Solutions

EV Charging Infrastructure

Public, fleet and depot charging — from make-ready to commissioned chargers.

Public DC fast electric-vehicle charging station with dual cables, marked EV parking bay and high-voltage transmission towers in the background — the public-network charging environment Entogo deploys AC and DC chargers into across North America

EV charging infrastructure is where Entogo’s manufacturing base is most concentrated: an intelligent charging-equipment facility of roughly 20,000 square metres, with six AC and four DC charging production lines and a designed annual capacity of up to 500,000 AC and 10,000 DC units. That capacity supports both standard products and project-specific configurations, with charging equipment certified to UL, CSA, FCC and OCPP for North-American deployment.

Entogo’s project record spans the deployment types operators actually run: public charging stations, dedicated bus charging depots, automotive-OEM supporting facilities and charging at real-estate and public buildings. The common challenge across them is rarely the charger itself — it is fitting the charging plan to the electrical capacity the site can deliver.

Matching chargers to the site

Most deployments mix charger types: AC (Level 2) for long-dwell workplace, destination and overnight depot charging, and DC fast charging for public corridors and high-utilization vehicles needing rapid top-ups. Where a site’s service capacity cannot sustain the fast-charging load, a battery storage buffer lets operators add DCFC without a full service upgrade while reducing demand charges.

Equipment is specified, factory-tested, shipped and supported through installation and commissioning, so the charging plan that leaves the factory is the one that energises on site.

System

What the solution brings together

AC (Level 2) charging

AC charging for workplace, destination and overnight depot use, where dwell time is long and per-port cost matters most.

DC fast charging (DCFC)

High-power DC fast charging for public corridors and high-utilization fleet vehicles needing rapid mid-shift top-ups.

Fleet & depot deployments

Depot-scale layouts that balance overnight AC charging with DCFC for high-duty vehicles, planned around available site capacity.

Storage-buffered charging

Optional battery buffering adds fast-charging power without a full service upgrade and reduces demand charges.

OCPP-managed operation

Open Charge Point Protocol support keeps chargers interoperable with third-party network and back-office software.

Make-ready & delivery support

Equipment specification, factory testing, shipment, installation coordination and commissioning support through the full project.

Delivery

From specification to lifecycle service

Every solution is delivered through the same engineering-to-service model that stands behind more than 1,200 delivered projects.

  1. Product selection & configuration

    Technical consultation, equipment specification, project-based product matching and optimized system configuration.

  2. Electrical design support

    Engineering assistance for power distribution, transformation, grid connection, energy storage, EV charging and microgrid applications.

  3. Manufacturing coordination

    Production planning, supplier coordination, quality supervision, factory testing and delivery management.

  4. System integration

    Integrated equipment packages assembled and validated as one system before shipment.

  5. Project delivery support

    Shipment preparation, installation coordination, commissioning support, technical documentation and after-sales service.

  6. Lifecycle service

    Ongoing technical support, maintenance coordination, spare-parts supply, product upgrades and long-term service.

Projects delivered

1,200+

Manufacturing base

20,000 m²

AC + DC production lines

10

Industry experience

15+ yrs

Products

Equipment in this solution

Entogo dual-gun integrated photovoltaic-storage-charging unit

E-Mobility

Dual-Gun Integrated Photovoltaic-Storage-Charging Unit

A compact integrated photovoltaic-storage-charging unit that pairs on-board battery storage with high-power DC charging, drawing charging energy from the DC side to cut AC-side impact and reduce the required transformer capacity.

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Entogo industrial and commercial integrated liquid-cooled energy storage system cabinet

New Energy

Industrial & Commercial Liquid-Cooled Energy Storage System

An all-in-one industrial and commercial liquid-cooled energy storage system that integrates the battery cluster, BMS, EMS, PCS, liquid-cooling control and fire protection in a single cabinet for factories, commercial complexes and data centres.

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Entogo industrial and commercial integrated air-cooled energy storage system cabinet

New Energy

Industrial & Commercial Air-Cooled Energy Storage System

An all-in-one industrial and commercial air-cooled energy storage system that integrates the battery cluster, BMS, EMS, PCS, air-conditioning control and fire protection in a single cabinet for factories, commercial complexes and data centres.

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Entogo photovoltaic-storage supercharging stack for large charging stations

E-Mobility

Photovoltaic-Storage Supercharging Stack

A photovoltaic-storage supercharging stack for large charging stations: 2×125kW PCS and 261kWh storage deliver 480kW charging while needing only a 250kVA transformer, dramatically cutting grid-connection capacity.

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Entogo containerized battery energy storage system

New Energy

Containerized Battery Energy Storage System

A 2570kWh containerized battery energy storage system with intelligent air-conditioning cooling, PV DC-coupled integration and pack-level perfluorohexanone fire protection, shipped as a pre-installed container under 26 tons.

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Entogo Rocket 160-300 kW DC ultra-fast EV charger with dual CCS2 connectors and overhead cable management

E-Mobility

Rocket DC Ultra-Fast EV Charger

A high-power DC ultra-fast charger for public and commercial charging networks, available in 160, 240 and 300 kW with dual CCS2 connectors, a 200–1000 V wide-voltage output and intelligent power allocation for back-to-back fast charging.

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FAQ

Common questions

What is the difference between AC and DC fast charging?
AC (Level 2) charging suits long dwell times such as workplace, destination and overnight depot charging, while DC fast charging (DCFC) delivers high power for rapid sessions on public corridors and high-utilization fleet vehicles.
Do you support fleet and bus depot charging?
Yes. Entogo's project experience includes dedicated bus charging depots and fleet sites, typically mixing overnight AC charging with DCFC for high-duty vehicles, planned around the depot's available electrical capacity.
Are the chargers certified for North America?
Entogo charging equipment carries UL and CSA safety certification, FCC compliance and OCPP support, alongside Energy Star and international marks, for compliant deployment across the United States and Canada.
How do you add fast charging when a site lacks grid capacity?
Battery-buffered charging lets a site deliver high-power sessions that draw on storage rather than the service entrance, often avoiding or deferring a costly utility service upgrade and reducing demand charges.

Project inquiry

Talk to engineering about ev charging infrastructure.