Electric buses are moving from pilot projects to everyday public transport in Kenya.

In Nairobi, electric buses are already operating on major commuter corridors, while companies such as BasiGo and Roam are expanding manufacturing, charging infrastructure and financing options.

The shift is being driven by several factors: rising fuel costs, lower potential energy costs, reduced maintenance requirements, government support for electric mobility and growing demand for cleaner urban transport.

But for passengers and bus operators, the most important questions are practical:

How much does an electric bus cost in Kenya?

How far can it travel on one charge?

Where can electric buses charge?

How much does it cost to operate one compared with a diesel bus?

And perhaps most importantly:

Where can you actually find electric buses in Kenya?

Here is what you need to know.

Electric Bus Companies in Kenya

Kenya’s electric-bus market is being led by locally active manufacturers and mobility companies, with BasiGo and Roam among the most prominent.

BasiGo

BasiGo is a Kenyan electric-mobility company focused heavily on electric buses for the public transport sector.

Its buses are assembled in Kenya and are being deployed through existing matatu operators and SACCOs rather than requiring the company to build an entirely new public transport network.

BasiGo uses a Pay-As-You-Drive model that allows operators to avoid the full upfront cost of buying an electric bus.

Under the company’s current model, operators pay a security deposit and then a fee based on kilometres driven. The package can include charging, maintenance, insurance, roadside assistance, monitoring and other services.

BasiGo says its charging network is designed specifically for electric buses, with DC fast chargers capable of recharging a bus in about two hours.

Roam

Roam is another major Kenyan electric-mobility company that has expanded from electric motorcycles into buses.

Its current electric-bus lineup includes the Roam Move and Roam Rapid.

The Roam Move is designed for shuttle and matatu operations, while the Roam Rapid is designed as a high-capacity city transit bus.

Roam says its buses are designed and manufactured in Kenya, with the vehicles engineered around local road and operating conditions.

How Much Does an Electric Bus Cost in Kenya?

The purchase price of an electric bus can be substantially higher than that of a conventional diesel bus, particularly when the battery and charging infrastructure are included.

However, looking only at the sticker price can be misleading because electric-bus companies are increasingly offering financing and leasing models.

BasiGo’s Pay-As-You-Drive system is designed to reduce the upfront cost for bus operators. Business Daily reported that operators can place a deposit of approximately KSh 1 million to KSh 1.5 million, followed by a payment of about KSh 65 per kilometre covering energy, maintenance and part of the financing under the reported model.

BasiGo’s own pricing model describes the arrangement as a full electric-bus lease with a low security deposit and mileage-based payments. The package can include charging, scheduled maintenance, cleaning, roadside assistance, insurance and bus monitoring.

This means a transport operator does not necessarily need to find the full purchase price of an electric bus before putting it into service.

Indicative electric-bus costs

Cost	Indicative figure
BasiGo reported deposit	KSh 1 million–KSh 1.5 million
BasiGo reported Pay-As-You-Drive rate	About KSh 65/km
Roam Rapid battery	384 kWh
Roam Rapid range	Up to 360 km
Roam Move range	200–300 km
BasiGo KL-9 range	Up to 400 km daily
BasiGo KL-9 battery	176 kWh

Prices and financing terms vary by model, operator, route and agreement, so prospective operators should obtain a current quotation before making a purchase decision.

BasiGo Electric Bus Models

BasiGo has introduced several electric-bus configurations for the Kenyan market.

One of its newer models is the KL-9, which uses a 176 kWh CATL battery and is listed with a daily range of up to 400 km and recharge time of under two hours.

The battery is backed by a 10-year/1-million-kilometre warranty according to BasiGo.

BasiGo has also previously deployed the E9 Kubwa, a 36-seat electric bus designed for urban operations. Its 210 kWh battery can support up to 400 km of daily operation when combined with a mid-day charge.

This is important because electric buses do not necessarily need enough battery capacity to cover every kilometre of an entire day on one charge.

An operator can instead use:

Morning operation → charging → afternoon/evening operation.

That approach can make smaller battery packs economically viable.

Roam Electric Bus Models

Roam currently offers two major electric-bus products.

Roam Move

The Roam Move is positioned as an electric shuttle bus for the matatu market.

According to Roam, it has:

• 170 kWh standard battery
• 245 kWh optional battery
• 200 km standard range
• Up to 300 km optional range
• Approximately 1.5-hour fast charging
• Up to 51 seated passengers
• 80 km/h top speed

Roam says the Move is locally manufactured and designed for Kenyan roads.

