Welcome to Issue 18, a publication that continues to chronicle the dynamic transformations within Zimbabwe’s energy and power sectors.
The SunWolf Revolution is leading the charge in Zimbabwe’s changing energy landscape with its PowerPack Range, a line of high-capacity, intelligent solar inverter and energy storage systems.
Designed to keep the country moving forward, these systems provide reliability and resilience for a wide range of applications, from schools and hospitals to farms, factories, and mines. The PowerPack Ultra Range delivers scalable, intelligent solar energy generation and storage solutions built for Africa’s toughest energy challenges.
Verify Engineering, a wholly government-owned company, is making significant strides in providing a diverse range of solutions across the nation.
Operating through key Strategic Business Units, it is set to redefine the country’s capabilities in gases, energy, and engineering. The company’s expansion, particularly through its VE Gases SBU which came online in 2022, is already making a tangible impact on sectors from healthcare to heavy industry.
We have an enlightening piece from Hydro Utilities which emphasizes the economic benefits of improved water management for the mining and agricultural sectors, which are arguably the backbone of Zimbabwe’s economy. The article advocates for an integrated approach to water resource management to boost productivity and safeguard future profits.
We spotlight key players like Worstake Engineers, Airmass Sustainables, and Aquabridge, all of whom
EDITOR’S LETTER
are making significant contributions to their respective fields, from manufacturing durable steel pipes to providing cutting-edge renewable energy solutions and electrical cables.
Worstake Engineers, a renowned Zimbabwean company, will be exhibiting at the upcoming Mine Entra expo, a crucial platform for networking and business development in the mining, engineering, and transport industries.
Aquabridge, a trusted provider of high-quality electrical power cables, has established a new headquarters and warehouse to better serve its growing client base across various sectors, including power utilities, mining, and construction.
In a pivotal development for safety and awareness, Aurora Energy highlights the reasons why lithium batteries are highly combustible.
The article explains the concept of thermal runaway, a self-sustaining chain reaction where a battery’s high energy density and flammable components create a fire hazard. This information is crucial for understanding the technology behind modern energy storage solutions.
Meanwhile in other news, ZERA Chief Executive Officer Edington Mazambani announced a significant shift in the country’s energy sector: a transition from unsolicited bids in electricity procurement to a more transparent competitive bidding system.
ZERA also recently took its national roadshow to Kotwa, Mutoko, empowering the local community with vital information on safe energy practices, renewable solutions, and consumer rights.
A groundbreaking US$400 million investment is set to produce 50,000 tonnes of lithium sulphate annually, as construction of Huayou Cobalt’s new processing plant in Goromonzi nears completion.
The Premier Tobacco Buildings in Willowvale, Harare, has taken a significant step toward energy independence and sustainability with the recent installation of a massive 7.3 MW solar plant.
If you aren’t aware that an energy audit for a small-scale mine is a crucial step towards improving sustainability and profitability, we provide a comprehensive analysis of how a mine uses electricity, identifies opportunities for energy efficiency, and explores the potential for integrating renewable energy sources.
The ZETDC has successfully moved 99% of its customers in Bulawayo’s oldest suburbs from outdated systems to modern prepaid meters.
FuelBuddy, a leading global mobile fuel distribution platform that provides sustainable solutions for businesses, recently announced the official launch of its operations in Zimbabwe and Zambia.
Cicada Solar, a leader in Zimbabwe’s renewable energy sector, has announced the successful commissioning of a 1.2MW Solar PV power plant at Katiyo Estate in the Honde Valley.
While the Development Partners Renewable Energy Group convened a pivotal meeting recently, bringing together key stakeholders to accelerate Zimbabwe’s transition to a sustainable energy future.
For over 32 years, Hydro Utilities Consulting Engineers have consistently provided engineering consultancy services in the country and beyond the borders, supporting the mining industry in civil and structural infrastructure development. Hydro Utilities Consulting Engineers is a private firm of registered engineers established in 1991. Hydro Utilities prides itself in its long established track record of engineering design and technical advisory services and unparalleled focus on delivery.
“We are mindful of the significant contribution to national development that mining brings, and as such, we endeavor to match this by providing modern, yet sustainable engineering solutions. Our continued support to industry thus far, is testament of our sound and consistent management structure over the years and strong desire to demonstrate excellence” Eng. Thami Mpala (CEO – Hydro Utilities Consulting Engineering Group).
“Supporting the Mining Industry through innovative, sustainable water and wastewater engineering solutions”
Powering Progress, One Pack at a TimE
The SunWolf Revolution Zimbabwe’s energy landscape is changing, and SunWolf Renewables is leading the charge with its PowerPack Range — a line of high-capacity, intelligent solar inverter and energy storage systems designed to keep the country moving forward.
From schools and hospitals to farms, factories, and mines the PowerPack is more than a battery — it’s a promise of reliability, resilience, and progress.
The SunWolf PowerPack Ultra Range
Delivering scalable, intelligent solar energy generation and storage designed for Africa’s toughest energy challenges. Two flagship models showcase how businesses, institutions, and industries can take control of their energy future:
• PowerPack Ultra 100kW / 215kWh
Engineered for large-scale commercial, industrial, and institutional energy needs, this system delivers a powerful 100kW output with 215kWh of in-built battery storage. Its intelligent Battery Management System (BMS) provides real-time monitoring and advanced safety protections, while the modular design allows easy scaling for solar projects and micro-grids. Housed in a durable, IP55-rated steel cabinet, it is designed to withstand dust, moisture, and heavy use. Efficient air-cooling ensures - reliable, long-duration performance
• PowerPack Ultra 50kW / 143kWh
A scaled-down version of its big brother this high-capacity energy storage solution is built for large residential, and commercial and industrial solar applications, this system combines reliable backup with peak load management and off-grid stability. With advanced BMS technology, air-cooled efficiency, and seamless integration, it offers dependable long-duration energy storage for businesses seeking resilience and cost efficiency.
Powering the Future: The Mega Container Revolution
For large-industry, mines, agricultural and solar-farm projects, SunWolf’s range of fully containerised micro-grid systems set a new benchmark in scalable renewable energy.
These containers can be supplied in any number of different permutations with inverters from 100kW to 1MW and battery storage from 215kWh to 1,2MWh. These can be connected to solar arrays ranging from 600kW to 1.2MW and several containers can be connected in parallel to meet the demands of even larger projects.
