Precifarm designs, installs and maintains EV charging across Kenya, from home wallboxes to DC fast charging for businesses, fleets and highways, so every kilometre costs less and runs cleaner.
The Pulse charger, a 32 A home charger on your driveway, sized to your EV and meter, with no public queues. From KES 79,000, with Lipa Pole Pole M-Pesa instalments planned from KES 3,300/month.
Pulse reduces charging current to keep within your supply.
Survey, install and 3 years of aftersale from the same engineering team that designs our Stride Corridor sites.
One Precifarm team handles the survey, installation, financing and aftercare, so you never have to coordinate electricians, paperwork and repairs yourself.
A typical 60 km day
Pulse charger at homeKES 140
Fuel for the same distanceabout KES 1,000
Typical figures on a household tariff against a fuel car. Your survey gives your own.
1
Survey
Free
An engineer checks your car, daily driving, supply and cable route before anything is quoted.
2
Installation
Typically 1 day
Wiring, protection, commissioning and the Kenya Power paperwork for your Pulse charger.
3
Financing
Planned from KES 3,300/month
Lipa Pole Pole will spread the cost over M-Pesa instalments, with no bank account needed. Register interest on the survey form.
4
Aftercare
3 years
Fault response and repairs on every home unit we commission.
Size your EV charging and book a free survey today. See the technology we are developing for tomorrow.
Precifarm Agent
Size your EV charging, then book a free survey.
The sizing tools run live on a real brief: energy, charge time, protection and cable, with every step in the trace. Pick a distance to take over, then book a free EV survey in the Agent.
Calculating · 80 km
Project brief
3-bedroom house in Nairobi, single-phase supply, power cuts most weeks.
Daily driving
1Daily EV energy●●●
2Overnight charge timequeued
3Circuit protectionqueued
4Cable checkqueued
Single line diagramEnergised
MeterKenya Power
40 A MCB30 mA RCD
6 mm² Cu25 m · 2.48%
Pulse32 A
EVType 2
Calculation trace›
calculateEvEnergy(dailyKm: 80, kwhPer100km: 18)
80 km/day at 18 kWh/100 km gives 14.4 kWh/day at the battery.
calculated
calculateChargingTime(kwh: 14.4, chargerKw: 7)
14.4 kWh at 7 kW takes 2.06 h ideal, about 2.29 h with 90% efficiency.
6 mm² copper: 5.7 V drop (2.48%), within the 5% limit. 30.4 A over 25 m (single-phase, copper) needs at least 2.97 mm² for ≤ 5% drop; smallest standard size that passes: 4 mm².
calculated
Assumes 18 kWh per 100 km and a 25 m run from the consumer unit. A site survey confirms the supply, earthing and cable route.