This makes it particularly relevant to operators running commuter and shuttle services where daily routes are predictable.

Roam Rapid

The Roam Rapid is a larger mass-transit electric bus.

Its published specifications include:

• 384 kWh lithium-iron-phosphate battery
• Up to 360 km range
• Less than two hours charging
• Up to 90 passengers including standing capacity
• 12.5-metre length

Roam designed the Rapid specifically for high-capacity city transport.

Where Are Electric Buses Operating in Kenya?

The majority of Kenya’s electric buses are still concentrated around Nairobi, where passenger demand, charging infrastructure and established matatu routes make electrification easier.

However, the operating footprint is expanding.

Current BasiGo deployments have included commuter corridors such as:

• Juja
• Thika Road
• Kikuyu
• Ngong
• Kitengela
• Utawala
• Kangundo Road
• Mombasa Road
• Waiyaki Way
• Jogoo Road
• Ngong Road

Operators using BasiGo electric buses include Super Metro, Citi Hoppa, Metrotrans, OMA Services, East Shuttle and other SACCOs.

This is significant because electric buses are no longer limited to controlled demonstrations.

They are increasingly being integrated into normal passenger transport operations.

Roam Electric Buses in Nairobi

Roam’s Rapid electric bus initially operated on Nairobi’s CBD–Juja corridor as part of a pilot with Kenya Mpya.

The company also identified Thika Superhighway, Mombasa Road and Waiyaki Way among its initial operating corridors.

Roam has also partnered with County Bus Service with the ambition of putting up to 200 electric buses on Kenyan roads by the end of 2026.

The exact availability of individual models and routes changes as operators add or reassign vehicles, so passengers should check with the relevant SACCO or operator for the latest route information.

Electric Bus Charging Stations in Kenya

Charging infrastructure is arguably more important than the buses themselves.

An electric bus cannot operate commercially without reliable access to high-powered charging.

BasiGo has built a dedicated DC fast-charging network for electric buses.

The company says its charging depots are located along bus routes and use dedicated connections to Kenya Power. Its CCS2 chargers can recharge an electric bus in about two hours.

BasiGo expanded its Nairobi charging network with depots including Taj Mall, Komarock and Riruta, with additional infrastructure planned.

The company is also moving beyond Nairobi.

In July 2026, BasiGo and Rubis Energy Kenya announced a partnership to expand fast-charging infrastructure, with a station at Sabaki in Machakos County and additional locations planned in Meru, Nanyuki and Nyeri.

This matters because electric buses will eventually need to operate beyond Nairobi’s metropolitan area.

How Much Does It Cost to Charge an Electric Bus?

The cost depends on the battery size and electricity tariff.

For example, BasiGo and Rubis have announced an indicative public charging rate of approximately KSh 48 per kWh at their highway charging sites.

Using that rate, we can estimate the energy cost of charging a bus.

Roam Rapid example

Roam Rapid has a 384 kWh battery.

If the entire 384 kWh were purchased at KSh 48 per kWh:

384 × KSh 48 = KSh 18,432

So a theoretical full charge at that retail rate would cost approximately KSh 18,432.

However, this is only a mathematical illustration.

Actual operating costs can differ because:

• Operators may use different electricity tariffs.
• Charging is not always from 0% to 100%.
• Charging losses occur.
• Depot charging arrangements may have different rates.
• Operators may benefit from commercial or e-mobility electricity tariffs.
• Route conditions affect energy consumption.

Therefore, this should not be treated as the actual cost of operating every Roam Rapid.

How Much Does an Electric Bus Cost Per Kilometre?

This is one of the most useful calculations for bus operators.

Using the Roam Rapid’s published 384 kWh battery and 360 km range:

384 kWh ÷ 360 km = approximately 1.07 kWh/km

At a hypothetical KSh 48/kWh charging rate:

1.07 × KSh 48 = approximately KSh 51 per kilometre

That is an energy-only estimate based on the published battery and range figures.

It does not include:

• Driver wages
• Insurance
• Financing
• Tyres
• Maintenance
• Depreciation
• Administration
• Charging losses
• Other operating expenses

It also assumes the published range and battery figures translate directly into real-world energy consumption, which they may not.

