AC charging (Enelion portfolio)
AC charging is the most common solution for the daily charging of electric vehicles. It is ideal in residential, office and smaller public environments where the vehicle is parked for longer periods.
ALTE-GO solutions provide reliable and easily scalable AC charging infrastructure for a wide range of use cases.
- charging is slower, but gentler
- it does not require high-power grid infrastructure
- it is a more cost-efficient solution
- when the car stays in one place for several hours
- for vehicles in daily use
- for home charging
- for workplace car parks
- for office buildings
- for condominiums and underground garages
- for hospitality venue car parks
Available solutions. ALTE-GO offers reliable AC charging equipment from several manufacturers. The Enelion Lumina is a reliable AC charger with a clean design, ideal for both residential and corporate use. Thanks to its compact size and intelligent features it fits detached houses, condominiums and car-park environments alike.
Enelion Lumina — key benefits
Simple to use
Optimised for daily charging, easy to operate.
Clean design
Compact, modern appearance.
Configuration
Available with a tethered cable or a socket.
Stable operation
A reliable device designed for the long term.
Enelion Lumina — technical data
- Outdoor installation
Yes
- Maximum power
22 kW
- Required supply (for maximum power)
3x32A
- Connector
Type 2 socket (tethered cable optional) and domestic (Schuko) socket
- Protection rating
IP54/IK10
- Built-in protection
DC leakage detection
- Communication
OCPP 1.6, 4G LTE, WiFi
- RFID
yes
- Dimensions
155x390x133 mm
- Weight
3 kg
- Enclosure material
polycarbonate
- Warranty
3 years
- Dynamic energy management
optional
DC chargers (heavy duty / hub)
DC (direct current) charging is a high-power solution for charging electric vehicles. It is ideal at locations where charging time is critical and vehicles stay at the charge point only briefly.
ALTE-GO DC charging solutions deliver high-power, reliable operation in corporate, logistics and public environments alike.
- when vehicles turn around quickly
- when short charging time is a business requirement
- when high-mileage vehicles are involved
- when public or semi-public charging is provided
- significantly faster charging
- higher power demand
- more complex infrastructure
Technical considerations
Grid capacity
The available electrical power determines the number and rating of the chargers that can be installed.
Power distribution
With several chargers, dynamic distribution is needed to avoid overload.
Load profile
The usage pattern of the vehicles (e.g. overnight depot charging versus daytime fast charging) determines the system design.
Expandability
The system must remain upgradeable later on.
Operational benefits
- charging time can be reduced significantly
- vehicle availability can be increased
- operation becomes more predictable from a business perspective
In DC charging projects the greatest added value is not the equipment itself, but the design of the system.
ALTE-GO supports its partners in the following areas:
- site survey and technical concept
- determining grid and power requirements
- system design
- construction
- system integration
- operation
Why ALTE-GO?
- experience in complex charging projects
- energy expertise (ALTEO)
- system-level thinking
- delivery from a single source
Grid integration (transformer, BESS)
Beyond installing the charging equipment, ALTE-GO also supports the design and construction of the required electrical infrastructure, taking available capacity and future expansion needs into account.
In certain cases the charging infrastructure can be complemented with a battery energy storage system. This makes it possible to:
- reduce peak load
- avoid significant grid reinforcement
- optimise energy consumption
- make system operation more stable
Request a quote
Not sure which technology fits your site? Ask for a site survey — our colleagues will contact you within 2 business days.