•All-in-One Modular Design: container integrates a hybrid inverter, battery clusters, advanced Battery Management System (BMS), independent air conditioning, fire suppression system, power distribution box, Energy management System, and all auxiliary systems required for safe, efficient operation.
•Turnkey Energy Independence: a ready-to-deploy unit, it is quick to install and
provides seamless power for mining operations, industrial estates, agricultural hubs, and rural electrification projects.
•Remote & On-Site Support: Customers
The SunWolf Promise
At SunWolf Renewables, every innovation is driven by one vision: a cleaner, brighter, and more reliable energy future for Zimbabwe. With the PowerPack Ultra and Mega ranges, that vision is already taking shape — powering progress today and for generations to come.
Launching Our Journey in Community Impact
SunWolf Solar is proud to announce the completion of its very first Corporate Social Responsibility (CSR) campaign, bringing clean, reliable energy to the Jairos Jiri community.
In partnership with St John’s College Interact, we installed a solar-powered pumping system for one of their boreholes, ensuring a sustainable water supply for residents and programs that rely on it.
This project demonstrates SunWolf’s commitment to creating real, positive change — not just through innovative energy storage solutions, but by supporting communities where energy access can transform lives. From powering essential water resources to enabling everyday activities, the impact is immediate and tangible.
We’re excited to share this milestone and continue building partnerships that empower communities, fuel education, and drive sustainable development across Zimbabwe. Stay tuned to our social media channels for behind-the-scenes insights and stories from this life-changing project.
A rising force in Zimbabwe's industrial landscape, Verify Engineering, is making significant strides in providing a diverse range of solutions across the nation and beyond. A wholly government-owned company, it operates through several key Strategic Business Units (SBUs) that are set to redefine the country's capabilities in gases, energy, and engineering. The company's expansion, particularly through its VE Gases SBU, which came online in 2022, is already making a tangible impact on various sectors, from healthcare to heavy industry.
The company's multifaceted approach, as detailed by its leadership, is designed to be both strategic and disruptive, providing essential services and products that were previously scarce or difficult to access. With the Mine Entra Exhibition on the horizon, Verify Engineering is sharply focused on showcasing its capabilities to Zimbabwe’s mining industry, a sector critical to the country's economic growth. The company is poised to become a key supplier for mining operations, offering a range of products and services that address the sector’s unique challenges, including the need for reliable gas supplies, consistent power, and specialized engineering support.
Gases and Distribution for the Mining Sector
VE Gases, with its main production plant located in Mutare, is spearheading this transformation. The company has two operational plants—one for oxygen and nitrogen and another for acetylene, an industrial gas. In an interview, Michael Kateketa, the Commercial Director, explained, "These are basically industrial gases. Above that, we also do medical oxygen, which would be beneficial to our public health system and private health providers throughout the country."
This dual focus positions Verify Engineering as a critical supplier for both industrial growth and national health security.
Industrial gases such as oxygen, nitrogen, and acetylene are indispensable in mining and metal processing. Oxygen is used in smelting and refining processes to improve efficiency and remove impurities, while nitrogen can be used to create an inert environment underground to prevent explosions caused by flammable gases like methane. Acetylene is a primary gas for welding, cutting, and metal fabrication, all of which are essential for maintaining and repairing mining equipment.
The company's rapid expansion is not just limited to production but also extends to its distribution network, with a particular focus on mining hubs. VE Gases has strategically placed temporary distribution points in key locations across the country to ensure accessibility for its customers.
“With the gases, I think we’ve tried to spread our tentacles basically in places where we thought were strategic geographically,” Kateketa stated.
. "We are in Beitbridge, you can get product in Beitbridge, you can also get our product in Bulawayo, you can also get product in Mutare, you can also get product in Hwange, you can also get product in Harare, Masvingo and Kwekwe." This widespread reach is a deliberate effort to make products available while the company develops more permanent, long-term infrastructure.
The flagship of this new distribution model is under development at Harare Polytechnic College. Here, Verify Engineering is building a prototype depot that will be a "game-changer" for the Harare catchment area. Kateketa described the new multi-purpose facility, which will include offices, a retail space for gas accessories, and an on-site filling station.
"Basically what we mean by filling station is that we will be bringing our products, especially oxygen, from our plant in Mutare. We decant it in a storage tank and we then fill our cylinders from there." This will dramatically reduce turnaround times and lower distribution costs, making the company's products more competitive and easily accessible for clients.
This prototype will serve as a model for future depots in other cities, ensuring that all customers have easy access to products.The company's entry into the market has provided much-needed relief and a viable alternative for customers who previously had limited options. "I think our coming into the market has been also a major relief in the sense that we provided an alternative option for the customers," Kateketa said. This is a relationship the company hopes to continue to grow, with plans to expand its network even further by adding new distribution points throughout the country.
This commitment to quality is underscored by the company’s ISO certification. "We are ISO certified, ISO 9001 of 2015. We thought that was necessary because most of our clients are also ISO certified. So we didn't want them to doubt us in terms of our quality," Kateketa explained, emphasizing the company's strategic decision to operate at the same high standards as its clientele. The company undergoes regular audits to maintain this certification, assuring clients of its unwavering commitment to quality. Energy and Engineering Solutions
Beyond gases, Verify Engineering operates its VE Energy SBU, which provides comprehensive renewable energy solutions. The SBU can handle turnkey projects, particularly in the solar field, from design and sizing to installation. This is a crucial service for industries like mining and manufacturing that are seeking independent power solutions due to ongoing energy challenges.
Many Zimbabwean mining houses are already investing in solar projects to ensure stable and cost-effective power, and Verify Engineering is positioning itself to be a key partner in this transition. The company is there to provide such solutions, as shown by the 100-kilowatt grid-tied solar system at their plant as a successful prototype. The company is also a technical partner in potential projects, including a 50-megawatt plant awaiting financial closure, demonstrating its capacity to deliver large-scale solutions for industrial, commercial, and even domestic needs.
The company's third SBU, VE Technical Services, focuses on providing expert engineering solutions. This includes designing and installing processing plants and other technical equipment. The SBU's impressive portfolio includes a feedstock processing plant at Chinhoyi University of Technology (CUT) and a nanoparticles plant for Great Zimbabwe University.
As it continues to grow, Verify Engineering is planning to establish a state-of-the-art machine shop to complement its engineering services. The company also aims to make VE Gases a "one-stop shop" for industrial gases, meeting the increasing demand from the market. Kateketa expressed satisfaction with the company's progress, stating,
"We are carving our niche in the market and we hope to sincerely maintain the customer relationships which we have created and also maintain our market share. We like what we are doing in the market. We have been positive and disruptive." This confident assertion reflects a company that is not only contributing to Zimbabwe's industrial growth but is also poised to be a significant regional player.
