Tag: Electric Vehicle

  • Zeekr, Chinese Electric Vehicle manufacturer, debuts in Africa with launch in Egypt 

    Zeekr, Chinese Electric Vehicle manufacturer, debuts in Africa with launch in Egypt 

    Chinese electric vehicle (EV) manufacturer Zeekr, a subsidiary of Geely Automobile, has made its official debut in Egypt, marking its first step into the African market.

    During a launch event held in Cairo on February 11, Zeekr introduced two of its flagship models, the Zeekr 001 shooting brake and the Zeekr X compact SUV.

    Read also: Ethio telecom unveils electric vehicle charging station in Ethiopia

    Zeekr 001 and Zeekr X: Pricing and features

    The Zeekr 001 will be available in Egypt starting at EGP 2.7 million (approximately $53,350), while the Zeekr X will be priced at EGP 2.1 million (approximately $41,500). These models are designed to cater to consumers looking for high-performance EVs with cutting-edge technology, luxurious interiors, and extended battery life.

    Zeekr has established its first Egyptian retail store in Cairo, with plans to expand its sales and service network to other major cities, including Alexandria and New Cairo. This expansion strategy aims to enhance accessibility and support for Zeekr customers in the region.

    Zeekr’s global expansion and charging infrastructure plans

    Egypt, currently the second-largest EV market in Africa, presents a significant opportunity for Zeekr’s global expansion strategy. The company’s entry into Egypt aligns with the region’s growing demand for sustainable mobility solutions and electric transportation infrastructure.

    With its entry into Egypt, Zeekr has now expanded its presence to over 40 international markets spanning Europe, Asia, Oceania, Latin America, and Africa. In 2025, the company plans to open more than 100 stores worldwide to strengthen its global footprint.

    Beyond vehicle sales, Zeekr is also investing in EV infrastructure. At CES 2025, the company announced plans to roll out its 800V ultra-fast charging network in key international markets. As part of this initiative, Zeekr aims to collaborate with local partners to establish 1,000 self-operated charging stations across regions including Thailand, Singapore, Mexico, the UAE, Hong Kong, Australia, Brazil, and Malaysia.

    Read also: Burkina Faso unveils first indigenous electric vehicle, ITAOUA

    The future of Zeekr in Africa

    Zeekr’s entry into Egypt marks a significant milestone in its international growth strategy and reinforces the increasing adoption of EVs in Africa.

    As the demand for electric mobility continues to rise, Zeekr is positioned to play a pivotal role in driving sustainable transportation solutions in the region.

    With expansion plans and infrastructure development on the horizon, Zeekr is set to reshape the EV landscape in Egypt and beyond.

  • Burkina Faso unveils first indigenous electric vehicle, ITAOUA

    Burkina Faso unveils first indigenous electric vehicle, ITAOUA

    Burkina Faso has made history by unveiling its first 100 percent Indigenous electric car brand, ITAOUA. This marks a significant milestone in the country’s industrial and technological development. 

    This achievement, announced on January 26, 2025, highlights the nation’s determination to become a technological hub in West Africa.

    Read also: Togolese startup to pilot EV ownership, ride-sharing in Lomé

    Introduction to ITAOUA

    ITAOUA, the Burkinabe car manufacturer behind this innovation, has designed and manufactured the electric vehicle entirely using local resources and expertise. The car boasts impressive features, including a range of 330 kilometres (205 miles) after just a 30-minute charge, making it ideal for urban and rural environments. 

    As noted by the company, “Innovation is not the preserve of great powers, but that it can also germinate, grow, and radiate from the heart of the Sahel in Africa”.

    The production plant is located in Ouaga 2000, one of Burkina Faso’s prime districts. It results from a Burkinabe entrepreneur’s vision to transform the country into a technological hub. 

    Burkinabe engineers are in charge of the design and manufacturing processes, showcasing the country’s growing capabilities in the automotive sector.

    According to Mordor Intelligence, Africa’s electric vehicle market was worth $11.94 billion in 2021 and is expected to reach $21.39 billion by 2027, rising 10.2 percent annually.

    Read also: South Africa mulls EV incentives, subsidies to boost local industry 

    Economic and environmental impact

    The launch of ITAOUA’s electric car is expected to impact Burkina Faso’s economy profoundly. It will generate thousands of jobs in manufacturing, sales, maintenance, and renewable energy sectors, contributing to the country’s economic development. Additionally, by reducing dependence on imported vehicles and fossil fuels, Burkina Faso is cutting its carbon footprint and conserving foreign exchange reserves.