For operators, actual fleet data is much more useful than laboratory or manufacturer specifications.

BasiGo’s Pay-As-You-Drive Model

BasiGo’s approach is particularly interesting because it changes how operators calculate electric-bus costs.

Instead of separately paying for fuel, servicing and other expenses, the operator pays a mileage-based fee.

BasiGo says its Pay-As-You-Drive service can include:

• Charging
• Maintenance
• Cleaning
• Roadside assistance
• Comprehensive insurance
• Vehicle monitoring
• Analytics
• A 90% monthly uptime guarantee

This gives operators a much simpler operating-cost structure.

If the reported KSh 65/km rate is used as an illustration, a bus travelling 200 km per day would incur:

200 × KSh 65 = KSh 13,000 per day

At 26 operating days:

KSh 13,000 × 26 = KSh 338,000 per month

Again, this is a simple calculation based on the reported mileage rate and should not be interpreted as a current quotation from BasiGo.

The actual economics depend on passenger revenue, route length, utilization and the operator’s financing agreement.

Electric Bus vs Diesel Bus Running Costs

The biggest economic advantage of electric buses is potentially lower operating cost.

A diesel bus requires continuous expenditure on:

• Diesel
• Engine oil
• Oil filters
• Air filters
• Fuel-system maintenance
• Engine servicing
• Exhaust-system components
• Other mechanical repairs

Electric buses eliminate the internal combustion engine and therefore remove many of these maintenance requirements.

That does not mean electric buses are maintenance-free.

They still require:

• Tyres
• Brake components
• Suspension maintenance
• Steering components
• Electrical systems
• Cooling systems
• Software and diagnostics
• Battery-system maintenance

The difference is that the drivetrain has fewer mechanical components.

BasiGo’s model bundles maintenance into its Pay-As-You-Drive service, while Roam says its electric buses reduce ownership costs through fewer parts and lower maintenance requirements.

Why Electric Buses Can Be More Profitable

For a public transport operator, the most important metric is not simply fuel savings.

It is profit per kilometre.

Imagine two buses carrying similar passenger loads on the same route.

The diesel bus spends money on:

Diesel + maintenance + engine servicing.

The electric bus spends money on:

Electricity + maintenance + financing/battery costs.

If the electric bus can transport the same number of passengers while spending less on energy and maintenance, the operator can potentially improve margins.

Business Daily reported in February 2026 that Kenyan electric-bus operators were seeing lower operating costs and improved profitability compared with conventional buses. One reported BasiGo financing model used a KSh 65/km fee covering energy, maintenance and part of financing.

However, profitability still depends heavily on passenger occupancy.

A bus that runs half-empty all day may not be profitable regardless of whether it is electric or diesel.

How Long Does an Electric Bus Take to Charge?

Charging time depends on the battery and charger.

BasiGo says its electric buses can be recharged in approximately two hours using its DC fast-charging network.

Roam lists approximately 1.5 hours for the Move using fast charging, while the Rapid takes less than two hours.

This means an operator can potentially schedule charging around periods of lower passenger demand.

For example:

Morning peak → midday charging → afternoon peak

This can be more practical than requiring a bus to remain parked for an entire workday.

Electric Bus Range in Kenya

Range is one of the most important considerations when choosing an electric bus.

Current published figures include:

Electric bus	Battery	Published range
Roam Move	170 kWh	200 km
Roam Move	245 kWh	300 km
Roam Rapid	384 kWh	Up to 360 km
BasiGo KL-9	176 kWh	Up to 400 km daily
BasiGo E9 Kubwa	210 kWh	Up to 400 km daily with mid-day charging

Sources: manufacturer specifications.

But operators should never plan a route using the headline range alone.

Real-world energy consumption can be affected by:

• Passenger load
• Traffic congestion
• Road gradients
• Air conditioning
• Driving style
• Weather
• Battery age
• Route conditions
• Charging strategy

A bus operator should therefore maintain a safety margin rather than planning a route that uses 100% of the advertised battery range.

Why Kenya Is Well Positioned for Electric Buses

Kenya has an important advantage over many countries: a relatively renewable electricity mix.

BasiGo says its charging network is powered by Kenya’s electricity system, which it describes as around 90% renewable.

That means electrifying public transport can reduce both:

fuel consumption

and

tailpipe emissions.

For Nairobi, where traffic congestion and vehicle pollution are major urban issues, electrifying high-mileage buses could have a larger impact than electrifying occasional private vehicles.

