InFocus NAMIBIA
AND SUSTAINABILITY
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RDJ Consulting is a 100% Namibian Energy and Sustainability Consultancy with more than 30 years’ experience in the utility (Water, Energy and Telecoms), rural development and transport sectors Our experience as an integrated professional services firm that builds better communities through planning, design, and delivery of physical and social infrastructure helps support our clients in all aspects going forward.
We approach each of our clients with fresh eyes to develop customized, unique strategies
RDJ Consulting based in Windhoek, Namibia has extensive experience in Southern Africa, Asia, Britain, USA and the Caribbean We thus work with various governments and agencies to address development issues in developing countries.
ECONOMY AT LARGE
Impact of Transport: GDP and Job Creation
Iipumbu Shiimi scoops African Banker Award
Commitment to Economic Growth: Expansion of the Port of Lüderitz
ENERGY SECTOR
Namibia Solar Energy Production
100% Renewables needs cooperation
TRANSPORT & MOBILITY
E-mobility: reducing imported fuel
Namibia’s Aviation Industry: Transforming with Artificial Intelligence
Public Transportation SystemsAfrica’s Dilemmas & Prospects
Transport safety: Reducing Road
Fatalities EDITION:
Smart Cities and Transport
Catch me if you can!
DearReader, WelcometoanothereditionofInFocusNamibia!
This edition of InFocus Namibia delves into a variety of topics around transport matters from as expected, e-mobility to smart cities
Efficient transport systems are indispensable for economic activities, directly impacting the Gross Domestic Product (GDP). According to the African Development Bank (AfDB), investment in transportationinfrastructurecanyieldsignificanteconomicreturns, with every dollar invested potentially generating multiple folds in economic output For Namibia, this translates to increased accessibility to markets, enhanced tourism experiences, and improvedtradelogistics.
Namibia'stransportsectorissetfortransformation,withsignificant opportunities presenting themselves in the areas of e-mobility, public transport safety, and economic development Strategic planning and investment in this sector are crucial for driving the nation'sgrowthandensuringasustainablefuture
This report is a FREE Publication written and authored through collaboration with RDJ Consulting Services CC based in Windhoek, Namibia
The content is collected from publicly available information and so its accuracycannotbeguaranteed.
To harness the full potential of its transport sector, Namibia must adopt a multi-faceted approach that encompasses strategic investmentsandpolicyreforms Arobustandsafepublictransport system for example, not only protects lives but also supports economic productivity by facilitating the smooth movement of people Byembracingthesechanges,Namibiacansetabenchmark for transportation development in Africa, paving the way for a prosperousandsustainabletomorrow.
We hope you find this edition informative as we encourage you to followusandengagewithusonalloursocialmediaaccounts As always, the conversation continues at infocus@rdjpublishing.africa.
Yours, editor@rdjpublishing.africa
Authors RDJResearchers
NOTE 1: We welcome letters and articles from readers globally and require that you provide your full details such as name,currentaddressandcontactphone/WhatsAppnumberas wellasemail Wehoweverreservetherighttoamend,modifyor reject submissions You may also request that your details be withheldfrompublication
NOTE2: InFocusNamibiaispublishedmonthlyandisFREE to Readers. The magazine is paid for by advertising and the research support from RDJ Consulting Services CC, Windhoek, Namibia
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Transport infrastructure is a cornerstone of economic development, facilitating trade, enhancing productivity, and creating employment
opportunities
The sector is a crucial component of the country's economy, significantly contributing to the Gross Domestic Product (GDP). According to recent data, the sector accounts for approximately 3-4 percent of Namibia's national GDP This contribution is fuelled by various modes of transport, including road, rail, air, and sea transport
In addition to its economic contributions, the transport sector is a major employer in Namibia. It provides jobs across multiple sub-sectors, employing around 5 percent of the workforce directly The sector's interconnected nature with other industries further amplifies its impact on employment, creating numerous indirect job opportunities
Namibia's extensive road network, spanning over 45,000 kilometres, is vital for the movement of goods and people. Road transport facilitates domestic trade and connects Namibia with its neighbouring countries, enhancing regional commerce Employment in road transport includes drivers, logistics managers, mechanics, and administrative staff. The growth of the logistics industry, driven by Namibia’s role as a transit hub, has created numerous job opportunities.
Transport infrastructure development has a transformative impact on regional development and trade facilitation The government’s focus on developing transport corridors, such as the Trans-Kalahari and Trans-Zambezi Corridors, enhances connectivity and promotes regional integration.