    Under Captain Ibrahim Traoré’s leadership, ITAOUA represents a commitment to local innovation and sustainable development. 

    The company’s models, such as the “Native” and “Sahel,” feature advanced technologies like GPS navigation, Bluetooth, and solar charging, signalling a shift in how African manufacturing is perceived globally.

  • Spiro to launch Electric Vehicle assembly plant in Nigeria, targets 100,000 electric bikes by 2025 Q1

    Spiro to launch Electric Vehicle assembly plant in Nigeria, targets 100,000 electric bikes by 2025 Q1

    Spiro, a leading electric mobility company founded in 2019, on Monday announced plans to establish its first electric vehicle (EV) assembly plant in Ogun State, Nigeria. 

    This initiative aims to bolster local production and reduce reliance on imported vehicles and batteries, primarily from China. 

    Spiro’s Director for West Africa, Rahul Gaur, stated, “The plant will be operational in the first quarter of 2025 and enable us to ramp up production to 100,000 bikes”.

    Read also: Honda, Nissan announce historic merger to compete with EV market leaders

    A game-changer for Nigeria’s EV market 

    This assembly plant marks a significant milestone for Nigeria’s burgeoning electric vehicle market. By increasing production from 1,000 units to an ambitious target of 100,000 electric bikes in early 2025, Spiro is poised to become a key player in West Africa’s EV sector.

    Additionally, the facility will introduce the manufacturing of three-wheeled electric vehicles and integrate battery production into its operations. 

    This move enhances local manufacturing capabilities and aligns with global sustainability goals by reducing the carbon footprint associated with transportation.

    Moreover, Spiro’s innovative battery-swapping model offers riders convenient access to swap stations and various charging solutions.

    This approach ensures that customers can easily replace their batteries without lengthy downtime.

    Gaur emphasised the importance of this model: “We aim to make these vehicles highly competitive in terms of pricing to offer riders substantial cost savings.”

    Read also: Kenyan EV firm expands with EU-funded solar hubs

    Expanding horizons across Africa

    Spiro’s expansion efforts extend beyond Nigeria. Through strategic partnerships with government agencies, the company plans to deploy 140,000 electric bikes in Uganda and 1.2 million in Kenya. 

    With over 22,000 electric motorbikes distributed across sub-Saharan Africa, Spiro is well-positioned for growth. The company has secured $143 million in funding to support these initiatives and aims to establish a robust network of fast-charging stations throughout Nigeria.

    By localising production and enhancing infrastructure, Spiro is contributing to economic growth and promoting sustainable transportation solutions across the continent. 

    As Gaur notes, “Transportation in Africa contributes significantly to greenhouse gas emissions… By increasing local production, Spiro is poised to play a crucial role in shaping the future of sustainable transportation in Africa.”

    With plans to enter markets like Tanzania, Ghana, Cameroon, the Democratic Republic of Congo, and Angola by 2025, Spiro’s ambitious vision reflects a commitment to transforming Africa’s transportation system into more accessible and environmentally friendly.

  • Google Maps to assist electric vehicle drivers to find charging points

    Google Maps to assist electric vehicle drivers to find charging points

    New Google Maps improves the assistance given to drivers of electric vehicles (EVs) who are looking for charging stations. This is a helpful option for people who need a quick charge in a hurry.

    Users of Android Auto who have electric vehicles (EVs) registered in their app settings will now receive greater support when using Google Maps for navigating through Android Auto. Notably, the Categories menu within the app has been improved to place a higher priority on charging points than petrol stations, given that these automobiles do not require the use of petrol.

    This upgrade takes care of an essential requirement for drivers of electric vehicles by making it possible for them to easily discover charging stations while they are travelling.

    Users have the ability to conveniently explore nearby locations that fit into various categories by using the Categories menu. Some examples of these types of venues are restaurants, grocery stores, coffee shops, petrol stations and charging points. When users select a category, the app will show them numerous venues that are highly recommended based on how well they match their interests.

    Read also: Google Introduces ‘Unknown Tracker Alerts’ for Android users

    The benefits

    This upgrade is especially helpful for EV drivers who unexpectedly find themselves in unfamiliar places and have an urgent need to locate a charging station. The app’s navigation strategy has been modified to better accommodate the changing requirements of drivers who are conscientious about the environment in light of the current trend towards environmentally friendly transportation and electric automobiles.