A bus can travel hundreds of kilometres every day.

Replacing one high-mileage diesel bus therefore potentially displaces far more fuel consumption than replacing a low-mileage private car.

The Biggest Challenge: Charging Infrastructure

The biggest limitation to electric buses in Kenya is not necessarily passenger demand.

It is infrastructure.

A diesel bus can refuel at an established petrol station.

An electric bus requires:

• A suitable high-powered charger
• Grid connection
• Adequate electricity capacity
• Space for charging
• Reliable equipment
• Maintenance support
• Route planning

BasiGo’s managing director told Semafor in March 2026 that the company was working to expand charging beyond Nairobi and had 11 charging stations, 10 of them in the Nairobi metropolitan area at the time. The company was also exploring charging facilities at fuel retailers along Kenya’s coast and in central and western regions.

The later Rubis partnership shows that this expansion is now moving onto key transport corridors.

Electric Buses Are Creating a New Business Ecosystem

The electric-bus industry is creating opportunities beyond vehicle manufacturing.

The ecosystem includes:

Charging companies

Operators need high-powered charging infrastructure at depots and along major transport corridors.

Financing companies

Electric buses have a high upfront value, creating demand for asset financing and leasing.

Battery companies

Batteries are among the most expensive components of an electric bus.

Software companies

Modern electric buses can generate data about:

• Energy consumption
• Route performance
• Driver behaviour
• Battery health
• Maintenance
• Passenger demand

Maintenance specialists

Electric vehicles require technicians trained in high-voltage systems, diagnostics and battery management.

Local manufacturers

Local assembly can create jobs and reduce dependence on imported complete vehicles.

This makes electric mobility a technology and business story, not simply a transport story.

What Does an Electric Bus Mean for Passengers?

Passengers may notice several differences.

Electric buses are significantly quieter than diesel buses.

They also have no tailpipe emissions.

Depending on the operator and vehicle, passengers may also get features such as:

• USB charging
• Wi-Fi
• CCTV
• Digital payment
• Better seating
• Lower cabin noise
• Improved accessibility

BasiGo’s E9 Kubwa, for example, was designed with Wi-Fi, CCTV and USB charging at seats.

BasiGo has also tested scheduled electric commuter services using digital booking and fixed-route operations, including services connecting residential areas with commercial centres such as Westlands and Upper Hill.

This suggests that electrification could eventually be combined with wider digital transformation of Kenya’s public transport system.

Are Electric Buses More Expensive Than Diesel Buses?

Usually, the upfront economics are more complicated.

An electric bus can have a higher headline purchase price because the battery is expensive.

However, financing models can reduce the upfront burden.

BasiGo’s Pay-As-You-Drive model is designed specifically around this problem. The operator pays a deposit and a mileage-based fee rather than purchasing the complete vehicle and battery outright.

The more useful comparison is therefore:

Total cost of ownership over several years

rather than:

Electric bus purchase price vs diesel bus purchase price.

An electric bus that costs more initially but saves substantially on energy and maintenance can potentially become cheaper over its operating life.

What Should a Kenyan Bus Operator Consider Before Going Electric?

An operator should examine at least eight things before purchasing or leasing an electric bus.

1. Daily distance

Calculate the actual kilometres travelled every day.

2. Passenger load

A full bus generates more revenue but also uses more energy.

3. Charging location

Know exactly where the bus will charge.

4. Charging time

Make sure charging fits the operating schedule.

5. Electricity cost

Don’t assume every operator pays the same electricity rate.

6. Financing

Calculate the total amount paid, not just the deposit.

7. Maintenance

Understand what is included in the manufacturer’s service agreement.

8. Battery warranty

Battery degradation can have a major impact on long-term economics.

These factors are more important than simply choosing the bus with the longest advertised range.

Where Are Electric Buses Heading Next?

The next stage of Kenya’s electric-bus industry is likely to involve expansion beyond Nairobi.

BasiGo has already announced plans to expand charging infrastructure along major corridors, while its inter-city electric mobility pilots have included routes involving Nyahururu, Nyeri, Nakuru and Thika.

Charging infrastructure is also expanding into areas such as Meru, Nanyuki and Nyeri.

If this infrastructure continues expanding, electric buses could eventually become practical on longer regional routes rather than remaining primarily a Nairobi phenomenon.

