What is a fast charger for cars?

A fast charger (DC charger) supplies direct current (DC) directly to the vehicle battery. This makes charging much faster than with AC charging, where the car's internal onboard charger only has a limited charging speed. How does fast charging work technically? The fast charger converts alternating current (AC) to direct current (DC) DC goes directly to the vehicle battery The car's internal charger is bypassed The car itself determines the maximum allowed charging speed for battery safety Result: Where AC charging can take 3-8 hours, a DC fast charger can sufficiently charge a vehicle in 15-45 minutes.

Smart charging for employees, customers and entire vehicle fleets.

Powerland designs, installs and manages professional charging solutions for businesses. From AC chargers to DC fast chargers, from individual charging points to complete charging plazas, optionally combined with solar panels, battery storage and smart energy management via EMS and load balancing.

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Our charging solutions

Charging infrastructure: your competitive advantage of tomorrow

EVs go mainstream

Electric mobility is growing rapidly — your business needs to be ready for this shift.

Future obligations

European regulations require more publicly accessible charging points.

The market expects it

Charging points are an essential part of modern business infrastructure.

Sustainability

By combining with PV and EMS, charging becomes cheaper and more efficient.

Which charging solution suits your business?

The right charging solution does not depend on the number of charging stations, but on your situation. Click on the scenario that best fits your business.

Long-stay parking

OFFICES, STAFF, VISITORS

AC chargers 7.4 / 11 / 22 kW

Ideal when vehicles are parked for extended periods on your car park, under carports or at the building. From a single charging point to multiple charging stations managed automatically.

Applications

Employees charging their company car during the working day
Visitors and customers staying on site for longer periods
Car parks at offices, warehouses and business premises

Vehicles need to get back on the road quickly

FLEET, LOGISTICS, RETAIL

DC fast chargers – 50 to 350 kW

For locations with high traffic and short stop times.
Suitable for situations where multiple vehicles need to top up quickly to continue their route.

Applications:

Company fleets
Logistics operations
Retail car parks with high turnover
Showrooms and workshops

More information about DC fast chargers

High-traffic locations and heavy vehicles

High Power DC / Superchargers – 350 to 1,000 kW

For locations with very high traffic volumes or heavy vehicles requiring high power output.

Applications:

Logistics hubs
Transport companies
Publicly accessible charging locations
Trucks, buses and heavy-duty vehicles

Depending on how long vehicles are stationary and how many vehicles charge simultaneously, Powerland selects AC charging, DC fast charging or a combination of both.

Integration with solar panels and battery storage

PV & charging

Charge EVs with your own production
Lower grid consumption
Greater savings

Battery & charging

Peak shaving 
Stable charging with limited grid capacity
No costly grid reinforcement required

EMS & charging

Automatic priority management
Reporting 
Cost allocation per user

How does smart energy management work with charging stations?

An Energy Management System (EMS) automatically distributes the available power across all charging points (load balancing).

Benefits

Automatic load balancing
Set priorities for fleet charging
Avoid grid reinforcement
Prevent power peaks
Smart charging based on dynamic tariffs
Real-time dashboard and reporting
Intelligent queue management

More about EMS

The system always selects the most cost-effective charging strategy and prevents peak loads.

Charging infrastructure creates direct ROI through tax deductions, potential employee reimbursements, revenue from public charging and a higher service level for customers and staff.

What does charging infrastructure cost for businesses?

Installation factors that affect the price:

Distance to distribution board
Cabling and excavation works
Additional power study
Need for load balancing
EMS integration
Connection with PV / battery

Fully taken care of — from charge card to invoice

Charge cards

RFID cards
Cost reimbursement
Guest access

Employee home charging

Automatic reimbursement
Linked to consumption reports

Back-end management

CPO platform & dashboards
History
Cost per user

Whether you need charge cards for your team or full control over your charging infrastructure — Powerland takes care of it.

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Powerland works with a wide range of charging solutions — from compact AC wallboxes to DC fast chargers up to 1,000 kW. Discover which hardware suits your situation.

View our range

What an AC charger delivers over a full working day, a DC fast charger achieves during a coffee break.

A fast charger (DC charger) supplies direct current (DC) directly to the vehicle battery. This makes charging much faster than with AC charging, where the car's internal onboard charger only has a limited charging speed.

How does fast charging work technically?

The fast charger converts alternating current (AC) to direct current (DC)
DC goes directly to the vehicle battery
The car's internal charger is bypassed
The car itself determines the maximum allowed charging speed for battery safety

Result:
Where AC charging can take 3-8 hours, a DC fast charger can sufficiently charge a vehicle in 15-45 minutes.

Not the type of business, but the traffic volume, charging profile and grid capacity determine whether a DC fast charger is profitable. Therefore we do NOT distinguish businesses, but charging scenarios.

Charging scenario 1: High throughput & short stop time

Suitable for: public charging, retail, gas stations, highway exits, high-traffic zones
Characteristics:

many vehicles per day
short stops (15-30 min)
high occupancy rate
early or late need for battery buffering

Charging scenario 2: Medium throughput & mixed use

Suitable for: offices, showrooms, smaller depots, office zones
Characteristics:

mix of employees, visitors, occasional vehicles
vehicles sometimes stay on site for longer periods
lower grid impact

Charging scenario 3: Internal fleet with predictable charging moments

Suitable for: transport, logistics, bus companies, courier services, garbage trucks, forklifts
Characteristics:

vehicles return to fixed base
often charge in the evening or at night
very predictable charging profile
perfect match with battery storage

There are tax benefits, increased investment deduction and regional premiums depending on location.

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Smart charging for employees, customers and entire vehicle fleets.