The national rail network, managed by TransNamib, covers approximately 2,500 kilometres and plays a crucial role in
transporting bulk goods. Rail transport is essential for the mining and agriculture sectors, moving minerals and agricultural products to ports and markets. The expansion and modernization of Namibia's railway equipment and infrastructure are critical for enhancing the country's transport sector One of the primary focuses of Namibia's railway modernization efforts is the rehabilitation and upgrade of existing rail lines. This includes the rehabilitation of the Windhoek to Walvis Bay railway line, a crucial route that connects the capital city to the major port, enhancing freight transport efficiency
The Trans-Kalahari Railway is another significant project aimed at enhancing regional connectivity This proposed railway line will link the coalfields of Botswana to the Port of Walvis Bay in Namibia. The project, a collaborative effort between the governments of Namibia and Botswana, is expected to facilitate the export of coal and other minerals, reducing transportation costs and boosting trade volumes
These efforts would improve efficiency, safety, and connectivity, supporting economic growth and regional integration. TransNamib employs a substantial number of people in operations, maintenance, and management. Efforts to revitalize the rail network, through investments and modernization, are expected to create additional jobs and enhance operational efficiency
The aviation sector, centred around Hosea Kutako International Airport, supports tourism and business travel, linking Namibia to global markets. This connectivity boosts the tourism industry and facilitates international business operations The aviation sector provides employment in both local, regional and international airlines, airport operations, air traffic control, and ground services The terminal of Hosea Kutako International Airport (HKIA) has been expanded recently to increase capacity and improve
passenger flow that ultimately support expansion of air services and the development of new routes are likely to create further employment opportunities (See our article on expanding aviation in this edition on page 24)
The Port of Walvis Bay, operated by Namport, serves as a key entry point for imports and exports Its strategic location on the west coast of Africa positions Namibia as a logistics hub for the Southern African Development Community(SADC)region Theport'sactivitiescontributeto the GDP by facilitating international trade Namport’s operations at Walvis Bay and Lüderitz ports generate employment in cargo handling, port management, and maritime services The ongoing expansion and modernization of port facilities are set to create additional jobs through the modernizing of its port facilities, particularly the Port of Walvis Bay, to enhance its role as a keylogisticshubinSouthernAfrica.
While the transport sector offers numerous benefits, it also faces challenges such as infrastructure maintenance, funding constraints, and the need for modernization. Addressing these challenges requires strategic investments, public-privatepartnerships,andpolicyreforms.
The transport sector is integral to Namibia’s economic development, contributing to GDP growth, job creation, and regional integration with investments in modernizing transport infrastructure positioning Namibia as a competitive logistics hub and so as always the conversation continues infocus@rdjpublishing.africa
https://nsa org na
https://www.transnamib.com.na
https://www airports com na
https://www namport com na
https://www mwt gov na
On 28th May 2024, the banking fraternity gathered in Nairobi, Kenya to celebrate “reforms, rapid modernisation, consolidation, integration and
expansion of Africa's banking and financial system” . This celebration sought to highlight leaders in the area of finance as part of the African Development bank (AfDB) annual meetings Launched by African Banker magazine in 2007, the African Banker Awards celebrate the achievements of individuals and institutions that have contributed significantly to the growth and development of Africa’s banking sector over the past year.
Zooming in on the award for “Minister of Finance of the Year”, the organizers note that the award goes to the African minister of finance who has carried through prudent macroeconomic policies and, through reforms and his or her actions, shown skill and dexterity in creating the conditions of an appealing investment climate.
The Minister of Finance of Namibia, Hon Iipumbu Shiimi shone through, receiving not only a nomination but scooping the Award for “Minister of Finance of the Year” This award was given as a recognition for his leadership and contributions to Namibia's economic growth and financial stability
The award was received on his behalf by the Deputy Minister,Hon MaureenHinda-Mbuendeonthenight
The RDJ Group therefore joins in congratulating our Minister on his award which he has dedicated to his team.
CongratulationsSir!
Readings:
https://africanbankerawards com/ https://africanbankerawards com/wpcontent/uploads/sites/7/2024/05/ABKA Brochure 2024 LR pdf
Signing ceremony of key funding; Engineering, Procurement and Construction (EPC) contract; and woodchip supply contracts
AUTHOR: Silpa Kanghono Coordinator:DigitalMarketingandEvents@RDJPublishing Courtesy:RDJConsultingThe move for Biomass as a part of the Namibian energy mix took root on April 25, 2024, when NamPower hosted a signing ceremony for the key
funding, Engineering, Procurement, and Construction (EPC) contract, and woodchip fuel supply contracts for the 40 MW Otjikoto Biomass Power Station. This event marked the official commencement of the execution phase for the Otjikoto Biomass Power Station Project (OBPS).
The OBPS project represents a significant stride towards NamPower's goal of sustainably and cost-effectively providing baseload electricity while expanding the country's power generation capacity As a game-changer in Namibia's energy sector, this transformative initiative is set to enhance energy security and pave the way for a sustainable future.