The company's expertise is also being sought internationally. Kateketa proudly shared, "We were contracted by the Ministry of Health in Mozambique to put up oxygen, liquid oxygen storage tanks. There are four hospitals, two in Beira, one in Chimoio and one in Tete, where we have put up these tanks on behalf of the Ministry of Health."
This SBU's capabilities were further highlighted by David Ruocha, Sales & Marketing Executive.
"Our technical service teams projects provide the best solutions in doing gas reticulation systems whether in hospitals or let's say their malls like the recent one is the Greenfield Shopping Mall at Harare Showgrounds. We are the ones who did the reticulation system for all those restaurants that are around there," Ruocha said.
He added that the company's commitment to timeliness is a source of pride, as they managed to complete the Greenfield project before the commission date. Ruocha also revealed that the company is currently contracted to do an HVAC (Heating, Ventilation, and Air Conditioning) system at Gwanda State University and has also upgraded the reticulation systems for hospitals in Victoria Falls, and Bikita.
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Making Water A Part Of Mining And Agricultural Development:
The Economic Benefits Of Improved Water Management For The Mining And Agricultural In Zimbabwe.
By Eng. Thami Mpala
Zimbabwe is an agrarian country, with mining and agriculture arguably the backbone of the economy. Inevitably water resources plays a significant role in both the mining and agricultural sectors and the success thereof of these industries in contributing towards the country’s economic development.
Adequate water resources boosts agricultural and mining productivity and safe-guards future profits of the industries (minerals, crops, fisheries and livestock).
It therefore makes sense that to safe-guard our water resources, which is the mainstay of the mining and agricultural sectors, we must focus on improved water management and ensure our approaches and resource extraction methods are sustainable. Agriculture and food production is by far the largest user of water and the most important sector by employment especially for the medium to low-income population in Zimbabwe.
The mining sector is also growing at a steadfast pace with various players in the sector exploring the extraction of precious minerals and water use plays a big role in mining processes.
Population growth trends in Zimbabwe indicate that increases in the demand for food over the next 25 years will be met by increasing the yield from lands already under cultivation. Irrigated land currently produces 40% of the world’s food on 17% of the world’s agricultural land.
In comparison, Zimbabwe produces over 70% of its food requirements through rain-fed and/or irrigated land. These statistics therefore tell us that, greater efficiency, innovation and improved management is required if we are going to maintain or surpass the country’s agricultural output and needs.
The economic benefits of a successful agricultural sector are far too great to realise and a cornerstone in helping to realise Zimbabwe’s 2030 vision of becoming a medium income economy.
The mining sector attracts a substantial portion of Zimbabwe’s FDI, with recent figures indicating it contributes 65% to FDI. With ongoing reforms and increased exploration, Zimbabwe is positioned for significant growth in its mining output, particularly in gold, PGMs, and lithium, as it aims to unlock its full mineral potential. Therefore water resources is critical for the thriving of this sector.
The concept integrated water resources management can help us achieve this goal and set the foundations for sustainable management of agriculture and mining production thereby giving the country food security and mineral efficiency for the current and future generations.
The entire Zimbabwean economy is closely tied to rainfall variability meaning rainfall can be very erratic and unreliable over seasons. Improved water resources management is critical to the stability and security that is required to enable economic development.
Integrated water resources management is a process that promotes the coordinated development and management of water, land and related resources, in order to maximise the resultant economic and social welfare in an equitable manner without compromising the sustainability of vital ecosystems.
This process has been defined by the Global Water Partnership that is widely accepted and has been tried and tested in various regions of the world.
Integrated water resources management (IWRM) aims to brings issues of enabling environment, institutional structures, management instruments and infrastructure together in a coordinated way, so that management of water resources is effectively and efficiently implemented.
Through effective and efficient management of water resources, agricultural and food productivity is inevitably boosted. Increased agricultural and mining productivity brings with it a whole basket full of opportunities that propel economic development.
Drivers of IWRM in the country are the National Coordination Unit that sits under the Ministry of Lands, Agriculture, Water, Climate and Rural Resettlement, UNICEF, and the Global Water Partnership Zimbabwe Chapter that is hosted by the Upper Manyame Sub-Catchment Council office.
These are institutions where further advice can be sought and partnerships made in the drive towards sustainable agricultural and mining productivity. This article therefore calls for the policy makers and decision makers to adopt practices such as integrated water resources management that looks holistically in improving agricultural and mining productivity.
Established in 2016, Aquabridge Private Limited has grown into one of Zimbabwe’s most reliable and forward-looking suppliers of electrical power cables and accessories. Proudly Zimbabwean-owned, the company has earned its reputation through quality, efficiency, and customerfocused service.
From its modern headquarters along Seke Road and a customer service centre in The Grange, Harare, Aquabridge operates state-of-the-art offices, warehouse facilities, and a dedicated fleet of delivery vehicles. This infrastructure ensures seamless procurement and timely nationwide delivery for clients across the country.
“Our Modern Headquarters along Seke Road”
POWERING PROGRESS WITH INDUSTRIAL GASES
Reliable supply of high-quality gases for the mining and manufacturing sectors
AIRMASS SUSTAINABLES LEADS ZIMBABWE’S RENEWABLE ENERGY CHARGE
AIRMASS ENERGIES
Text by Martin Chemhere / Images by Caast Media Group
With its head office located at 356 Rayden Drive, Philadelphia, Borrowdale, Harare, Airmass Sustainables Pvt Ltd, also known as Airmass Energies, is emerging as a formidable force in Zimbabwe’s renewable energy sector. The company specializes in the design, supply, and installation of cutting-edge solar energy solutions, driven by a bold vision to power a greener and more sustainable future for the nation and the broader region.
Airmass Energies is committed to providing reliable, cost-effective, and environmentally friendly energy systems that address the increasing demand for clean power. As one of the most trusted players in the industry, the company has forged strategic partnerships with global technology leaders, including Huawei, ensuring that its clients benefit from the most advanced and efficient solar technologies available today.
Airmass Sustainables operates as an Engineering, Procurement, and Construction (EPC) contractor, and its expertise spans a wide range of clients, from residential homes to large-scale commercial, industrial and utility projects. The company’s core services are designed to offer comprehensive energy solutions. These include end-to-end solar power systems for homes and businesses, with flexible financing models such as outright purchases, a Pay-As-you-Go system, or energy tariffs. While they are established as a solar EPC company, Airmass Energies also construct and maintain utility power plants & distribution lines.