Electric Buses in Kenya: Pros and Cons

Advantages

Lower energy costs: Electricity can be cheaper per kilometre than diesel under the right operating conditions.

Lower routine maintenance: Electric drivetrains have fewer moving components.

Quiet operation: Electric buses reduce noise in busy urban areas.

No tailpipe emissions: They produce no exhaust emissions while operating.

Predictable operating costs: Mileage-based financing can simplify budgeting.

Local manufacturing: Kenya is developing local electric-vehicle assembly capabilities.

Digital technology: Modern electric buses can integrate monitoring, diagnostics and passenger technology.

Disadvantages

High upfront cost: Electric buses and batteries remain expensive.

Charging dependency: Routes need reliable charging infrastructure.

Charging downtime: Even fast charging takes longer than diesel refuelling.

Infrastructure gaps: Most charging infrastructure remains concentrated around major urban areas.

Battery degradation: Battery performance can decline over time.

Financing complexity: Operators must carefully understand lease and Pay-As-You-Drive terms.

Are Electric Buses Worth It in Kenya?

For high-mileage public transport operators, electric buses can make strong economic sense.

The biggest advantage is not simply that they are electric.

It is that public transport buses travel large distances every day.

A bus covering 200–300 kilometres daily can accumulate significant fuel and maintenance expenses over a year. Reducing those expenses can have a major impact on the operator’s profitability.

However, the economics only work if the bus has:

Reliable charging + sufficient range + high passenger utilization + suitable financing.

Without those four factors, an electric bus can become difficult to operate profitably.

For passengers, the transition offers quieter, cleaner and potentially more technologically advanced public transport.

For Kenya’s transport industry, it represents something even bigger: the development of a new technology ecosystem around vehicles, batteries, charging, software, financing and local manufacturing.

Frequently Asked Questions

How much does an electric bus cost in Kenya?

There is no single price because electric buses differ by model and financing arrangement. BasiGo’s reported Pay-As-You-Drive model has used deposits of approximately KSh 1 million–KSh 1.5 million and a mileage-based fee of about KSh 65/km in reporting.

How much does it cost to charge an electric bus?

It depends on the battery size and electricity tariff. A public BasiGo/Rubis charging site has an indicative rate of KSh 48 per kWh. A 384 kWh battery would theoretically require KSh 18,432 for a full 0–100% charge at that rate, before charging losses and other factors.

How far can an electric bus travel in Kenya?

Published figures range from about 200 km for the standard Roam Move to up to 360 km for the Roam Rapid and up to 400 km daily for BasiGo’s KL-9 under its stated operating conditions.

How long does an electric bus take to charge?

BasiGo says its DC fast chargers can recharge an electric bus in approximately two hours. Roam lists around 1.5 hours for the Move and less than two hours for the Rapid.

Where do electric buses operate in Kenya?

Electric buses are concentrated primarily in Nairobi and surrounding commuter corridors, including Thika Road, Mombasa Road, Waiyaki Way, Jogoo Road, Ngong Road and routes involving Juja, Kitengela and other areas. Regional charging and electric-mobility deployments are expanding.

Which companies make electric buses in Kenya?

BasiGo and Roam are among the leading companies manufacturing and deploying electric buses in Kenya. Both have developed vehicles specifically for Kenyan and African public transport conditions.

Are electric buses cheaper to operate than diesel buses?

They can be, especially on high-mileage routes where electricity and maintenance costs are lower than diesel and engine servicing. However, financing, charging infrastructure, passenger occupancy and battery costs must all be included in the calculation.

Can electric buses travel between Kenyan cities?

Yes, but route viability depends on range and charging infrastructure. BasiGo has been expanding its charging network beyond Nairobi and has piloted electric vehicles on regional routes including Nyahururu, Nyeri, Nakuru and Thika.

The Bottom Line

Kenya’s electric-bus industry has moved beyond the experimental stage.

BasiGo and Roam are putting electric buses into ordinary passenger service, while charging infrastructure is expanding beyond Nairobi.

The technology is becoming increasingly attractive because electric buses can combine lower energy costs, reduced routine maintenance, quieter operation and digital fleet management.

But the real test will be economics.

For an operator, the key question isn’t simply “How much does an electric bus cost?”

It is:

“How much will this bus cost me for every kilometre it operates, and how much revenue can it generate?”

That is where electric buses could have their biggest impact on Kenya’s public transport industry.