The 40 MW Otjikoto Biomass Power Station (OBPS) and several other generation and transmission capital projects, currently at various stages of implementation, have emerged from NamPower’s the 2019/2020 – 2024/2025 Integrated Strategic Business Plan (ISBP). The ISBP aligns with the Ministry of Mines and Energy's (MME) determination on new generation capacities
This project is of great national importance, contributing towards the government's goals, including the 5th National Development Plan (NDP5) and the current National Integrated Resources Plan (NIRP), by ensuring security of supply, cost-efficiency, and self-sufficiency. It will also
support the renewable energy commitments outlined in the Renewable Energy Policy and National Energy Policy as well climate commitments
The French Development Agency (AFD) in support of the project objectives has facilitated a loan of EURO 100 million for construction and operationalization of the power station Additionally, the Mitigation Action Facility is providing a grant of EURO 25 million towards the capital costs of the power station and for capacity building within the local biomass value chain The French Fund for Global Environment is contributing EURO 3 million for environmental research and extending the project's benefits to vulnerable communities. The Namibian Government, through the Ministry of Finance and Public Enterprises, has made a significant contribution of 400 million Namibian dollars
In conclusion, the Otjikoto Biomass Power Station will play a crucial role in reducing greenhouse gas emissions by displacing higher-emission electricity imports and enabling the integration of more renewable energy sources This will reduce the reliance on heavy fuelled peaking plants and imports during peak times Furthermore, the project will have a lasting impact on local farming and agricultural communities by addressing the massive bush encroachment issue that affects over 26 million hectares of farmland in Namibia, resulting in billions of economic losses.
Solar energy is abundant in Namibia. These are the modelled amounts of MWh’s of energy that can be produced by 100 MWp of solar photovoltaic (solar panels) if they were installed in the central areas of Namibia.
What these graphs teach us is the quantity and pattern of production that can be expected if such a plant existed
Solar Production 2024 (month to-date)
Assumed MWh’s of electricity production by month
As pointed out by IRENA (www irena org), Energy Security has always occupied the mind of utilities and policy makers from the perspective of
adequate supplies This meant that as long as when supplies were required, they were available, all was good with the world
Energy security is defined by the International Energy Agency (IEA) as “the uninterrupted availability of energy sources at an affordable price” while the World Energy Council (WEC) considers energy security to involve “the effective management of primary energy supply from domestic and external sources, the reliability of energy infrastructure, and the ability of energy providers to meet current and future demand”.
Energy security can therefore be accepted as a comprehensive concept that goes beyond mere supply availability It integrates reliability, affordability, sustainability, resilience, and access, reflecting the complex nature of modern energy systems and their critical role in economic stability and development IRENA identifies that addressing energy security requires a holistic approach,
incorporating diverse energy sources, robust infrastructure, and forward-looking policies to ensure that energy systems can adapt to evolving challenges and opportunities.
In the case of Namibia, the decision needs to be made as to if energy security can be achieved through “own” supplies or through “alliance availability” With own supplies, this means the natural control of resources available to create the much-needed energy such as those that Namibia has in abundance being solar, wind, biomass, geothermal, wave, tidal, uranium and now discovered crude oil. However, for a resource to be useful, it must be easily convertible and readily available in sufficient quantities as and when needed, making solar, wind, and biomass leading contenders
Solar has led the way, with the utilities either having own solar power plants or power purchase agreements (PPAs) with Independent Power Producers (IPPs) meeting some 9 percent of national demand and an IPP wind power plant contributing efficiently to that supply And with the recent announcement, the Otjikoto Biomass Power Station takes a
closer step to reality to meeting some 300 000 MWh and around 7 percent of national demand Renewables other than hydro, would then be meeting 16 percent Due to the presence of Ruacana hydro providing between 15 and 33 percent, Namibia thus meets close to 50 percent of its electricity needs taking the country to the halfway mark.
Due in part to the variability of these renewable energies, battery energy storage systems (BESS) such as the planned Omburu and Aus ones will allow a deeper penetration of solar and wind There are other factors in play such as availability of land, suitable investment funding, matching demand to supply and appropriate regulations as any investments may include options for exports (cross-border trading).
There will be a temptation to look at nuclear and increased oil use to meet national electricity demand but from a sustainability approach, inclusive of affordability (both at national and individual levels), the long run marginal costs will be higher. What may alter this analysis is if Namibia decides to accept the depth of investment required to make nuclear part of its dispatchable and export strategy, noting that except for SMR technology, a system demand of 3 000 MW would need to be achieved as a minimum The IEA sees nuclear being suitable as having the lowest expected levelized cost of energy (LCOE) of all dispatchable low carbon technologies comparable to large-scale hydro. Could the Baynes Hydro project compete?
In the case of an oil-based approach that would lead to the breaking of commitments and focus on what could be
difficultmarketframeworksduetothehighcarboncontent, Namibia would need either a refining partner or its own refining capacity to meet demand The development trajectory would also have to be carefully understood and planned so that current technology or its replacement would not be phased out due to decarbonized efforts globallycreatinganewchallenge.
A multi-dimensional approach therefore like IRENA advocates is essential to move forward effectively but due to the country’s development stage, more emphasis will have to be placed on meeting demand. The impacts of climate change as always will continue to create wide changing levels of hydro and NamPower will need mitigationstrategies.