The company further diversifies its portfolio by designing, supplying, and constructing Liquefied Petroleum Gas (LPG) systems and service stations for retail, commercial, and industrial clients. Additionally, Airmass provides expert energy consultancy services, conducting detailed energy audits and feasibility studies.
The company has an impressive portfolio of completed projects including notable clients like Zuva Petroleum. In Harare and other parts of Zimbabwe, Airmass has successfully installed solar systems at multiple Zuva service stations, including Chitungwiza, Haddon’s, Kentucky, and Rhodesville. A highlight of their work is the solar-powered carport installation at the Zuva site in Chitungwiza, a 150 kW and 150 kWhr battery storage system that serves the dual purpose of providing car parking while generating renewable energy.
Other projects include a 50 kVA solar power system installation at Zuva Matlock and a similar 50 kVA hybrid system at Zuva Grange, both designed to reduce reliance on the national grid and lower energy costs. The company also collaborated with Simbisa Brands on a 150 kVA solar-battery system at the Zuva Makoni Simbisa site. Airmass Energies is also adept at handling nonsolar energy projects, as demonstrated by the installation of a fully compliant 25,000L LPG storage and distribution system in Kadoma for Zuva Petroleum and several bulk fuel storage tank farms in Hwange.
The process for designing and installing a solar power system at Airmass is an interactive collaboration with the client. It begins with a thorough assessment of the client’s energy requirements and a strategy to optimize their energy usage. Once the client approves the designed system, Airmass dispatches its skilled staff for the installation. After the system is in place, the company can offer O&M services to the solar systems.
This meticulous approach extends to how the company ensures quality and reliability of the systems. Airmass exclusively uses components from reputable brands and conducts rigorous inspections at every stage—during procurement, and both before and after installation. The company’s comprehensive aftersales service includes monitoring, maintenance, and repair services to ensure long-term performance and client satisfaction.
A crucial player in advancing Zimbabwe’s renewable energy goals, the company actively contributes to reducing greenhouse gas emissions by providing a viable alternative to fossil fuel-generated energy.
The company’s extensive expertise in steel fabrication, which serves diverse industries like agriculture, manufacturing, energy and construction, directly translates to specialized, high-quality engineering solutions for the mining sector.
Their unmatched experience, quality products, and significant pool of expertise in steel fabrication as a seasoned engineering company afford them a crucial edge in developing innovative engineering solutions for prevalent problems in the mining sector.
The significance of exhibiting at Mine Entra 2025 is paramount, as the company aims to effectively leverage this prominent platform to expand its market presence.
“It’s significant for us to Exhibit at Mine Entra 2025 as we seek to generate sales leads, strengthen brand visibility, understand competitors, and promote innovation and sustainable practices within our growing mining and engineering sector.
A conducive platform for networking with local and international stakeholders is provided, facilitating partnerships, attracting investment, and showcasing solutions to a captive and decisionmaking audience,” said Darlington Mapanga, Sales Engineer - Worstake Engineers t/a More Wear Manufacturing.
Beyond the product display, More Wear Manufacturing will be highlighting valueadded services for potential clients at the expo. Mapanga explained, “We offer value-added services to customers with benefits beyond the core product or service, such as customisation, project management, consulting services, training of end users, and advanced quality assurance.
Our products are pressure tested, and X-ray inspected on welds to ensure superior quality and performance beyond standard checks.” Mapanga noted that the company’s “think local” approach and its strategic investment in a skilled team provide a competitive edge in the Zimbabwean mining supply chain.
What makes the company truly unique amongst its competitors is the fact that More Wear possesses a vast pool of both young and experienced, qualified and competent engineers, coded welders, boilermakers, riggers, fitters, machinists, and electricians.
These multi-skilled teams are instrumental in demonstrating the ability to apply theoretical knowledge to real-world problems, ensuring adaptability to any mining challenge. This enhances problem-solving and innovative skills, facilitates the development of sustainable solutions, and cultivates a deeper understanding of industry dynamics.
In a sector increasingly focused on efficiency and cost-effectiveness, More Wear’s products, such as its material handling equipment and underground mining equipment, are designed to directly contribute to the success of its mining clients.
For example, the design and fabrication of their products highly prioritises Efficiency and
Cost-effectiveness to increase the profitability of their clients by reducing waste and related costs, lowering operating costs and flexibility, enhanced sustainability due to optimised power use, improved product quality and durability, as well as greater customer satisfaction.
Their products are specifically engineered to meet needs effectively by achieving more with less, which ultimately leads to greater value and market success. The company plays a huge role in supporting the Zimbabwean mining industry’s broader goals of value addition and economic growth.
It supports these goals by designing new systems, and by constructing and managing all phases of a mine’s lifecycle—from initial exploration and resource assessment to infrastructure development, equipment manufacturing, and operational assistance.
More Wear endeavours to provide solutions that make excavation, materials handling, smart processing, and digital transformation easier for their clients.
“Our commitment to quality, including adherence to international standards and certification, ensures the reliability and durability of our products for demanding mining applications.
Our quest and commitment to quality and making durable and sustainable products is demonstrated by adherence to international standards like ISO 9001, which involves establishing a framework and policy for consistent workmanship, high-quality products and services that meet customer and regulatory needs.
This practice enhances credibility, facilitates international trade, improves operational efficiency, and fosters customer trust and satisfaction, ultimately contributing to credible business growth and success,” noted the sales engineer.
Dust suppression systems and standby power/ backup systems are some of the key products or innovations that More Wear Manufacturing will be featuring to address modern challenges in the mining sector, such as improved efficiency or safety.
More Wear Manufacturing’s dedication to producing durable, high-quality steel and large bore pipes for the mines, industry, and water utilities across Zimbabwe positions it as a key player in the nation’s push for a sustainable and technologically advanced mining sector. For the best equipment in mining and related work, More Wear Manufacturing has a comprehensive suite of solutions.
Why Are Lithium Batteries
The short answer is that they pack an enormous amount of energy into a small space and contain all the necessary ingredients for a fire in a closed, unstable package.
Think of it like the “Fire Triangle.” For a fire, you need Heat, Fuel, and Oxygen. A lithium battery failure provides all three in a vicious, self-sustaining cycle called thermal runaway.
1.Energy Density:
This is the core benefit and the core risk. Lithium batteries store a lot of energy in a very compact form. If that energy is released uncontrollably and all at once, it turns into heat very quickly.
