Define
Vehicles, energy demand, site constraints and delivery priorities.

GLOBAL CHARGING. HUMAN PROGRESS.
Intelligent charging infrastructure.
Built around the way your world moves.
THE IVOLTIA APPROACH
The vehicle. The site. The energy. The people who run it. We bring hardware, software and project planning into the same conversation — from the first charger to the next phase of growth.
01 / PRODUCT PORTFOLIO
Five product families. Compare the architecture and charging window before choosing the power.

1.76–4.00 kW
The portable AC series is designed for flexible, occasional charging where a compatible outlet and suitable electrical circuit have been confirmed.
Explore product family
7 kW
AC charging is most effective where vehicles remain parked for hours. Instead of paying for unnecessary speed, the site can serve more bays and distribute a defined power limit.
Explore product family
20–80 kW
Urban DC charging is useful when vehicles cannot remain parked for many hours. The correct power is determined by energy per session, vehicle acceptance, expected queue and electrical capacity.
Explore product family
120–720 kW
Choose between integrated and distributed DC architecture according to charging windows, vehicle types, available site power and bay layout.
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MW
Up to 4.5 MW / 4,500 kW for mining and industrial fleets.
Explore megawatt solutions02 / APPLICATIONS
For delivery, ride-hailing, rental, service and corporate fleets, success means every priority vehicle receives enough energy before departure while the depot stays inside its electrical limit.
Commercial charging must fit the visit: how long drivers stay, how they authenticate, what they pay, where they wait and who resolves a failed session.
We plan charging around vehicle routes, shift changes, available stopping time and site power. The result is a system that fits the fleet’s daily operation.
The goal is simple: plug in when parking and leave with the energy needed. The design still has to validate the circuit, protection, cable route, user access and the vehicle’s AC capability.
SYSTEM VIEW
The right charger works with the vehicle, electrical supply and people who operate the site.
A COMPLETE PROJECT VIEW
Define what is included, who delivers it and how it will be accepted.
Vehicles, energy demand, site constraints and delivery priorities.
Hardware, software, interfaces and a clear division of responsibility.
Representative vehicles, acceptance tests and operator training.
Diagnostics, maintenance ownership, spare parts and escalation.
YOUR QUESTIONS, ANSWERED
Practical answers about charging projects. No guesswork.
Ask about your project4 questions
We bring charging equipment, management software and project delivery together around your vehicles, site and operating goals. Your proposal sets out the agreed scope.
We serve projects worldwide, with coverage across Latin America, Europe, Southeast Asia, the Middle East and Africa. In selected countries, local support can assist with installation and subsequent operations and maintenance; the exact scope is agreed for each project.
Tell us the project country, industry and vehicle types. iVoltia will use the local and site electrical conditions, vehicle configuration and charging demand to develop a tailored solution.
Yes. Tell us which workflows matter to you, and we can arrange a relevant platform discussion or demonstration.
No matching question. Try another word or contact our team.
YOUR NEXT PROJECT
Your vehicles. Your site. Your operating goals. Start a conversation around the system you actually need.