It is thus possible to reach 100 percent renewables supply if concerted efforts are continued As always, the conversationcontinues infocus@rdjpublishing.africa
https://mc-cd8320d4-36a1-40ac-83cc-3389-cdnendpoint azureedge net/-/media/Files/IRENA/Agency/Publication/20 24/Apr/IRENA Geopolitics transition energy security 2024 pdf https://nipdb com/wp-content/uploads/2022/12/Namibia-SectorProfile-Renewable-Energy pdf
https://www nampower com na/public/docs/projects/otjikoto/BIO P FS Biomass%20Project%20Fact%20Sheet 22May24 v6 2 pdf https://www nampower com na/public/docs/annualreports/NamPower Integrated Annual Report 2023 pdf https://www iea org/reports/projected-costs-of-generatingelectricity-2020
RDJConsultingisa100%NamibianEnergyandSustainabilityConsultancywithmorethan30years’experience intheutility(Water,EnergyandTelecoms),ruraldevelopmentandtransportsectors.Ourexperienceasan integratedprofessionalservicesfirmthatbuildsbettercommunitiesthroughplanning,design,anddeliveryof physicalandsocialinfrastructurehelpssupportourclientsinallaspectsgoingforward.
Weapproacheachofourclientswithfresheyestodevelopcustomized,uniquestrategies.
RDJConsultingbasedinWindhoek,NamibiahasextensiveexperienceinSouthernAfrica,Asia,Britain,USAand theCaribbean.Wethusworkwithvariousgovernmentsandagenciestoaddressdevelopmentissuesin developingcountries.
With an estimated 420 000 vehicles in Namibia with Windhoek estimated to have on its register some 40 percent or 170 000 vehicles Annual
growth nationally is estimated at 10 000 vehicles with a clear possibility to replace at least 10 percent annually
If a further assumption of the national fleet is taken at 44 percent being cars, this would make Windhoek home to at least 90 000 cars and the most congested urban area. This writer using data collected by our researchers then shows that Windhoek requires no less than 117 000 000 (117 million) litres of fuel annually raking in NAD 2 5 billion in forecourt sales
Had the same fleet been composed of electric vehicles it can be assumed that the sales in electricity to accomplish the same distances would be equivalent to around NAD 750 million (NAD 0 75 billion) So who wants to save money?
Electric vehicles (EVs) have garnered significant attention for their potential to reduce greenhouse gas emissions and combat climate change. There currently around 100 EVs in Namibia with most based in Windhoek and being Nissan Leafs (Used) costing around NAD 200 000 – NAD 400 000 equating to the petrol engine new vehicle class such as the Volkswagen Polo or Toyota Corolla Quest price range It is worth noting that Mercedes and BMW electric vehicles are available in Windhoek.
However, the benefits of owning an EV extend far beyond just reducing emissions This is because electricity is generally cheaper than gasoline or diesel, which translates into significant savings over time Additionally, EVs have fewer moving parts, which means they require less maintenance. There is no need for oil changes, spark plugs, or exhaust system repairs, and regenerative braking systems reduce wear on brake components.
EVs also offer a superior driving experience due to their instant torque and smooth acceleration thus making even the most ardent “petrolhead” drop back in their seats at “take-off” . Unlike petrol and diesel engine vehicles, which need time to build up power, electric motors deliver full torque immediately, resulting in rapid acceleration and a responsive driving feel This performance aspect is not only said to be enjoyable but also provides better handling and control, especially in urban driving conditions
For the techies, EVs are more energy-efficient than their gasoline counterparts. While internal combustion engines convert only about 20% of the energy stored in gasoline to power the wheels, electric motors can convert over 60% of the electrical energy from the grid to power the wheels This efficiency translates to lower overall energy consumption and better utilization of resources
Green Car reports note that although people keep mentioning range per “fill-up” as a concern, the average driving distance daily of a vehicle in the urban environment is limited and well under the capability of current EV models At this point, the same applies to public transport and the City of Windhoek could reap similar fuel cost savings making public transport a more viable option
Then there is a real convenience, charging at home Having the convenience of home charging is a significant advantage Thus, in Windhoek, the matter of charging can be accomplished at home while you sleep Charging an EV at home overnight using a standard household outlet or a dedicated home charging station can be more convenient thanvisitingagasstation.Thisnotonlysavestimebutalso allows owners to start each day with a fully charged vehicle.
“we could easily charge our electric car at each campsite we visited”
4x4electric.com
So there can be no denying that as the technology within EVs advance and infrastructure availability improves, the advantages of EVs are expected to grow, further solidifying their place in the future of transportation And as always, theconversationcontinuesinfocus@rdjpublishing,africa
PLEASE NOTE THAT RDJ PUBLISHING DOES NOT ENDORSE ANY BRAND MENTIONED IN THIS ARTICLE AND HAS NOT BEEN PAID TO ADVERTISE ANY OF THE VEHICLES MENTIONED BY NAME ALL MENTIONS HAVE BEEN FOR ILLUSTRATIONONLY!