2.The Components are Flammable:
• Electrolyte: The liquid that allows ions to flow between the anode and cathode is typically a lithium salt dissolved in a solvent. These solvents are organic and highly flammable (similar to lighter fluid or nail polish remover).
• Lithium: While modern Li-ion batteries don’t use metallic lithium (they use lithium compounds), the materials are still highly reactive.
3.Thermal Runaway: The Chain Reaction
This is the key concept. It’s a positive feedback loop where heat leads to more heat, resulting in a catastrophic failure.
• Step 1: Initiation: A battery can be damaged or stressed by:
• Physical Damage: A puncture or crush from an impact.
• Electrical Abuse: Overcharging (forces unwanted chemical reactions), deep discharging, or using a charger not designed for the battery.
• Thermal Abuse: Exposure to high external heat or a hot environment.
• Step 2: Overheating: The abuse causes the battery to heat up internally.
• Step 3: Breakdown: The heat causes the thin, microscopic separator between the anode and cathode to break down. This is the most critical part. Once the separator fails...
• Step 4: Internal Short Circuit: The anode and cathode touch, causing a massive short circuit inside the cell. This generates intense heat very rapidly.
• Step 5: Chemical Release: The heat vaporizes the flammable electrolyte solvent into a flammable gas. It also causes the cathode material to break down, releasing oxygen.
• Step 6: Fire and Explosion: You now have extreme heat, a fuel source (the vaporized electrolyte), and an
internal oxygen source. The cell can ignite, often violently. This heat can then spread to adjacent cells, causing the entire battery pack to go into thermal runaway.
How to Be Safe With Your Household Solar Lithium Battery Installation
The good news is that modern residential energy storage systems (ESS) like Deye, Dyness, BYD etc., are designed with multiple layers of safety to prevent the conditions that lead to thermal runaway. Your safety is about choosing the right system, installing it correctly, and maintaining it properly.
1. Before and During Installation: The Most Critical Steps
•Use a Certified and Licensed Installer: This is not a DIY project.
A certified installer will:
• Understand local building codes, fire codes, and electrical codes (like IEC 62619 and IEC 62881 in Zimbabwe).
• Know how to properly size the system, ground it, and install critical safety disconnects.
•Choose a UL-Certified Product: Look for certifications like UL 9540 (standard for energy storage systems) and UL 1973 (standard for batteries). These certifications mean the product has been rigorously tested for safety, including electrical, mechanical, and fire safety.
•Proper Location is Key:
• Garage or Utility Room: Most systems are installed in a garage, basement, or utility room on an exterior wall.
• Ventilation: While Li-ion batteries don’t vent gas during normal operation, they must be installed in a wellventilated area as per manufacturer specs to dissipate heat.
• Clearance: Maintain the exact clearance from walls and other objects as specified in the manual. This is crucial for heat dissipation and provides access for firefighters.
• Avoid Living Spaces: They should not be installed in habitable rooms like bedrooms.
•Ensure Proper Enclosure: The battery system should be in its dedicated, manufacturer-provided enclosure. Never modify this enclosure.
2. Critical Safety Systems Your Installation MUST Have
•Thermal Management: All good systems have an active cooling (and sometimes heating) system to keep the batteries in their ideal temperature range. This is a primary defense against thermal abuse.
•Battery Management System (BMS): This is the “brain” of the battery. A high-quality BMS is your best safety feature.
It constantly monitors:
• Voltage of each cell (prevents overcharging and over-discharging)
• Temperature throughout the pack
• Current flow (in and out)
If any parameter goes out of a safe range, the BMS will shut down the system to prevent damage.
•Critical Disconnects: Your system must have clearly labeled and easily accessible disconnects:
• AC Disconnect: Stops power from flowing between your home and the grid.
• DC Disconnect: Stops power from flowing between the solar panels and the inverter/battery.
• Battery Disconnect: Isolates the battery from the entire system.
•Fire Suppression: While standard home fire extinguishers are not effective on a lithium battery fire (sand buckets are helpful), your best defense is early detection.
• Smoke Alarms: Ensure modern smoke alarms are installed in the area.
• Heat Alarms: Consider installing heat alarms that trigger at a specific high temperature, which can be faster than smoke in a garage environment.
3. Ongoing Maintenance and Vigilance
•Read the Manual: Understand the manufacturer’s guidelines for operation and what warning signs to look for.
•Regular Visual Inspections: Periodually check the system for any signs of:
• Physical damage, corrosion, or leaks.
• Cracking, bulging, or deformation of the battery case.
• unusual sounds (hissing, popping).
• unusual smells (sweet, metallic, or burning odors).
•Monitor Performance: Use the system’s app to keep an eye on its health, state of charge, and temperature. Note any significant changes or errors.
•Keep the Area Clear: Never store flammable materials (gasoline, propane, paper, cardboard) near the battery system.
•Have an Emergency Plan: Know how to shut down the entire system using the disconnects. Ensure your family knows the plan. Inform your local fire department that you have a residential battery storage system. They can note it in their records and plan accordingly.
What to Do in an Emergency
(If you suspect a fire)
1.EVACUATE immediately. Your safety is the priority.
2.CALL 911 from a safe distance.
3.Tell the dispatcher and arriving firefighters: “There is a lithium-ion battery storage system on fire in the garage.” This is critical information for their safety and tactics.
4.DO NOT attempt to fight the fire yourself. Li-ion battery fires can reignite and require large amounts of water and specific tactics to cool adjacent cells that firefighters are trained for.
By choosing a quality product, having it installed professionally, and being a vigilant owner, you can safely enjoy the tremendous benefits of storing your solar energy with a lithium battery system. The risks are very low with modern, certified systems, but they must be respected.
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ZERA PUSHES FOR COMPETITIVE BIDDING AND PRIVATE SECTOR ENTRY INTO RETAIL ELECTRICITY
ZERA Chief Executive Officer Edington Mazambani, speaking at the recent Zimbabwe Economic Development Conference (ZEDCON) in Bulawayo, announced a significant shift in the country’s energy sector. The Zimbabwe Energy Regulatory Authority plans to transition from the current system of unsolicited bids in electricity procurement to a more transparent competitive bidding system. This move is designed to enhance efficiency, reduce costs, and attract more credible investors to the market. The change is anticipated to take effect next year, providing the industry with ample time to adapt to this new, internationally-aligned framework.
