Kenya’s electric-vehicle market is moving into a new phase.
Electric motorcycles, buses, vans and private cars are becoming more visible on Kenyan roads, but there is one piece of infrastructure that will determine how quickly the market grows:
EV charging stations.
An electric vehicle is only as useful as the infrastructure available to recharge it.
For someone driving an electric car from Nairobi to Mombasa, for example, the question is no longer simply how much the vehicle costs. The bigger question is whether there are reliable charging stations along the route.
For a boda boda rider, the calculation is different. A rider may need either a fast charger or a battery-swapping station that can restore usable range within minutes.
Kenya is responding by developing several types of charging infrastructure, from home chargers and shopping-mall chargers to high-power DC stations designed for electric buses and intercity travel.
Companies including Kenya Power, BasiGo, Roam, Rubis Energy and other private EV operators are helping build this network.
So where are Kenya’s EV charging stations, how much does charging cost, how fast are the chargers, and how much does it cost to drive an electric vehicle?
Here is the 2026 guide.
Kenya’s EV Charging Network at a Glance
| Feature | Kenya EV charging situation |
|---|---|
| Main charging market | Nairobi and major urban areas |
| Public charging | Growing rapidly |
| Main operators | Kenya Power, BasiGo, Roam and private providers |
| Common AC charging | 7–22 kW |
| Fast DC charging | 50–150 kW and higher |
| Kenya Power e-mobility tariff | KSh 16/kWh peak, KSh 8/kWh off-peak |
| Example public fast-charging price | About KSh 48/kWh at BasiGo/Rubis sites |
| Main challenge | Charging concentrated around Nairobi |
| Major growth area | Intercity highways and regional towns |
Kenya Power says electricity consumption by the e-mobility sector reached 8.43 million kWh in 2025, an increase of 188% from 2024.
That growth shows that charging infrastructure is moving beyond a small pilot market.
Who Is Building EV Charging Infrastructure in Kenya?
Kenya’s charging ecosystem is not being built by one company.
Different players are targeting different parts of the market.
1. Kenya Power
Kenya Power is one of the most important players because it controls the electricity distribution network that powers most charging infrastructure.
The company has also installed its own EV chargers.
Kenya Power says it has installed chargers at locations including:
- Stima Plaza
- Donholm
- Ruaraka
- Electricity House
- Ragati Road, Upper Hill
The company is also encouraging EV charging operators to move onto the dedicated e-mobility electricity tariff.
As of June 2026, Kenya Power said 331 customers had been metered under the e-mobility tariff.
This makes Kenya Power important not only as a charger operator but also as the electricity provider behind the wider charging ecosystem.
2. BasiGo
BasiGo initially developed charging infrastructure to support its electric-bus fleet.
The company has built a network of high-powered charging depots designed around public transport routes.
Its charging infrastructure uses DC fast charging, allowing buses to recharge considerably faster than they would using ordinary AC equipment.
A BasiGo charging depot in Buru Buru, Nairobi, for example, is listed with six CCS2 connectors and up to 120 kW of charging power.
But BasiGo’s charging strategy is now expanding beyond its own buses.
In July 2026, BasiGo partnered with Rubis Energy Kenya to install public DC fast chargers at selected Rubis stations.
The first site became operational at Sabaki in Athi River, with additional sites planned for Meru, Nanyuki and Nyeri.
This is an important development because it begins connecting Kenya’s EV network beyond Nairobi.
3. Rubis Energy Kenya
Rubis brings something that EV startups do not necessarily have:
a large network of existing roadside energy locations.
Instead of building entirely new charging locations from scratch, the company can integrate EV chargers into existing service stations.
Its partnership with BasiGo is designed to place high-power EV chargers along major transport corridors.
The Sabaki station uses 100 kW DC fast chargers with both CCS2 and GB/T connectors.
BasiGo says a typical passenger EV can charge in under an hour at the site. The indicative charging price is KSh 48 per kWh.
This type of infrastructure could eventually make long-distance electric travel significantly easier.
4. Roam
Roam is another major player in Kenya’s electric-mobility infrastructure.
The company has developed Roam Points, charging stations designed for light electric vehicles.
Unlike a network restricted to one motorcycle brand, Roam says its charging infrastructure is intended to support a wider range of light EVs.
Its universal fast-charging approach is designed around interoperability.
Roam says its first universal fast charger for light electric vehicles in Kenya can provide approximately 10–20 km of range in five minutes, depending on the vehicle.
The company has also said it plans to expand its charging network nationally.