https://www focus2move com/namibian-auto/ https://www.globalfueleconomy.org/media/790638/namibiajul2019vehiclepopulationgrowthrate pdf https://arba app/l 100km calculator/ https://www.electricvehiclesnamibia.com/ https://4x4electric com/overlanding-all-electric-through-namibia/
Globally the aviation industry is undergoing a significant transformation with the integration of Artificial Intelligence (AI), which offers
unprecedented opportunities for efficiency, costeffectiveness, and competitiveness. For Namibia, being a country with vast landscapes covering more than 800 000 square kilometres and a growing need for reliable domestic air travel, leveraging AI in the short-haul aviation sector could be a game-changer
Running airlines is not a fete for the faint hearted and the experiences of Air Namibia is a clear indication of how success can be elusive. Regardless, the lessons learnt and use of AI technology can enable Namibian airlines to scale their operations quickly and efficiently Efficiency is the heart of the airline industry and so predictive analytics and insights, which can help airlines identify potential opportunities and make more informed decisions
In other circumstances, administrative processes, such as check-in procedures, boarding passes issuance, and baggage handling would be the areas of concern However, Namibia has more unique challenges that would surround use of algorithms that can analyze historical data and current market trends to predict passenger demand on various routes.
This helps airlines optimize flight schedules, reduce operational costs, and ensure higher load factors Predictive analytics can also optimize fuel management by forecasting fuel requirements based on route, weather conditions, and aircraft performance, reducing fuel costs and environmental impact.
A successful short-haul airline in Namibia, would require focusing on strategically located airports and airstrips with careful selection of airstrips and airports that can support
frequent, reliable, and efficient operations Hosea Kutako International Airport and Eros Airport in Windhoek can serve as primary hubs, given their central location and world-class infrastructure Their central locations near and in Windhoek (the capital city) makes them an ideal hub arrangement for connecting flights to other domestic destinations.
Secondary hubs like Walvis Bay Airport, Ondangwa Airport, and Rundu Airport will be crucial for connecting different regions and supporting tourism and economic activities The upgrading and development of Otjiwarongo and Keetmanshoop would be an even greater advantage. By leveraging AI to optimize operations and enhance customer service, a short-haul airline can efficiently serve these destinations, promoting connectivity and development across Namibia
As pointed out earlier, AI could also help with the selection and scheduling of aircrafts by analyzing various factors such as passenger demand, flight routes, and operational costs. This not only ensures that airlines operate at maximum efficiency, reducing idle time and operational expenses, but also enhances customer satisfaction by minimizing delays and improving the overall travel experience
The selection of appropriate aircraft for short-haul operations in Namibia is critical to ensuring efficient, reliable, and cost-effective air travel Several commercial aircraft the Dash 8 and ATR 42/72, regional jets like the Embraer E-Jet and Bombardier CRJ series, and small narrow-body jets like the Boeing 737-700/800 offer a
balanced fleet capable of meeting the diverse needs of the Namibian market A diverse range of aircraft allows airlines to match capacity with demand, ensuring efficient operationsacrossdifferentroutes
Turboprops are ideal for shorter, less busy routes, while regional jets and small narrow-body jets can handle higher traffic and longer distances. For example, Turboprop aircraft like the ATR 42/72: These aircraft are popular for their fuel efficiency and low operating costs. They can accommodate between 40 and 70 passengers, making them ideal for routes with moderate passenger demand, such as from Windhoek to Walvis Bay or Ondangwa. Another favourite could be the De Havilland Canada Dash 8 (DHC-8): Known for its reliability and performance on short regional routes, the Dash 8 is well-suited for flights between Windhoek and smaller towns like Lüderitz and Katima Mulilo Its short takeoff and landing capabilities are perfect forNamibia'ssmallerairstrips
The integration of AI will not only boost operational efficiency but also contribute to the growth and sustainability of the aviation sector in Namibia, ultimately benefitingpassengersandthebroadereconomy Asalways, theconversationcontinues infocus@rdjpublishing.africa
https://www airbus com/en/innovation/industry-4-0/artificialintelligence https://incusservices com/artificial-intelligence-in-the-airlineindustry-the-future-of-customer-service/ https://worldaviationfestival.com/blog/airlines/takeoff-with-aifive-reasons-the-airline-industry-should-embrace-ai/
Courtesy:www.transportafrica.org
It is now no longer a shock to hear of surging public transportation costs in many African countries, especially in the face of the continued fuel price
increases and the less than adequate transportation infrastructure. In fact, about 450 million people in Africarepresenting more than 70% of the total rural population, remain unconnected to formal transport infrastructure and related systems according to the United Nations (2021)
Despite these issues being more prominent in Africa, studies have shown that this is not only an “African” problem. In 2021, the United Nations also reported that only 49.5% of urban residents worldwide have convenient access to public transport, leaving the majority of urban as well as numerous rural populations without access to adequate public transportation systems
The movement of people in rural areas is mainly achieved by walking or riding bicycles since majority of the people do not drive, and there are obviously less to non-existent means of motorized transport vehicles in rural
communities across the continent. Translating this into economic terms, the lack of adequate transportation in such areas eventually slows economic growth, brought about less efficiency and productivity
Meanwhile, long distance travel in both cities and rural villages is achieved by the utilization of public transportation such as buses or taxis. Africa is the most road-dependent region in the world, with some countries relying on roads as their only means of transport It is estimated that 70% of all trips made by women in Africa are done on foot compared with only 30% among men, who are more likely than women to own and drive cars
Public transport in Africa is provided by a variety of modes, including railways, buses and ferries. In cities, buses are often used as public transportation. Buses tend to be slower than trains, but cheaper than cars and other modes of transportation In rural areas where there are no paved roads or railways, trucks may be used as a mode
of transportation for both passengers and cargo.