Mazambani highlighted the current challenges posed by a surge in unsolicited bids, which often result in speculative applications and inflated project costs. By moving to a competitive bidding model, ZERA aims to ensure all interested parties can tender for projects under clear, established criteria, reinforcing the government’s commitment to fostering a fair and efficient investment climate. The CEO also noted that this shift would help curb the practice of companies applying for licenses for speculative purposes, holding onto them to brandish for funding without genuine intent to develop projects.
In a further policy development, Mazambani revealed that the government has initiated a major shift to allow private players to participate in the retail sector of electricity. ZERA has been tasked with developing the necessary frameworks to quickly roll out this initiative. The new model will enable private companies to manage and reticulate electricity within specific localities, such as the Cowdray Park area with its more than 30,000 households. These private entities would secure bulk electricity supply from either the national utility or a supplier of their choice, then manage distribution and revenue collection within their designated area.
To bolster investor confidence, ZERA is working on a regulatory framework that ensures transparency, fair competition, and a reasonable return for efficient operators. Additionally, the government, through the Ministries of Finance and Energy, has initiated the Project Support Agreement to de-risk investments by Independent Power Producers. This agreement is designed to protect foreign investors by guaranteeing the repatriation of funds for infrastructure payments and loans, providing a sense of security that is crucial for attracting both local and international investment.
ZERA EMPOWERS KOTWA COMMUNITY
WITH SAFE ENERGY PRACTICES AND CONSUMER RIGHTS EDUCATION
The Zimbabwe Energy Regulatory Authority (ZERA) recently brought its impactful national roadshow to Kotwa, Mutoko, empowering the local community with vital information on safe energy practices, efficiency tips, renewable solutions, and consumer rights. The roadshow, a key part of ZERA’s public engagement strategy, was met with enthusiastic participation from residents eager to learn how to make their homes and businesses more energy-smart.
The overarching theme of the campaign, “When consumers are empowered, the nation becomes Energy Smart!”, resonated deeply with all attendees. During the event, ZERA’s technical teams held interactive sessions and demonstrations to highlight the dangers of unsafe energy habits.
They educated community members on the risks associated with illegal electricity connections and the use of uncertified electrical appliances. The focus was on prevention, with ZERA providing practical guidance on how to identify and avoid hazardous situations, ensuring the safety ofn homes and lives.
A major component of the roadshow was a strong emphasis on energy efficiency. ZERA experts offered simple yet effective tips that can lead to significant savings on energy bills. They promoted the widespread adoption of energy-saving technologies, such as LED lighting, and encouraged behavioural changes, like switching off appliances when not in use. The message was clear: smart energy use not only benefits individual pockets but also contributes to national energy security by reducing overall demand.
Furthermore, ZERA presented a compelling case for renewable energy. Experts discussed the growing accessibility and affordability of solar power, highlighting its potential to provide a reliable and sustainable energy source for both domestic and commercial use in the region.
They explained the regulatory frameworks in place to support the uptake of renewable technologies, including net metering and licensing for mini-grids, encouraging attendees to explore solar as a viable alternative to conventional power sources.
The roadshow also served as a crucial platform for consumer rights awareness. ZERA took the opportunity to inform consumers of their rights and responsibilities, empowering them to hold service providers accountable.
The team explained the proper channels for lodging complaints and resolving disputes with energy utilities, ensuring that consumers are protected from unfair practices.
The event concluded with a strong message about the importance of an informed populace in driving a more transparent, efficient, and sustainable energy sector for Zimbabwe.
PREMIER TOBACCO BUILDINGS LIGHTS UP WITH A 7.3 MW SOLAR PLANT
The Premier Tobacco Buildings in Willowvale, Harare, has taken a significant step toward energy independence and sustainability with the recent installation of a massive 7.3 MW solar plant. The project, which was executed by Solar Energy Projects, is one of the largest of its kind in the country and represents a major investment in renewable energy. This initiative not only secures a reliable power supply for the company’s operations but also aligns with the national push for cleaner, greener energy sources.
The new solar installation is a remarkable feat of engineering, boasting an array of over 10,000 solar panels spread across the roofs of two large warehouses. The west warehouse alone hosts more than 6,000 panels, while the east warehouse is fitted with over 4,000, creating a vast solar farm that will harness the power of Harare’s abundant sunlight. This project will significantly reduce the company’s reliance on the national grid, providing a stable and consistent power supply that is crucial for a largescale industrial operation.
This move by Premier Tobacco Buildings sees them join a growing number of large companies installing solar plants and sets a powerful precedent for other industries in Zimbabwe, demonstrating the economic and environmental benefits of transitioning to solar power.
Through embracing renewable energy, the company is not only mitigating the risk of power outages and load shedding but also reducing its carbon footprint. The sheer scale of the plant highlights the growing confidence of the private sector in solar technology as a viable and long-term solution to energy challenges. The successful completion of this project underscores the local expertise and capacity available to drive Zimbabwe’s green energy revolution.
THE IMPORTANCE OF ENERGY AUDITS FOR SMALL SCALE MINES
An energy audit for a smallscale mine is a crucial step towards improving sustainability and profitability. It provides a comprehensive analysis of how a mine uses electricity, identifies opportunities for energy efficiency, and explores the potential for integrating renewable energy sources.
This process is essential for reducing operational costs and minimizing the mine’s environmental footprint.
Through the thorough examination of electricity consumption patterns, an energy audit can pinpoint areas of waste.
This includes identifying inefficient equipment, such as outdated machinery or lighting systems, that consume excessive power.
The audit also assesses the potential for improving energy efficiency through measures like upgrading to more modern, energy-saving technologies or optimizing operational schedules to align with off-peak electricity rates. Furthermore, an energy audit evaluates the feasibility of incorporating renewable energy.
Many small-scale mines are located in remote areas with abundant natural resources like solar or wind power. The audit can determine the potential for generating on-site power, which can lead to significant savings on electricity bills and a more reliable energy supply. This shift towards renewables also helps reduce the mine’s reliance on fossil fuels, directly addressing greenhouse gas emissions.
In addition to financial and environmental benefits, a thorough energy audit also considers the impact of energy practices on labour. When a more energyefficient and sustainable work environment are created, mines can improve working conditions and attract and retain skilled employees. The audit provides a holistic view of the mine’s operations, creating a roadmap for a more sustainable and profitable future.
ZIMBABWE GEARS UP FOR GREEN BUSINESS EXPO
Zimbabwe recently hosted a pivotal event in its journey toward a sustainable future: the Climate Change Sustainability Week & Green Business Expo, that ran from September 16-18.
