charging and conversion

EV Chargers & Storage Integration

Charging equipment and storage integration concepts for site-level EV infrastructure.

EV Chargers & Storage Integration product family

How to approach this product family

Charging-site design coordinates charger power, simultaneous demand, service capacity, transformer limits, solar production, storage dispatch, tariffs, user dwell time, networking, and site operations.

Questions to answer before model selection

01

How many vehicles charge simultaneously and at what power?

Include this information in the RFQ so a reviewer can compare the right architecture and operating limits.

02

What electrical service and transformer headroom is available?

Include this information in the RFQ so a reviewer can compare the right architecture and operating limits.

03

What role should solar and storage perform?

Include this information in the RFQ so a reviewer can compare the right architecture and operating limits.

Published products

Compare available specifications

Use these ratings to create a shortlist. Final configuration still depends on the project, operating conditions, and destination requirements.

Illustration of solar PV, storage cabinets and a charging station

EV Charging

Solar Storage Charging Station

A project-configured charging station combining a photovoltaic array, battery storage, an energy management system and EV charging equipment.

Energy sources
Photovoltaic generation and battery storage
Site control
Energy management system
Charger configuration
Project-specific power modules and vehicle connectors

Related families

Continue comparing nearby product architectures

Specify a EV Charging project

Product options for your application and installation conditions.