in mind, allowing multiple batteries to be connected in parallel to increase storage capacity while maintaining the same system voltage. Whether you're powering a home, business, farm, or backup system, you can start with the capacity you need today and expand your storage as your energy demands grow. Benefits of Parallel Battery Expansion: ✅ Increase storage capacity without changing system voltage ✅ Expand your system as your energy needs increase ✅ Ideal for residential, commercial, and agricultural applications ✅ Simple battery communication and integration ✅ Reliable LiFePO₄ technology for long-term performance ✅ Locally assembled, serviced, and supported A battery system that grows with you means fewer limitations, greater flexibility, and a smarter long-term investment. 📞 010 110 1991 📧 [email protected] 🚨 Support & Emergency Line: 061 476 4824 PROUDLY SOUTH AFRICAN Locally Assembled | Serviced | Supported

Water is one of your farm's most valuable resources. The question is: do you have the power available when your crops need it most? The LBSA Rhino Intelliflex High Voltage Battery works seamlessly with solar and VSD-driven irrigation systems, allowing farmers to extend irrigation hours beyond daylight while reducing reliance on generators and grid power. How it works: During the day Solar energy powers the pivot while excess energy charges the battery. After sunset The Rhino Intelliflex automatically takes over, keeping water flowing when solar production drops. Before sunrise The battery continues powering the system until the sun is back up and solar generation resumes. Key Benefits: ✅ Direct high-voltage integration with VSD systems ✅ More irrigation hours from your existing solar investment ✅ Reduced diesel and grid electricity costs ✅ Ideal for pivots, pumps and agricultural applications ✅ Smart, scalable high-voltage energy storage ✅ Locally assembled, serviced and supported Protecting every drop. Powering every hectare. 📞 010 110 1991 📧 [email protected] 🚨 Support & Emergency Line: 061 476 4824

During Enlit Africa 2026, Bain Viljoen, CEO of Lithium Batteries South Africa, shared some insight into locally assembled, serviced and supported battery solutions. The discussion focused on how local battery manufacturing and support can help address some of the common challenges often experienced with imported energy storage products, especially when it comes to technical support, serviceability and long-term reliability. Bain also touched on the role of advanced battery technology, solar integration and intelligent energy storage systems in creating more dependable power solutions for South African conditions. Sharing the video here for anyone interested in local energy storage development and the direction of battery solutions in South Africa.

At the Standard Bank Enlit Africa Gala Dinner earlier this year, Lithium Batteries South Africa (LBSA) was honoured to receive the Battery Safety Innovator of the Year 2026 award. We're incredibly proud of the recognition, but it also raises an interesting question: What does battery safety innovation actually look like in the real world? Because battery safety is about far more than certificates, compliance documents, or marketing claims. It's about what happens when things don't go according to plan. The Industry's Biggest ChallengeAs lithium battery adoption continues to grow across residential, commercial, agricultural, and industrial applications, one topic keeps appearing in industry discussions: How do we make energy storage safer? Battery Management Systems have become more advanced. Cell technology continues to improve. Monitoring systems are getting smarter. Yet the industry is increasingly recognising that safety requires multiple layers of protection rather than relying on a single solution. The question is no longer whether safety matters. The question is how far manufacturers are willing to go to improve it. Our Approach at LBSAOver the last few years, a significant portion of our development effort has focused on improving battery safety across our product range. This includes: In-house designed Battery Management Systems (BMS) Advanced monitoring and protection strategies Fireblock-integrated fire suppression solutions Fireblock Suppression Ready battery platforms Extensive real-world testing and validation Battery designs developed specifically for African operating environments One of the most interesting lessons we've learned is that battery safety is rarely about a single feature. It's about creating layers of protection that work together. Safety You Can Actually SeeOne of the reasons we have been so passionate about demonstrating our technology publicly is that safety claims are easy to make. Demonstrating them is far more difficult. Over the past year, many people have seen our thermal runaway demonstrations where Fireblock suppression technology was deployed inside a battery system. The purpose wasn't to create a marketing stunt. The purpose was to show what happens when a battery experiences a serious internal event and to provide a transparent view of the results. Because ultimately, the industry benefits when manufacturers openly discuss safety rather than treating it as an afterthought. A Recognition for South African InnovationReceiving the Battery Safety Innovator of the Year award was particularly meaningful because it recognised work being done right here in South Africa. Too often, advanced battery technology is viewed as something developed elsewhere and imported into Africa. The reality is that South African companies continue to develop innovative solutions that address the unique challenges faced by our market. Harsh environmental conditions, remote installations, agricultural applications, industrial sites, and growing energy demands all require solutions designed with local realities in mind. Where Do We Go From Here?Winning an award is a great milestone, but it is not the finish line. If anything, it raises the bar. As battery systems become larger and more widely adopted, safety expectations will continue to increase. New technologies will emerge. Standards will evolve. Customer expectations will grow. And that's a good thing. Because every improvement in battery safety helps strengthen confidence in energy storage as a whole. We'd be interested to hear from the Power Forum community: What safety features do you believe should become standard in lithium battery systems over the next five years? Integrated fire suppression? Advanced thermal monitoring? Improved installation standards? Something else entirely? The discussion around battery safety is only getting started.