This annual event, a flagship initiative of the Zimbabwe Sunshine Group in partnership with the Zimbabwean government, serves as a crucial platform for dialogue and action on environmental issues.
The expo brings together a diverse range of participants, including governments, development agencies, civil society organizations, private sector businesses, and researchers. Its core mission is to foster collaboration and share best practices on waste management, renewable energy, and the creation of a circular economy. The event also focuses on the crucial link between green business and sustainable development, showcasing innovative solutions and technologies that can drive economic growth while protecting the environment.
Zimbabwe has been actively working to integrate climate action into its national agenda. The upcoming expo, along with other high-level discussions like the recent SADC Sustainable Energy Week, reinforces the country’s commitment to building a greener, more resilient economy. The event’s timing provides a timely opportunity for stakeholders to align on next steps and accelerate the country’s transition away from fossil fuels. Through the celebration of the progress made and highlighting opportunities for investment in the green sector, the expo aims to inspire a collective effort toward a cleaner, brighter tomorrow for all Zimbabweans.
ZETDC ACHIEVES
99% PREPAID METERING SUCCESS IN BULAWAYO'S OLDEST SUBURBS
In a major win for both the utility and its customers, the Zimbabwe Electricity Transmission and Distribution Company (ZETDC) has successfully moved 99% of its customers in Bulawayo's oldest suburbs from outdated systems to modern prepaid meters. This massive project, which saw the company replace obsolete meters with new, efficient prepaid units, is expected to significantly improve ZETDC's financial stability while providing residents with more convenient and transparent control over their electricity consumption. The achievement marks a critical step forward in modernizing the country's energy infrastructure and improving service delivery.
The successful rollout of prepaid meters is a game-changer for ZETTDC. The old systems were a primary cause of financial instability, contributing to significant debt and revenue losses. The new system ensures that electricity is paid for before it's consumed, providing a drastic improvement in cash flow and enabling more accurate financial forecasting. This shift is fundamental to the utility’s operational sustainability and its ability to provide consistent service.
The new system also allows ZETDC to recover existing customer debt by deducting a portion from each token purchase, a method that has already led to a substantial reduction in outstanding balances.
Beginning in 2020, the ZETDC embarked on a major initiative to modernize the power grid in some of Bulawayo's oldest and most densely populated suburbs, including Mzilikazi, Makokoba, Nguboyenja, Mpopoma, Entumbane, Njube, Iminyela, Mabutweni, Lobengula, Emakhandeni, Magwegwe, Pumula, Luveve, and Tshabalala. The project, initially delayed by a critical shortage of materials, gained significant momentum in 2024. A concerted effort by ZETDC's Western Region team carried through 2025, successfully migrating 99% of customers in these areas. The move resolves a long-standing issue where unmetered connections and obsolete load limiters made accurate billing and revenue collection almost impossible.
The benefits are equally transformative for the residents of these suburbs. The move to prepaid meters puts power back in the hands of the consumer, allowing them to monitor their electricity consumption in real-time and budget their usage accordingly. This eliminates the frustration of estimated bills and empowers households to manage their energy expenditure more effectively. The transparency and control offered by the new system are key to building trust between the utility and its customers.
The successful project in Bulawayo is now being hailed as a blueprint for future migrations across the country, particularly in other regions still grappling with outdated metering technology. The new system is not just about financial recovery for ZETDC; it's about a future of efficient, transparent, and consumer-centric energy management for Zimbabwe.
FUELBUDDY EXPANDS INTO ZIMBABWE AND ZAMBIA
FuelBuddy, a leading global mobile fuel distribution platform that provides sustainable solutions for businesses, today announced the official launch of its operations in Zimbabwe and Zambia. This strategic expansion marks another significant milestone in FuelBuddy’s mission to revolutionize fuel delivery across emerging markets.
After successfully transforming fuel accessibility in India, the UAE, and Mozambique, FuelBuddy continues its global journey by entering two of Southern Africa’s most dynamic economies. With Africa’s energy demand in 2040 projected to surge by 30% more than it is today, compared to a 10% increase in global energy demand, FuelBuddy is strategically expanding into Zimbabwe and Zambia, poised to expand its presence in fossil fuel and emerging alternative energies in other countries in Africa. The move aims to empower businesses and communities with reliable, safe, and efficient doorstep fuel delivery solutions.
“We are thrilled to bring FuelBuddy’s trusted services to Zimbabwe and Zambia, two vibrant and rapidly developing markets” said, Adnan Kidwai – CEO, International, FuelBuddy. “At FuelBuddy, we believe access to reliable energy is the backbone of economic growth. Our mission is to empower industries and communities by delivering fuel safely, transparently, and efficiently right to their doorstep. By entering these new markets, we are not just expanding our geographical footprint — we are helping businesses reduce operational challenges, improve productivity, and focus on what they do best.
From mining and agriculture to logistics and construction, our solutions are designed to meet the diverse needs of critical sectors.”
FuelBuddy offers a fully digital fuel ordering and delivery experience, ensuring quality, safety, and transparency at every step. With over 500 million litres delivered globally and a strong track record of operational excellence, FuelBuddy is set to address critical fuel and alternate energy supply challenges in these new markets.
Zimbabwe and Zambia have a growing demand for reliable fuel solutions, driven by their rapidly expanding industrial and commercial sectors. By providing convenient and dependable fuel delivery, it aims to reduce operational downtime, improve cost efficiencies and, support sustainable growth.FuelBuddy’s expansion is a testament to our commitment to innovation and customercentricity. We look forward to building strong local partnerships, creating employment opportunities, and contributing to the longterm energy resilience in Zimbabwe and Zambia.
Adnan further added, “Additionally, at FuelBuddy we will be expanding our global offering by entering into Retail as well in all geographies and are pursuing strategic opportunities in retail pumps for the same.”
SK Narvar promoted FuelBuddy is a global leader in providing Doorstep Fuel Delivery services focused on providing the right quality and quantity of fuel at the touch of a button. The company has established themselves as an end-to-end service provider, emphasising on managing the consumer’s fuelling needs through their industry-first IoT and Cloud-enabled products. FuelBuddy launched their services in the year 2017, intending to solve the challenges faced in procurement and storage of fuel like pilferage, theft, spillage, monitoring &, controlling consumption.