The most common forms of public transportation in Africa are minibuses and shared taxis. Minibuses tend to follow fixed routes and are usually privately owned but can also be run by local governments Shared taxis are used for short-distance trips within cities and may stop anywhere along their route if there is demand from passengers
There are also buses run by government agencies that provide long-distance service between major cities within countries, as well as international routes between African nations and their neighbors on other continents. Some countries including Kenya, Ghana and Nigeria have begun testing high-speed trains on some of their busiest lines These trains are expected to cut travel times considerably once they’re fully operational Another popular form of public transportation is Ride-hailing. Despite them being easy to use in comparison to other modes of public transportation, they are not accessible to all As a result, people in many parts of the continent resort to using motorcycles as their means of transport because they are cheaper than cars and more fuelefficient, while at the same time being able to navigate through heavy traffic easier than larger vehicles can. Motorcycles are commonly used both for passenger transport and transporting cargo.
Public transport in Africa plays a significant role in its economy - it is often a necessity, not a luxury. Despite the bottleneck in having sustainable public and general transport systems in Africa, numerous local and international stakeholders acknowledge that the
continent’s public transport sector has great potential and are therefore committed to driving sustainable, efficient, and inclusive mobility solutions across the continent Thecontinuedpopulationincreasethatheavily relies on public transport to go to work or do business reflects a significant opportunity for evolving the public transport sector in Africa And so, investor and stakeholdereyesremainfixedonthisindustry
With the number of public transportation users in Africa expected to increase to USD 0 64 billion by 2028, Statista reveals that the projected revenue in this sector is expected to reach USD 8.39 billion in 2024, and further increases in the following years. Additionally, it is estimated that 17% of the total revenue in the Public Transportation market by 2028 will be generated through onlinesales.
While it is clear that there are many transportation options available in Africa, some of them are still below average and need to be made more accessible and sustainable There is a dire need for a solution that caters to the vast needs of African travelers in terms of using mass transport It should be affordable, convenient and safe enough to encourage people to use them The conversationcontinuesat esa@rdjpublishing.africa
https://www un org/sites/un2 un org/files/media gstc/FACT SHEE T Inequalities pdf https://www transportafrica org/understanding-publictransportation-in-africa/ https://www statista com/outlook/mmo/shared-mobility/publictransportation/africa
Courtesy:WorldHealthOrganisation(WHO)
Having accepted the challenge of keeping our roads safe, the Ministry of Works and Transport has committed itself and its agencies to reducing road
fatalities. As pointed out by the Minister (Hon. John Mutorwa):
the “2nd Decade of action on Road Safety for Namibia emphasizes the understanding that road traffic deaths and injuries can be avoided, provided that the entire transportation system is holistically addressed, and actions are taken to ensure safer mobility across all modes”.
Namibia has on occasion experienced upwards of 20 000 crashes per annum with a commensurate peak of 575 fatalities which while statistically within regional averages, definitely above global average It is with this clarity and challenge in mind that the following actions are underway.
The National Road Safety Council (NRSCwww nrsc org na) within its mandate seeks to reduce or eliminate the number of school-going children killed by motor vehicles on their way to and from school Scholar
patrols are considered one way of increasing safety within close proximity to schools as provided for under section 74 (4) of the Road Traffic and Transport Act (RTTA), Act 22 of 1999 The NRSC provides insurance cover and training to ensure the safety to their pupils
Another approach is to integrate Road safety into the Education Curriculum. This is also spearheaded by the NRSC with support by National Institute for Educational Development (NIED - www nied edu na) for utilisation by Grades 1 – 3 Early intervention is crucial as it creates healthy habits and develops a sense of awareness and responsibility in young learners. It is believed that this intervention also helps in developing spatial awareness and understanding cause-and-effect relationships, which are essential skills for safe road usage
Data awareness plays a critical role in reducing road fatalities Accurate and comprehensive data collection allows for the identification of high-risk areas and behaviours, enabling targeted interventions. By analysing crash data, authorities can implement evidence-based strategies to improve road safety. For instance, data can reveal trends in crash causes, times, and locations, which
can then inform public awareness campaigns, law enforcement strategies, and infrastructure improvements.