What actually happens inside a lithium battery when thermal runaway occurs? It's a question that gets asked often across the energy storage industry, but very few people ever get the opportunity to see the answer. At Lithium Batteries South Africa (LBSA), we wanted to move beyond theory and show a real-world example. Using a 5.3 kWh LBSA Fireblock Suppression Ready Battery, a controlled thermal runaway event was initiated to demonstrate how integrated fire suppression technology responds under extreme conditions. The TestThe battery was placed into thermal distress and monitored as the event developed. As designed, the integrated Fireblock suppression system activated automatically, deploying Fireblock Lithium Gel directly inside the battery enclosure where the thermal event was occurring. No external intervention was required. The suppression system responded from within the battery itself. Then We Opened the BatteryAfter the event, the battery was carefully opened to inspect the results. What we found was remarkable. The Fireblock Lithium Gel had deployed throughout the affected area, covering the cells involved in the event and visibly spreading through the battery compartment. The thermal event had been contained within the battery, preventing further escalation and limiting the spread of heat. The green gel visible throughout the battery tells the story better than words ever could. It provides a real-world example of what integrated suppression technology looks like after activation. Why This MattersAs lithium battery installations continue to grow in homes, businesses, farms, and industrial facilities, battery safety remains one of the most important discussions in the industry. While battery management systems play a critical role in preventing faults, the reality is that additional layers of protection are becoming increasingly important for high-value energy storage assets. The ability to respond to a thermal event internally, at the source, provides another level of safety that traditional external firefighting methods cannot achieve on their own. Seeing Safety in ActionThere is no shortage of claims in the battery industry. What makes demonstrations like this valuable is that they allow people to see the results for themselves. No simulations. No animations. No marketing graphics. Just a real battery, a real thermal event, and a real suppression system doing exactly what it was designed to do. As the industry continues to push for safer energy storage solutions, practical demonstrations and transparent testing will remain essential in helping installers, engineers, insurers, and end users understand what modern battery safety can look like. What are your thoughts on integrated fire suppression inside lithium batteries? Is this something you see becoming standard practice in the future?

Keep your business running during outages with reliable solar backup solutions - without paying the full amount upfront. Our asset finance option allows qualifying companies to get the solar backup products they need now, with the total payable over a 6-month or 12-month period This offer is available for businesses only and does not apply to individual/private purchases. Solar backup solutions 6 or 12-month payment option Designed for business needs Keep operations running during power interruptions Contact us today to find out more or request a quote. T&Cs apply. Get in contact with us: 010 110 1991 [email protected] Support & Emergency line: 061 476 4824 PROUDLY SOUTH AFRICAN Locally Assembled | Serviced | Supported #SolarEnergy #SolarPower #BusinessSolar #SolarBackup #BackupPower #LoadShedding #EnergyStorage #LithiumBatteries #CommercialSolar #RenewableEnergy #SolarFinance #BusinessSolutions #EnergyIndependence #SouthAfricaSolar #PowerYourBusiness

Featured in this installation are 4 × LBSA 5.3kWh Low Voltage Lithium Batteries, delivering a combined 21.2kWh of reliable energy storage. Designed for flexibility and scalability, the LBSA 5.3kWh battery allows homeowners and businesses to start with the storage they need today and easily expand as their energy requirements grow. - Modular & Scalable Design - Safe LiFePO₄ Technology - Long Service Life - Compatible with Leading Inverter Brands - Locally Assembled, Serviced & Supported Whether you're looking for dependable backup power, improved solar self-consumption, or energy independence, the LBSA 5.3kWh battery range provides a reliable solution built for South African conditions. With 21.2kWh of total storage capacity, this system demonstrates how multiple LBSA batteries can be combined to create a powerful, scalable energy storage solution that delivers reliable performance day after day. A clean, professional installation showcasing the flexibility and reliability of the LBSA low voltage battery range. Installation completed by GFS Agrilight Get in contact with us: 010 110 1991 [email protected] Support & Emergency line: 061 476 4824 PROUDLY SOUTH AFRICAN Locally Assembled | Serviced | Supported #LBSA #LithiumBatteriesSA #EnergyStorage #BackupPower #SolarEnergy #LiFePO4 #LocallyAssembled #ServicedAndSupported #PoweringTheFuture