Beginning with mobile fuel delivery, they have continued to disrupt the status quo, providing their customers the convenience of ordering their fuel from their doorstep globally. In 2021, FuelBuddy acquired Bangalore-based on-demand Fuel Delivery start-up MyPetrolPump. With over 55,000+ satisfied customers and operations in India, UAE, Mozambique, they have served over 500 million litres of fuel to clients such as Varun Beverages (Pepsi), JSPL, Coca- Cola, Amazon, DLF, Infosys, Apparel DIP, Lal’s Group, 2XL Sharjah, Landmark Group, Taj, Hitachi, Amazon, Flipkart, Zomato, Blinkit and Delhivery to name a few.
POWERING SUSTAINABILITY AT KATIYO ESTATE!
Cicada Solar, a leader in Zimbabwe's renewable energy sector, has announced the successful commissioning of a 1.2MW Solar PV power plant at Katiyo Estate in the Honde Valley. This landmark project represents a significant step forward in the country's push for a greener, more sustainable economic model, demonstrating a clear commitment to reducing reliance on fossil fuels and embracing clean energy.
The newly operational solar plant will be instrumental in powering Katiyo Estate's extensive agricultural operations, which include one of the nation's largest banana plantations and other vital crops. This move not only ensures a reliable and consistent energy supply for the estate but also provides a robust template for other agricultural businesses looking to adopt sustainable practices.
With this installation, Katiyo Estate will significantly strengthen its green business model by directly reducing its carbon footprint and cutting greenhouse gas emissions. The shift to solar power aligns perfectly with Zimbabwe’s broader national goals for sustainable development and energy independence. By generating its own power from a clean, renewable source, Katiyo Estate is contributing to a more resilient national energy grid and setting a powerful example for the entire agricultural industry.
The project is a testament to the growing partnership between Zimbabwe's private sector and companies like Cicada Solar, which are at the forefront of developing, financing, and operating commercial and industrial solar projects. Cicada Solar, with a 25MW pipeline of solar projects, is committed to supporting Zimbabwe’s rising power demand and helping businesses transition to more sustainable and affordable energy sources.
The successful completion of the 1.2MW plant at Katiyo Estate is not just a technical achievement; it's a statement of intent. It highlights how businesses can play a critical role in addressing energy challenges and climate change simultaneously. By investing in renewable solutions, Katiyo is securing its future operations while lighting the path toward a cleaner, brighter, and more sustainable tomorrow for Zimbabwe.
With this installation, Katiyo Estate will significantly strengthen its green business model by directly reducing its carbon footprint and cutting greenhouse gas emissions. The shift to solar power aligns perfectly with Zimbabwe’s broader national goals for sustainable development and energy independence. By generating its own power from a clean, renewable source, Katiyo Estate is contributing to a more resilient national energy grid and setting a powerful example for the entire agricultural industry.
The project is a testament to the growing partnership between Zimbabwe's private sector and companies like Cicada Solar, which are at the forefront of developing, financing, and operating commercial and industrial solar projects. Cicada Solar, with a 25MW pipeline of solar projects, is committed to supporting Zimbabwe’s rising power demand and helping businesses transition to more sustainable and affordable energy sources.
The successful completion of the 1.2MW plant at Katiyo Estate is not just a technical achievement; it's a statement of intent. It highlights how businesses can play a critical role in addressing energy challenges and climate change simultaneously. By investing in renewable solutions, Katiyo is securing its future operations while lighting the path toward a cleaner, brighter, and more sustainable tomorrow for Zimbabwe.
DEVELOPMENT PARTNERS RENEWABLE ENERGY GROUP MEETING BRINGS TOGETHER POWERFUL MOMENTUM!
The Development Partners Renewable Energy Group (DevPREG) convened a pivotal meeting yesterday, bringing together key stakeholders to accelerate Zimbabwe's transition to a sustainable energy future. The session, held in collaboration with the Ministry of Energy and Power Development, focused on a strategic review of the country's renewable energy policies and a collaborative mapping of existing and potential power producers.
A significant portion of the meeting was dedicated to a deep dive into the concept of International Renewable Energy Certificates (IRECs). These certificates, which can be traded internationally, represent
the environmental benefits of one megawatt-hour of clean energy generated. The discussion explored how IRECs could unlock new revenue streams for local power producers, attract foreign investment, and help Zimbabwean businesses meet their own corporate sustainability goals.
The mechanism, which is already a global standard, offers a powerful tool for de-risking investment and indicating Zimbabwe's commitment to a greener economy.
The partners also aligned on crucial next steps, emphasizing the need for continued collaboration and streamlined processes to support the growth of Independent Power Producers (IPPs). This forward-looking agenda underscores a shared commitment to not only addressing the nation's energy deficit but also positioning Zimbabwe as a leader in renewable energy development. The momentum generated from this meeting is set to drive concrete action, paving the way for a more reliable, affordable, and sustainable energy landscape for all Zimbabweans.
HUAYOU COBALT’S
NEW US$400M PLANT TO PRODUCE 50,000 TONNES OF LITHIUM SULPHATE ANNUALLY
A groundbreaking US$400 million investment is set to produce 50,000 tonnes of lithium sulphate annually, as construction of Huayou Cobalt's new processing plant in Goromonzi nears completion.
The state-of-the-art facility, operated by its subsidiary Arcadia Technology Zimbabwe (ATZ), is the first of its kind in Africa and only the third globally, marking a significant step in Zimbabwe's mining sector.
The plant’s commissioning is expected in the first quarter of next year, positioning the country as a vital player in the global lithium battery materials supply chain.
This project represents a direct response to the government’s call for local beneficiation and value addition of the country's vast lithium resources, aligning with the National Development Strategy 1 (NDS1) and the impending ban on lithium concentrate exports.
The facility is a crucial additional step in the beneficiation process, as lithium sulphate is a key precursor to lithium carbonate, a critical component in the manufacturing of lithium-ion batteries. These batteries are essential for electric vehicles, renewable energy storage, and other modern technologies, thereby strengthening Zimbabwe's role in the global value chain.The construction is being spearheaded by ATZ, a sister company to Prospect Lithium Zimbabwe (PLZ).
The investment is a major boost to the local economy, expected to create over 1,000 jobs and stimulate broader economic growth. To ensure uninterrupted operations, a 70MW thermal power plant will be installed to guarantee a reliable electricity supply to both the ATZ and PLZ operations.
This significant investment showcases a commitment to deploying cutting-edge technology and is a clear indicator of the company’s confidence in the Zimbabwean market. By developing high-quality projects and adding value to the country's natural resources, the company is directly contributing to the government’s vision of achieving an upper-middle-income economy by 2030.