By analysing crash data, authorities can pinpoint highrisk areas and times where accidents are most likely to occur This information is vital for implementing targeted safety measures such as increased police patrols, installation of speed cameras, and improved road signage and lighting in these areas. For example, a study by the Namibia University of Science and Technology (NUST) found that certain highways and intersections had higher incidences of crashes, leading to targeted interventions in those locations
Sharing data with the public can increase awareness of road safety issues and encourage safer driving behaviours. For example, publishing statistics on the number of crashes, fatalities, and their causes can highlight the severity of the problem and motivate drivers to adopt safer practices In Namibia, road safety campaigns often include data on accident rates to emphasize the importance of adhering to traffic laws and driving responsibly.
Data-driven insights are critical for informing policy decisions and infrastructure development For instance, data on traffic flow and accident hotspots can guide the design and construction of safer roads, intersections, and pedestrian crossings. The Namibian government's road safety strategy incorporates data analysis to prioritize
infrastructure projects that will have the greatest impact onreducingaccidentsandfatalities
The NRSC leverages data to understand the underlying factors contributing to road crashes and fatalities This data-driven approach ensures that resources are allocated effectively, and safety measures are implemented where they are most needed Additionally, public access to road safety data raises awareness among citizens, encouraging safer driving behaviours and communityinvolvementinroadsafetyinitiatives
In summary, while the integration of road safety into the school curricula and the establishment of scholar patrols are vital steps, the use of data to inform and guide these measures is equally important. Data awareness not only helps in crafting effective policies but also engages the public in a shared responsibility for road safety. Through these combined efforts, Namibia can work towards significantly reducing road fatalities and creating a safer environmentforallroadusers.
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Intoday'srapidlyurbanizingworld,thedemandforefficient, safe,andsustainabletransportationsystemshasneverbeen higher SmartTransportation arevolutionaryapproach
that integrates new and emerging technologies, is transforming howwemovearoundcities.Thesetechnologiesworktogetherto streamline traffic management, enhance public transportation, and reduce environmental impact. Ms. Hilda Tangeni Nekulu Nathnael, is a leading figure in the field of sustainable and affordable transport, is at the forefront of these innovations. In this interview, we delve into the division of Smart Cities and Transportation, exploring the smart cities challenges, strategies, andsmarttransportationprojects/Initiatives.
Hilda Tangeni Nekulu Nathnael is an Engineer with a Master of Civil (Transportation).Since2018,shehasbeenworkingattheCity of Windhoek as a Coordinator in the Smart Cities and Transport division. Her responsibilities align directly with Sustainable Development Goal 11 (SDG 11), emphasizing Target 11.2AffordableandSustainableTransportSystems.Ms.Nathnaelwas an integral part of the planning committee for the first pilot projectforthe EBikes4Windhoek project,demonstratingtheusage of solar-powered electric bicycles (e-bikes) as sustainable and affordable means of transport. She was also selected to participateinthe MoveOn International Summer School,heldfrom October9thto15th,2022,atthe University of Cape Coast, Ghana.
1.What motivated you to pursue a career specifically in the areaofintergrationofsmartcitiesandtransportation?
Furthermore,Ms.Nathnaelwasamongthesixyoungprofessionals fromacrossAfricaselectedtoparticipateinthefirstcohortofthe Agora Fellowship Program from 19 February to 15 March 2024, where discussions around possible ways to transform the transportsectoracrosstheAfricancontinenthappened Recently, Ms Nathnael was selected to take part in the Africa SDGs Mentorship Programme to develop skills in becoming an SDG champion,advocate,andpromoterofsustainabledevelopmentin hercommunitiesandbeyond
Creating inclusive smart transportation initiatives involves considering the diverse and unique needs of all residents by knowing your residents.
“I was introduced to the concept of smart cities and transportation during my master’s degree at Stellenbosch University This is where I dwelled into the concept of Smart mobility, which refers to using modes of transportation instead of owning a gas-powered vehicle This can take on many different forms, including ride-sharing, carsharing, public transportation Then there is walking, biking (etc) which are referred to as non-motorized transport Windhoek the capital city is experiencing rapid urbanization and the resources available are not enough to cater for everyone As I settled in my position as the Coordinator for Smart Cities and Transport at the City of Windhoek, I then realized the need for safer mobility means for the residents who are unable to afford cars, then I shifted my focus on them. The question is How can I, improve the mobility needs in Windhoek?” Ms.Nathnaelresponded.
Interview by Ms Silpa Kanghono (Coordinator: Digital Marketing and Events- RDJ Publishing)2.Inyourexperienceandopinion,whatdoyouconsidertobe the most pressing transportation challenges facing modern cities, and how can smart technologies address these challenges?
Smart mobility outlook has arisen from increasing traffic, fuel cost,pollution,andeventimewastage,Ms Nathnaelresponded “In Windhoek, for example we are facing a lack of resources and infrastructure for walking, biking, and public transportation use for the population that cannot afford to buy vehicles Once we have the infrastructure on the ground, we hope that we will see an increase in the usage of bicycles, improved safety of cyclists by reducing the number of fatalities and injuries and higher bicycle ownership ”
“Further to this, the city of Windhoek does not have enough municipal buses to cater for residents who need the service The service is also not running effectively and can be improved by investing in modernizing public transit systems with features like real-time arrival information, contactless payment systems, and dedicated lanes for buses and bikes. I want to add another challenge - irresponsible drivers. With technology we can spot them and fine them heavily. Technology allows us many opportunities.”