As of August 2026, Roam is positioning interoperability as an important part of its infrastructure strategy, arguing that charging networks should work across different vehicle manufacturers rather than becoming closed ecosystems.
5. Private Charging Companies
Kenya’s EV infrastructure market also includes independent charging companies, property developers, dealerships, hotels, malls and fleet operators.
These businesses can install chargers for:
- Customers
- Employees
- Residents
- Tenants
- Fleet vehicles
- Commercial EV users
Shopping centres are particularly attractive because drivers can charge while shopping.
Hotels can offer charging as an additional service.
Office buildings can provide charging for employees.
Residential developments can install chargers for EV owners.
This means the future charging network is unlikely to consist only of traditional petrol-station-style charging hubs.
Instead, charging could become part of the wider property and retail ecosystem.
Where Are Kenya’s EV Charging Stations?
Nairobi remains the centre of Kenya’s EV charging market.
The country’s National Electric Mobility Policy acknowledges that charging infrastructure remains heavily concentrated around Nairobi and calls for expansion into other parts of the country.
Charging locations can be found around:
- Nairobi CBD
- Westlands
- Kilimani
- Upper Hill
- Industrial Area
- Embakasi
- Donholm
- Ruaraka
- Thika Road
- Ngong Road
- Kikuyu
- Buru Buru
Outside Nairobi, infrastructure is expanding along important transport corridors.
BasiGo and Rubis are developing charging sites around:
- Sabaki
- Meru
- Nanyuki
- Nyeri
The objective is to make electric travel between towns more practical.
How Much Does EV Charging Cost in Kenya?
This is one of the most important questions for EV owners.
There is no single nationwide retail charging price.
The amount you pay depends on:
- Charging provider
- Charger type
- Electricity tariff
- Location
- Vehicle
- Charging speed
- Whether you are charging at home or using a public charger
Kenya Power E-Mobility Tariff
Kenya Power’s dedicated e-mobility tariff provides electricity at:
KSh 16 per kWh during peak periods
and
KSh 8 per kWh during off-peak periods.
Kenya Power says the tariff is designed specifically to support the growing electric-mobility sector.
This is particularly important for commercial charging operators because electricity is one of their biggest operating expenses.
Public Fast Charging Can Cost More
The price at a public fast charger can be considerably higher than the underlying electricity tariff.
For example, BasiGo and Rubis have announced an indicative public charging price of:
KSh 48 per kWh
at their highway charging sites.
Why is this higher than the Kenya Power e-mobility tariff?
A public charging operator also needs to cover:
- Charger purchase
- Installation
- Grid connection
- Land or rent
- Software
- Payment systems
- Maintenance
- Staff
- Security
- Network management
- Profit margin
Therefore, EV owners should not assume that the electricity tariff and public charging price are the same thing.
How Much Does It Cost to Fully Charge an Electric Car?
The answer depends on battery size.
Suppose an electric car has a:
60 kWh battery
At a public charging price of KSh 48/kWh:
60 × 48 = KSh 2,880
A theoretical full charge would therefore cost approximately:
KSh 2,880
But most drivers do not charge from 0% to 100%.
A driver charging from 20% to 80% would add approximately 60% of the battery capacity.
For a 60 kWh battery:
60 × 60% = 36 kWh
At KSh 48/kWh:
36 × 48 = KSh 1,728
So a 20–80% charging session would cost roughly:
KSh 1,728
These are illustrative calculations. Actual costs can differ because of charging losses, pricing changes and provider-specific billing.
How Much Does It Cost to Charge an Electric Motorcycle?
Electric motorcycles use much smaller batteries than cars and buses.
For example, suppose an electric motorcycle has a:
5 kWh battery
At KSh 48/kWh:
5 × 48 = KSh 240
A theoretical full charge would therefore require about:
KSh 240
At a Kenya Power e-mobility off-peak rate of KSh 8/kWh:
5 × 8 = KSh 40
This illustrates why electricity pricing can have a major effect on electric-motorcycle operating costs.
However, many commercial motorcycle riders in Kenya use battery-swapping systems instead of public plug-in charging.
That means the actual energy cost may be packaged into a battery-swap or battery-as-a-service fee.
How Much Does It Cost to Drive an EV Per Kilometre?
The most useful way to compare EV running costs is not the cost of a full charge.
It is:
Cost per kilometre.
The formula is:
Energy consumption × electricity price = cost per kilometre
For example, suppose an electric car consumes:
15 kWh per 100 km
At KSh 48/kWh:
15 × 48 = KSh 720 per 100 km
That equals:
KSh 7.20 per kilometre
At the Kenya Power e-mobility off-peak rate of KSh 8/kWh:
15 × 8 = KSh 120 per 100 km
or:
KSh 1.20 per kilometre
These figures demonstrate why charging location and electricity tariff matter so much.
