EV Charger Portfolio
EV charging requirements vary by vehicle type, charging location, power demand and intended usage. VALSTEM provides charging solutions across AC and DC charging technologies, supported by the infrastructure and system requirements needed for practical deployment.
AC Chargers
AC charging solutions for residential, workplace, commercial and destination-charging environments where practical and convenient charging is required.
DC Chargers
DC charging solutions for applications requiring higher charging power and faster energy delivery, including commercial and public charging environments.
Charging Infrastructure
Supporting equipment and infrastructure considerations for charger installation, electrical connectivity, protection and site deployment.
Charging Management
Charging-system monitoring, connectivity and operational support for managing deployed charging infrastructure.
EV Charging Applications
EV charging infrastructure can be deployed across different environments, with charger selection and site requirements varying according to vehicle usage, available power, charging duration and operational needs.
Residential Charging
Convenient EV charging solutions for homes, apartments and residential parking environments.
Workplace Charging
Charging infrastructure designed for offices, commercial campuses and employee or fleet parking areas.
Commercial & Destination Charging
Charging solutions for shopping centers, hotels, retail locations, restaurants and other destination-based facilities.
Public Charging Networks
Charging infrastructure for locations serving multiple EV users, with solutions suited to public and semi-public charging environments.
Fleet & Industrial Charging
Charging solutions for company fleets, logistics operations, industrial facilities and dedicated vehicle depots.
Key EV Charging Considerations
Selecting an EV charging solution depends on charging speed, available electrical capacity, vehicle requirements, installation conditions and the intended usage environment.
Charging Power
The required charging power depends on the vehicle, charging duration, available electrical supply and intended application.
AC or DC Technology
Charger technology should be selected according to charging requirements, site conditions and how quickly energy needs to be delivered.
Electrical Infrastructure
Power availability, distribution capacity, protection and site connectivity are important considerations during charger deployment.
Connectivity & Monitoring
Communication and monitoring capabilities can support charger visibility, usage tracking and operational management.
Installation Environment
Charger selection should account for location, space, environmental conditions, accessibility and expected usage.