    Users are able to further personalise their experience by not only identifying their car as an electric vehicle (EV), but also by defining the type of charger that is required and the desired charge speed. This additional information helps to enhance the list of recommended charging alternatives, which ensures that each motorist will have an experience that is uniquely tailored to their needs.

    Google’s New West Africa Director makes presentation to NITDA

    More on Google Maps integration with EVs

    At the moment, this improvement is only accessible through the version of Google Maps that is compatible with Android Auto. Even though it is still possible to conduct charging station searches using the default Maps app, the availability of the shortcut varies greatly depending on the preferences of the vehicle.

    This upgrade comes after a change that was made in September of last year that gives the app the ability to adjust its individualised route recommendations to assist electric vehicle drivers in travelling more effectively. In a manner that is analogous to how the function operates for drivers of other vehicles, Google Maps analyses the information it possesses, considers which route it believes will be the most effective and then highlights that route with an image of a green leaf.

    If the most economical route is not also the fastest path, the difference in travel time between the two is usually not significant. Choosing the most efficient route, even if it is slower, means that you will use less fuel or charge to get from point A to point B, which will presumably save you money in the long run.

    In spite of these developments, Google Maps is still up against competition from the built-in navigation systems that are standard in many electric vehicles. These proprietary systems are exceptional in their capacity to monitor the status of the vehicle and modify routes according to the available charges. Google Maps is aware of this difficulty and is making concerted efforts to improve the quality of the services it provides.

  • Amazon plans €1 billion Investments on electric vehicle fleet

    Amazon plans €1 billion Investments on electric vehicle fleet

    Over the next five years, Amazon will invest more than one billion euros (R17.7 billion) in electric vans, lorries, and low-emission package hubs across Europe. Taking this step accelerates the company’s efforts to reach net-zero carbon emissions.

    According to the statement made by the company, the investment was also made to foster innovation within the transportation industry and support the development of additional public charging infrastructure for electric vehicles.

    The US-based online store says that the investment will allow it to more than triple the number of electric vans in Europe, from 3,000 to over 10,000 by 2025.

    Read also: Amazon To Expand to Nigeria and South Africa by 2023

    Amazon places an order for 100,000 Electric Vans 

    The largest order that Amazon has placed for electric vans is with Rivian Automotive for 100,000 vehicles to be delivered between now and 2025.

    The company did not specify what proportion of its European last-mile delivery fleet is electric at present, but it did state that those 3,000 vehicles with zero emissions delivered more than 100 million products in 2021.

    Amazon has stated that it has the intention of purchasing more than 1,500 electric heavy-goods vehicles in the upcoming years. These vehicles are utilized for “middle-mile” transportation to packaging hubs.

    Even though large logistics companies like United Parcel Service and FedEx have promised to buy a lot of electric vans and trucks with no emissions, there are still not that many of these vehicles for sale.

    A number of start-up companies are engaged in a competition to be the first to bring electric vans or trucks to market. Manufacturers like Ford and General Motors are becoming more of a threat to these companies. The largest order that Amazon has placed for an electric van was with Rivian Automotive for 100,000 vehicles to be delivered between now and 2025.

    Amazon also plans to Install car chargers around Europe 

    In addition to electric cars, the company has said it plans to put money into installing thousands of chargers in different parts of Europe. 

    The store said it would also put money into expanding its network of “micro-mobility” hubs, which are already in more than 20 cities in Europe.

    Amazon has used these strategically placed hubs to try out new delivery methods, like electric cargo bikes or deliveries on foot, in an effort to reduce the company’s overall emissions.

    The corporation has set a goal to attain carbon neutrality by the year 2040.

    Nigeria Will Begin Manufacturing Electric Cars In 2023

    About Amazon 

    U.S-based Amazon.com, Inc. works in many different areas, including e-commerce, cloud computing, online advertising, digital streaming, and artificial intelligence. As “one of the most influential economic and cultural forces in the world,” it is also one of the most valuable brands in the world. Along with Alphabet, Apple, Meta, and Microsoft, it is considered one of the Big Five IT firms in the United States.

  • Nigeria Will Begin Manufacturing Electric Cars In 2023

    Nigeria Will Begin Manufacturing Electric Cars In 2023

    The Nigerian government has signed a Memorandum of Understanding (MoU) with Japanese and Israeli companies to begin assembling and manufacturing Electric Cars that are eco-friendly, green, electric, and smart automobiles.

