Electric vehicle charging solutions are designed for different usage requirements, ranging from residential applications to commercial facilities and vehicle fleets. AC charging is considered for applications involving longer parking periods, while DC charging is evaluated for higher power requirements where vehicle and infrastructure conditions permit.
Charger power ratings and quantities are determined according to simultaneous usage requirements and the facility’s connection capacity. Dynamic load management helps keep total demand within defined limits. Actual charging power depends on the vehicle’s charging capacity, battery state of charge, temperature and site conditions.
Connector and communication options are determined according to the target market and selected model. For central management integration, the supported OCPP version and available functions are clearly defined. User authorisation, payment, remote monitoring and software update functions are provided according to the scope of the selected equipment and platform. Solar energy and battery integration can also be engineered separately.
AC Charging Units
DC Charging Units
Integrated and Split DC Configurations
Dynamic Load Management
Site Capacity and Simultaneous Use Planning
Verified Connector Options
Supported OCPP Integration
User Authorisation and Payment Integration
Remote Monitoring and Software Updates
Solar Energy and Battery Integration
Network Load and Site Assessment
We first assess the network data, load profile and site conditions.
Equipment Selection and System Interfaces
We then define the technical scope by determining the equipment selection and system interfaces.
Project Responsibilities
Responsibilities for manufacturing or supply, testing, installation and commissioning are defined in the project agreement.
Operational Support and Maintenance
The scope of operational support and maintenance is planned according to the equipment requirements and the customer’s needs.
Our expert team is ready to support your industrial energy systems, power distribution and renewable energy projects.
Electrical Distribution and Control for Facilities Low-voltage systems distribute electrical energy to machinery, motors, lighting and other loads within a facility. Main and sub-distribution panels, motor control centres, source transfer
Managing Energy Use Over Time Battery energy storage systems (BESS) store electrical energy and deliver it to the grid or local loads when required. They can be designed for applications
Let’s Power Your Next Project! Contact our team to discuss your technical requirements and discover the right energy solution for your project.
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