Go Higher with LBSA High Voltage! When it comes to powering homes, farms, and industries, you need more than just storage – you need strength, reliability, and energy that never lets you down. That’s exactly what the LBSA High Voltage Battery delivers. 10-Year Warranty – peace of mind that your investment is protected. Unlimited Cycles – because true power shouldn’t have limits. Proven LBSA Quality – locally assembled, serviced, and supported. Built for performance, designed for the future, and trusted across South Africa, our High Voltage Battery is the ultimate solution for those who demand more from their energy. With LBSA, you’re not just buying a battery – you’re securing reliable power for the next decade and beyond. The future of energy is here. The only question is – are you ready to power up? Get in touch with us: 010 110 1991 [email protected] Connect with us on social media: YouTube: @LithiumBatteriesSA Instagram: Lithium Batteries South Africa PROUDLY SOUTH AFRICAN LOCALLY ASSEMBLED, SERVICED & SUPPORTED

Go Further with LBSA Low Voltage! For homes, small farms, and off-grid solutions, reliable energy is non-negotiable. That’s exactly what the LBSA Low Voltage Battery delivers. 10-Year Warranty – your peace of mind, guaranteed. 9000 Cycles – consistent power, day after day. Proven LBSA Quality – locally assembled, serviced, and supported. Compact, efficient, and built for performance, our Low Voltage Battery gives you dependable energy wherever you need it most. With LBSA, you’re not just storing power. You’re powering your life with confidence. The future of energy is here. Are you ready to go further? Get in touch with us: 010 110 1991 [email protected] Connect with us on social media: YouTube: @LithiumBatteriesSA Instagram: Lithium Batteries South Africa PROUDLY SOUTH AFRICAN LOCALLY ASSEMBLED, SERVICED & SUPPORTED

Power that grows with you. The LBSA Rhino IntelliFlex is built for businesses that want to start small and scale big - without limitations. • Modular design • Grow your system as demand increases • Up to 5.4MW capacity potential • Designed for future-proof expansion Whether you’re planning today or scaling for tomorrow, the LBSA Rhino IntelliFlex High Voltage Battery adapts as your energy needs evolve. Get in touch with us: 010 110 1991 [email protected] Support & Emergency line: 061 476 4824 www.lbsa.co.za PROUDLY SOUTH AFRICAN LOCALLY ASSEMBLED, SERVICED & SUPPORTED

Ever wondered how the Rhino Intelliflex High Voltage batteries can do module hot swapping? In the event that you have to swap out one of the modules, the module can be replaced regardless of the state of charge of the other batteries. The battery has a built in smart balancer that will burn the power of the highest modules by using 4x 1000W resistors in the controller until all become equalized with the rest of the rack. No manual charging or discharging required. It's all automated! Get in touch with us: 010 110 1991 [email protected] Support & Emergency line: 061 476 4824 www.lbsa.co.za

Built for the Elements. Engineered for Protection. The LBSA StormGuard Inferno High Voltage Battery is designed to perform in the harshest environments. With a water-resistant enclosure and integrated fire suppression system, the StormGuard Inferno provides an extra layer of protection for commercial, industrial and agricultural energy storage applications. Whether facing heavy rain, harsh conditions or fire-related risks, the StormGuard Inferno is built to help protect your energy investment. • Water-Resistant Enclosure • Integrated Fire Suppression • High Voltage Energy Storage • Industrial & Commercial Ready • Locally Assembled, Serviced & Supported When reliability matters, choose a battery designed for real-world conditions. Get in contact with us: 010 110 1991 [email protected] Support & Emergency line: 061 476 4824 PROUDLY SOUTH AFRICAN Locally Assembled | Serviced | Supported #LBSA #StormGuardInferno #FireResistant #WaterResistant #BatterySafety #HighVoltageBattery #EnergyStorage #IndustrialPower #CommercialEnergy #BuiltForTheElements #ProudlySouthAfrican

For the Goodwe Inverters you will select the Default (100ah) protocol

Good day, With the current setup, you run the panels and the battery to the inverter MPPT port. If you know your load is heavy most times, it's advised to double the panels to allow adequate power for the battery to also consume. Panel voltage is advised to be 100-150V higher than the battery voltage for optimal charging. The current setup allows for 15A charging; this can be doubled upon request and will require a small lead time. The battery will always allow charging from the panels, but can be configured with time of use to only discharge at certain times. This allows the battery to reserve power for the high-rate periods, drastically maximizing your ROI. You can also request special configurations where the panels are cut off from the inverter, should you want certainty that the battery is charged fully. Once the battery is full, the panels will be routed to the inverter via an aux contactor. Then, when your high-demand times kick in, the battery will engage the main discharge control, allowing the battery to supply the loads. If your inverter is fine with it, you can parallel multiple MPPTs from a central busbar as well as the batteries. to allow the inverter to use the full 100A capabilities of the battery.

Inverters such as the JSM Power inverters, which have an operating voltage of 30-50V