    The National Agency for Science and Engineering Infrastructure (NASENI) signed the partnership deal alongside representatives of the Israeli, Japanese, and Nigerian companies on Thursday in the country’s capital, Abuja.

    With this partnership’s commencement, Nigeria will gradually contribute to ensuring the attainment of Sustainable Development Goal Seven, which aims at improving international cooperation and aiding access to clean energy research and technology.

    Speaking on the agency’s intention to begin the automobile project in 2023, Executive Vice Chairman of NASENI, Prof. Mohammed Haruna, said it would transcend vehicle assemblage to producing Nigerian-made electrical vehicles in the near future.

    Haruna commended the partnership, noting that the welcomed development is here to stay. He, however, bemoaned the initial attempt to domesticate some technologies in Nigeria, particularly in the automobile industry, which didn’t yield the expected outcomes, resulting in the continuous importation of vehicles.

    Haruna says, “NASENI has come into this now with the perfect partners.” The technologies of Japanese and Israeli companies are proven and well known.

    But most importantly, Nigeria will not just be consuming this technology; we are here to make sure that we domesticate, produce, and manufacture in Nigeria.

    Nigeria Must Embrace New Technology in the Automotive Sector

    “We are grateful and we are happy with this collaboration, and we assure Nigerians that the automobile industry after this collaboration will not be the same again.”

    On his part, the Israeli Ambassador to Nigeria, Michael Freeman, assured that combining Israeli, Japanese and Nigerian technologies would assist in tackling the bedevilling challenges facing the transport and environmental sectors in the nation.

    Freeman said, “What is special about this project is that it is a timely project that combines Israeli technologies, Japanese technologies, and Nigerian entrepreneurship and innovation together to create a project that is going to work fabulously.”

    “We are talking about bringing electronic motorcycles into Nigeria, which will be a program that is green and environmentally friendly.”

    “It offers people a cheap and safe way of transport and even has the technology to ensure that the motorcycles are only used for legal and appropriate purposes.”  

    “When we look at what the problems are in the world, in Africa and in Nigeria, we are talking about issues of fuel scarcity; we are talking about green technology; we are talking about the need to provide cleaner, cheaper, easier transport.

    He added that”… we are having Israeli and Japanese companies come together with Nigerian partners to provide cleaner, greener, newer, exciting technology that is expected to move people and populations across the country.

    “I believe that a program that is going to start in Nigeria will be successful and will go across Africa.”

    Speaking on Nigeria as a place to invest, the representative of Peramare Enterprise, an Israeli enterprise, Dr Ayal Raz, said the country is safe for business operations.

    Read: Solartaxi launches an electric car ride-hailing app in Ghana

    He said: “We believe this innovative idea is going to change so many things in the face of Nigeria.”

    “It will bring green energy, which means cheaper transport, and we all know what that means for our people.”

    “It will give work to the people because it is industry; we are going to put a factory together.” Assembling and building We will start with assembling and then building. It will give us cleaner air and less pollution.

    “Nigeria is safe to do business in and, by the special grace of God, it is going to come during the first quarter of 2023,” Raz said.

    Mr. Sasi Shilo, Chief Executive Officer (CEO) of SIXAI and Japanese Partner, said his company’s interest transcends production and is focused on supporting Africa, especially Nigeria, to build a sustainable country with clean and safe technologies.

    Read: Ford’s Promise of Electric Vehicles

    “It is a very exciting moment. We have been working in the automobile industry for about half a decade. We have certified plants in 14 different countries.

    “We really want to contribute to the African continent with our technology.” “What we want to bring is not only to produce but what we want to achieve is to support the African continent to be sustainable through our products with safety and environmentally friendly features,” Sasi said.

    Wadada Aliyu, Chairman, PAN Nigeria Limited, said the initiative is groundbreaking and marks the beginning of technological evolution in the country.

    “This is historic because Nigeria is conforming to the order of the day, which is a green environment, and memorable because NASENI has kicked off the ball.”

    “With this synergy between Israel, Japan, NASENI, and PAN as a facility where the assembling will be done, I think the sky will be a starting point of technological evolution in Nigeria,” Aliyu said.

    Mr. Madisca Haruna, Managing Director, LINKSMAN International Ltd., said the project seeks to attain the Sustainable Development Goals (SDGs) 2030 Goal Seven, which seeks to enhance international cooperation and facilitate access to clean energy research and technology.

  • Ford’s Promise of Electric Vehicles

    Ford’s Promise of Electric Vehicles

    Electric Vehicles (EV)are Different and Better. Very different from internal combustion technology that uses combustion and pressure to propel a vehicle, electric vehicles (EV) are controby electromagnetism.