Ms.Nathnaeladded.
3.Kindlybriefourreadersonthesmarttransportationproject / initiative you've worked on and its impact on the transportationindustryatlarge.
Ms. Nathnael says, “My role is to advance the implementation of the Sustainable Urban Transport Master Plan (SUTMP) with the focus on non-motorized transport. Some of the projects (amongst others) that I have been involved in are such as:
Cycling and Road Safety Training Event - The City of Windhoek and other stakeholders offered road safety and cyclist beginners training to fifty (50) students.
#AfricanMobilityMonth 2021: Transforming mobility in African cities – a month-long campaign aimed to raise awareness of sustainable mobility, as well as to support and celebrate action and mobilise a collective effort to transform mobility in African cities
Open Streets Day event aims to impart a mindset change, encouraging vehicle owners to start seeing city streets as public spaces and consider alternative modes of transport Windhoek on Bike Event – This is scheduled every second (2nd) Saturday of a new month to teach aspiring cyclists of all ages to learn to cycle
Construction of the pilot bicycle lane - Currently, the first cycling infrastructure project in Windhoek measuring 4km
Ebikes4Windhoek Project – where forty (40) students received electric bikes for a period of four (4) months.”
4. What strategies do you employ to ensure that smart transportation initiatives are inclusive and considerate of diversecommunitieswithinacity?
“Creating inclusive smart transportation initiatives involves considering the diverse and unique needs of all residents by knowing your residents We get to know our residents through community engagements, and data collections through surveys
When we know the different groups of people we are working with, then we can tailor make our initiatives accordingly and develop a transportation network that offers different travel needs that we communicate in different languages to ensure accessibility” Ms Nathnaelsaid
5.Inconclusion,withtherapidpaceoftechnologicalchange, how do you balance the adoption of cutting-edge solutions with the need for reliability and scalability in smart transportationinfrastructure?
“Pilot projects always help to evaluate the effectiveness, reliability, and scalability of new solutions before widespread implementation. For example, we planned to fit our electric bikes with GPS trackers that will not only help us monitor where our bikes are, but also help us gather information on preferred routes used by cyclists But instead of fitting all the bicycles with the trackers, we first piloted the trackers on half of the fleet for testing This allowed us to identify potential challenges and vulnerabilities associated with new technologies
We apply this same strategy to our infrastructure implementation ” MsNathnaelconcluded
Bank of Namibia (BON)
Description: Supply And Installation of it Infrastructure Hardware and Vmware Licenses
Bid Closing date: 28 June 2024 at 12h00 https://www.bon.com.na/CMSTemplates/Bon/Files/bon.com.na/af/aff29cbf-83ef-493096b8-eeb2c652beaf.pdf
Namibia Airports Company (NAC)
Description: Proposed ATYT ARFF Station Doors Alteraion, Terminal Roof Installation and Glass Replacement
Bid Closing date: 28 June 2024
https://www airports com na/procurement/proposed-atyt-arff-station-doors-alteraion-terminal-roof-installation-and-glassreplacement/157/
Ministry of Mines and Energy
Description: Discrimination of Natural Seismicity and Mine Blasting in Erongo Region
Bid Closing date: 10 Jul 2024
https://www mme gov na/files/vacancies/03b ToR Erongo%20Seismic%20Data%20Analyis 2024 %20RP-%20SC MS pdf
Namport
Description: Main Entrance Gate Complex Civil Works Port of Walvis Bay (Earthworks, Bitumen and ICB Pavements, Palisade Fence, etc)
Bid Closing date: 19 Jul 2024 at 12h00 PM
https://www namport com na/procurement/643/
Office of the Prime Minister
Description: Consultancy Services to Review and Finalize the National Disaster Risk Management Policy (2009)
Bid Closing date: 19 Jul 2024 @ 11h00 AM
Bidding Documents Collection Office: Office of the Prime Minister, Parliament Building, Ground Floor, Room No. 39 as from 10 June 2024
Namibia Water Corporation Ltd (NamWater)
Description: Geohydrology consulting services for siting of boreholes, groundwater modelling and drilling supervision at the Oshivelo-Omutsegwonime Water Supply Scheme.
Bid Closing date: 23 Jul 2024 at 11h00 https://www.namwater.com.na/index.php/quotations/22-procurement/772-bids-template-non-paying-137
Description: Drilling and test pumping of 4 production boreholes at Tsumkwe Water Supply Scheme in the Otjozondjupa Region
Bid Closing date: 23 Jul 2024 at 11h00
https://www namwater com na/index php/bid-invitation-a/22-procurement/773-supply-and-delivery-of-two-2-electricalswitchboards-three-3-132-kw-variable-speed-drives-and-two-2-air-conditioning-units-for-ondangwa-south-east-and-oshakatiraw-water-pump-stations-37
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