The public charging price is not necessarily representative of what an EV owner pays when charging at home or at a dedicated low-cost charging facility.
EV Charging Cost vs Petrol
The comparison becomes even more interesting when petrol prices are included.
Suppose a petrol vehicle consumes:
7 litres per 100 km
If petrol costs approximately:
KSh 214 per litre
the fuel cost would be:
7 × 214 = KSh 1,498 per 100 km
An electric vehicle consuming 15 kWh/100 km and charging at KSh 48/kWh would cost approximately:
KSh 720 per 100 km
That is a difference of approximately:
KSh 778 per 100 km
However, this is only an energy comparison.
A proper ownership comparison should also include:
- Purchase price
- Financing
- Insurance
- Maintenance
- Tyres
- Battery degradation
- Depreciation
- Charging losses
This is why EV buyers should calculate total cost of ownership, not just fuel savings.
How Long Does EV Charging Take in Kenya?
Charging speed depends on the vehicle and charger.
AC Charging
AC chargers commonly operate at around:
7–22 kW
They are suitable for:
- Homes
- Offices
- Hotels
- Shopping centres
- Overnight charging
A 7 kW charger can be practical for overnight charging because the vehicle remains parked for several hours.
DC Fast Charging
DC fast chargers can deliver much more power.
Kenya’s emerging network includes chargers in the:
50–150 kW range and above.
BasiGo’s public Rubis charging stations use 100 kW DC chargers.
For passenger cars, BasiGo says a typical vehicle can charge in under one hour at these sites.
However, charging time is never determined by charger power alone.
It also depends on:
- Battery capacity
- Vehicle charging limit
- Battery temperature
- Starting state of charge
- Charging curve
A vehicle capable of accepting only 50 kW will not charge at 100 kW simply because it is connected to a 100 kW charger.
What Is Charging Range?
One of the most useful ways to understand an EV charger is through range added per hour.
Suppose an EV consumes:
15 kWh/100 km
A 50 kW charger could theoretically add:
50 ÷ 15 × 100
= approximately 333 km of range per hour
A 100 kW charger could theoretically add:
100 ÷ 15 × 100
= approximately 667 km of range per hour
But these are theoretical calculations.
Real charging will be slower because:
- Charging power changes as the battery fills.
- Charging losses occur.
- Vehicles limit power at higher states of charge.
- Battery temperature affects charging.
For drivers, the more useful question is often:
How many kilometres can I add during a 20- or 30-minute charging stop?
Why Fast Charging Matters for Electric Buses
Electric buses have very large batteries and can travel hundreds of kilometres per day.
A bus that operates from morning until evening cannot always spend many hours charging.
This is why companies such as BasiGo are investing heavily in high-power charging depots.
A BasiGo charging depot in Nairobi is listed with 120 kW maximum power and multiple CCS2 connectors.
For bus operators, charging infrastructure has to be designed around:
Route → terminal → charging → passenger service.
This is very different from charging a private car overnight.
Why Battery Swapping Is Also Part of Kenya’s Charging Network
Charging infrastructure does not always mean plugging a vehicle into a charger.
For electric motorcycles, battery swapping can be an alternative.
Companies such as Spiro and Ampersand have deployed battery-swapping infrastructure for commercial riders.
Instead of waiting for a battery to charge, the rider exchanges a depleted battery for a charged one.
This can reduce downtime to minutes.
For high-mileage boda boda riders, this can be more practical than waiting several hours for plug-in charging.
That means Kenya’s future EV infrastructure will probably contain both charging stations and battery-swapping stations.
The Biggest Problem: Nairobi Concentration
Kenya has made progress, but infrastructure remains uneven.
The National Electric Mobility Policy identifies inadequate charging infrastructure, high capital costs, limited electricity-network reach and grid reliability as challenges facing the sector.
This creates a chicken-and-egg problem.
Few chargers → fewer people buy EVs.
Few EVs → fewer companies want to build chargers.
Breaking that cycle requires infrastructure investment before EV adoption reaches mass-market levels.
That is why partnerships between charging companies, electricity providers, fuel retailers, property developers and government agencies are becoming increasingly important.
Kenya’s National E-Mobility Policy Supports More Charging Infrastructure
Kenya launched its National Electric Mobility Policy in February 2026.
The policy provides a framework for increasing EV adoption and specifically addresses charging infrastructure.