    Electric vehicles use very big traction battery packs to power the electric motor and the vehicle must be plugged into a wall outlet or charging equipment called electric vehicle supply equipment (EVSE).

    Because EVs run on electricity, they do not emit exhaust from any tailpipe and do not contain the typical liquid fuel components, such as a fuel pump, fuel line, or fuel tank.

    Basic components of Electric Vehicles

    ● Battery (all-electric auxiliary): In an electric drive vehicle, the auxiliary battery provides electricity to power vehicle accessories.
    ● Charge port: The charge port allows the vehicle to connect to an external power supply in order to charge the traction battery pack.
    ● DC/DC converter: This device converts higher-voltage DC power from the traction battery pack to the lower-voltage DC power needed to run vehicle accessories and recharge the auxiliary battery.
    ● Electric traction motor: Using power from the traction battery pack, this motor drives the vehicle’s wheels. Some vehicles use motor generators that perform both the drive and regeneration functions.
    ● Onboard charger: Takes the incoming AC electricity supplied via the charge port and converts it to DC power for charging the traction battery. It also communicates with the charging equipment and monitors battery characteristics such as voltage, current, temperature, and state of charge while charging the pack.
    ● Power electronics controller: This unit manages the flow of electrical energy delivered by the traction battery, controlling the speed of the electric traction motor and the torque it produces.
    ● Thermal system (cooling): This system maintains a proper operating temperature range of the engine, electric motor, power electronics, and other components.
    ● Traction battery pack: Stores electricity for use by the electric traction motor.
    ● Transmission (electric): The transmission transfers mechanical power from the electric traction motor to drive the wheels.

    How Electric cars work

    Ford’s Promise.

    Electronic vehicles with battery capacity so high that they could powerhouses. This is Ford’s promise. Ford Motor Company has said it is increasing its proposed investment in its electric vehicle to cover 2022 to 2026.

    “This is our biggest opportunity for growth and value creation since Henry Ford started to scale the Model T,” Ford’s chief executive, Jim Farley, said in a statement at a Bloomberg interview. “Our ambition is to lead the electric revolution.” He also said $50 billion will be invested in the company’s electric vehicle production by 2025.

    Read Also: Flashbike Provides Pick-Up Services Using Fiverr Concept

    Ford motors have gone from being a relative latecomer to battery-powered vehicles to making them a central focus. The company recently started delivering an electric sport utility vehicle, the Mustang Mach-E, that has sold well and been praised by car reviewers.
    Ford introduced the F-150 Lightning, and president Biden drove the truck at a company track in Michigan and praised its rapid acceleration.

    The increase in spending reflects new investments in better technology and production.
    Ford has formed a joint venture with a South Korean company, SK Innovation, to manufacture battery cells at two plants in the United States for future Ford and Lincoln vehicles.

    Read Also : Vodacom Announces Africa’s First Amazon Web Services Innovation Lab

    Ford said it will need 10 battery factories by 2030 and it plans to form additional alliances with other battery makers. “We don’t underestimate the challenge of fundamentally transforming a company like Ford,” Farley told analysts. “This is our plan, and it’s a very different investment thesis from our competition.”

    Electric Vehicle Battery Durability

    EV battery requirements are complex. They need to be able to store a lot of energy, but also recharge quickly, and retain their energy density over thousands of charging cycles.
    There are so many cells in a typical EV battery that they retain capacity even after hundreds of thousands of miles; although they won’t perform as well as when box-fresh and new, they will keep holding the charge for many, many years to come. The expected electric car battery life lasts for at least a decade.

    Are Electric Vehicles safe?

    Electric vehicle batteries are rigorously tested and manufacturers put plenty of safety systems in place to make sure they’re safe. If you’ve spent the last few years driving around with highly flammable petrol or diesel stored in your fuel tank, there’s really nothing to worry about.

    EV- How They Work

    Electric vehicle passengers will never be exposed to dangerous shocks, and in any case, the batteries are typically protected from impacts by being packaged low down in the middle of the car to prevent them from being damaged in a crash, which could cause a fire.
    In conclusion, while an EV is more expensive to manufacture, it is in fact better for the environment over its whole lifecycle. And when an electric car reaches the end of the road, those valuable batteries can be removed and used to store energy to power your home more efficiently. Smart energy supply systems are the next big thing, and electric vehicles are the future of road transportation.