The government wants to encourage private investment in charging stations and improve interoperability between charging systems.
The policy also calls for incentives to encourage businesses and property owners to install charging infrastructure.
Separately, government guidance says new commercial developments should allocate at least 5% of parking space for EV charging infrastructure, supported by an off-peak electricity tariff.
This could eventually make EV charging a standard feature of:
- Shopping malls
- Office buildings
- Apartments
- Hotels
- Hospitals
- Universities
- Fuel stations
Why Property Developers Are Becoming Important
The future of EV charging is not only about dedicated charging companies.
Property developers could become some of the most important infrastructure providers.
Imagine an apartment complex with:
10 EV charging bays
or a shopping mall with:
20 charging spaces.
Drivers can charge while they:
- Shop
- Work
- Eat
- Sleep
- Attend meetings
This creates an additional revenue stream for property owners while making EV ownership more convenient.
The National Electric Mobility Policy specifically seeks to encourage businesses and property owners to install public EV charging infrastructure.
What Makes a Good EV Charging Station?
Not every charging station provides the same experience.
Before using one, EV owners should consider:
Charger power
A 7 kW AC charger is very different from a 100 kW DC charger.
Connector
Check whether your vehicle uses:
- CCS2
- GB/T
- Type 2
- CHAdeMO
- Another connector
Location
A charger should ideally be close to:
- Shopping
- Restaurants
- Offices
- Major roads
- Hotels
- Transport terminals
Payment
Check whether the station accepts:
- Mobile money
- App payments
- Card payments
- Other digital payment methods
Reliability
A charger that is listed online but frequently unavailable is not useful to an EV driver.
Safety
The location should have adequate lighting, security and safe parking.
Why Interoperability Matters
One of the biggest challenges in the global EV market is fragmentation.
Different vehicles can use different charging standards.
If every manufacturer builds a closed charging network, drivers may have difficulty finding compatible stations.
Roam is explicitly promoting a more open charging approach through Roam Points, which are designed to support multiple types of light electric vehicles.
Kenya’s national policy also calls for greater interoperability of EV charging systems and public charging stations.
For consumers, interoperability could eventually become as important as charger speed.
What Will Kenya’s EV Charging Network Look Like?
Kenya is likely to develop several layers of charging.
Layer 1: Home charging
Best for private EV owners.
Typical use: overnight.
Layer 2: Destination charging
Located at:
- Shopping centres
- Offices
- Hotels
- Restaurants
- Apartments
Typical use: one to several hours.
Layer 3: Fast highway charging
Located along major roads.
Typical use: 20–60 minute charging stops.
Layer 4: Fleet charging depots
Designed for:
- Electric buses
- Delivery vans
- Trucks
- Taxis
- Corporate fleets
Layer 5: Battery swapping
Primarily useful for:
- Electric motorcycles
- Delivery riders
- High-mileage commercial users
Together, these systems could create a nationwide EV energy network.
Where Are the Biggest Opportunities?
Kenya’s EV charging market could create opportunities in several areas.
Charging hardware
Companies can supply:
- AC chargers
- DC fast chargers
- Bus chargers
- Motorcycle chargers
Software
Charging networks need software for:
- Payments
- Station monitoring
- Energy management
- Customer accounts
- Usage analytics
Energy management
Large charging sites need systems that manage electricity demand and avoid unnecessary peak costs.
Solar-powered charging
Solar can potentially supplement grid electricity, particularly in locations where grid capacity is limited.
Battery storage
Battery storage could help charging stations manage high-power demand.
Property partnerships
Malls, hotels, offices and residential buildings can become charging destinations.
Fleet charging
Large commercial fleets could require dedicated charging depots.
The Business Case for EV Charging Stations
EV charging is becoming an infrastructure business.
The revenue model can include:
Electricity sales + charging fees + subscriptions + fleet contracts + property partnerships.
A charging station with high utilization can generate recurring revenue.
But utilization is the critical factor.
A charger that sits unused for most of the day may struggle to recover its investment.
This means charging companies need to choose locations carefully.
A busy shopping centre may be more attractive than an isolated roadside location.
A bus depot may be more profitable than a general-purpose public charger because the fleet provides predictable demand.
What EV Owners Should Do Before Buying an Electric Car
Before purchasing an EV in Kenya, check the charging infrastructure around your normal routes.
Ask:
- Is there a charger near my home?
- Can I install a home charger?
- Is there a charger near my workplace?
- Which fast chargers are on my regular intercity routes?
- Does the charger support my vehicle?
- How much does the provider charge per kWh?
- Can I pay using M-Pesa or another convenient method?
- What happens if the charger is unavailable?
- How much range does my vehicle have?
- What is my realistic cost per kilometre?
This can be more important than choosing an EV based solely on battery size.
Are EV Chargers Cheaper Than Petrol?
For energy alone, an efficient EV can be significantly cheaper to operate.
For example:
EV: 15 kWh/100 km × KSh 48 = KSh 720/100 km
Petrol car: 7 litres/100 km × KSh 214 = KSh 1,498/100 km
The EV would save approximately:
KSh 778 per 100 km
At 2,000 km per month:
20 × KSh 778 = KSh 15,560
That could represent substantial energy savings.
However, this comparison is based on illustrative consumption and a public charging price. Actual savings vary by vehicle, electricity tariff, driving conditions and petrol prices.
The Future of EV Charging in Kenya
Kenya’s EV charging market is entering an important stage.
The early market was concentrated around Nairobi and driven largely by electric-mobility companies building infrastructure for their own vehicles.
The next stage is broader.
Charging stations are beginning to appear along intercity routes, fuel retailers are entering the market, utilities are expanding support, and charging companies are increasingly talking about interoperability.
The BasiGo-Rubis partnership is particularly important because it places high-power charging infrastructure at existing service stations along major transport corridors.
Meanwhile, Kenya Power’s e-mobility tariff creates a lower-cost electricity framework for eligible charging customers.
The government is also actively moving from policy development toward implementation. In August 2026, the State Department for Transport and IFC signed an agreement to support the legal and regulatory framework for electric mobility and encourage private-sector investment in EV manufacturing, assembly and charging infrastructure.
The next major milestone will be moving from a Nairobi-centred network to a genuinely nationwide charging ecosystem.
Frequently Asked Questions
How much does EV charging cost in Kenya?
There is no single price. Kenya Power’s dedicated e-mobility tariff is KSh 16/kWh during peak periods and KSh 8/kWh during off-peak periods. Public fast chargers can charge more; BasiGo and Rubis list an indicative public rate of KSh 48/kWh at their highway sites.
How much does it cost to fully charge an EV?
Multiply the usable battery capacity by the charging price. A 60 kWh battery at KSh 48/kWh would theoretically cost KSh 2,880 for a 0–100% charge.
How far can an EV travel on one charge?
It depends on the vehicle. Electric motorcycles can have ranges around 80–160 km depending on battery configuration, while many electric cars can travel several hundred kilometres. Buses can also cover hundreds of kilometres depending on battery size and operating conditions.
How long does EV charging take?
AC charging can take several hours, while DC fast charging can reduce charging time substantially. BasiGo’s 100 kW highway chargers are designed to charge a typical passenger EV in under one hour.
Where are most EV chargers in Kenya?
Nairobi remains the main charging hub, although infrastructure is expanding into areas such as Machakos, Meru, Nanyuki and Nyeri.
Who is building EV charging stations in Kenya?
Kenya Power, BasiGo, Roam, Rubis Energy and other private operators are developing different parts of the country’s charging ecosystem.
Can I charge an electric motorcycle at a public EV charger?
It depends on the charger and connector. Some networks specifically support light electric vehicles, while others are designed primarily for passenger cars, buses or commercial vehicles.
Is home charging cheaper than public charging?
It can be, particularly if the vehicle is charged using a favourable electricity tariff. However, installation costs and electricity tariffs need to be considered.
Will Kenya have EV chargers outside Nairobi?
Yes. Infrastructure is already expanding beyond Nairobi, and the national electric-mobility policy explicitly identifies wider charging coverage as a priority.
Final Verdict
Kenya’s EV transition will ultimately be decided by infrastructure.
Selling electric cars, motorcycles and buses is only one part of the equation.
Drivers need to know:
Where can I charge?
How much will it cost?
How long will it take?
Will the charger work with my vehicle?
And:
Can I travel outside Nairobi without worrying about running out of power?
The charging network is growing, with Kenya Power providing the electricity backbone, BasiGo and Rubis expanding high-power highway charging, Roam developing interoperable charging for light electric vehicles and other private companies entering the market.
The biggest opportunity now is to connect these pieces into a reliable national network.
For EV owners, the future could mean charging at home overnight, topping up at work, fast-charging along highways and using battery swapping for high-mileage motorcycles.
For businesses, it creates an entirely new infrastructure market worth watching.
And for Kenya, a stronger charging network could be the difference between electric mobility remaining a growing niche and becoming a mainstream part of the country’s transport system.
