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EV Charging Project Experience

EV Charging Energy Storage Projects

Explore AINEGY battery-integrated and solar-storage EV charging projects for station charging, mining fleets, logistics depots and power-constrained sites.

Battery-Integrated ChargingDual-Gun ChargingDC-Coupled PV StorageMining & Fleet ApplicationsIntegrated EMS
AINEGY EV charging energy storage projects using battery-integrated charging solar PV and energy management
Battery-Integrated and Solar EV Charging Projects
ChileMining2024

240 kW / 418 kWh PV–Storage–Diesel EV Charging Project for a Mining Site in Chile

A dual-gun integrated charging and battery energy storage system supporting mining vehicle charging and carport power supply.

AINEGY 240 kW 418 kWh dual-gun PV-storage-diesel EV charging system for a mining application in Chile
AINEGY 240 kW / 418 kWh dual-gun EV charging BESS supplied for a Chilean mining application.
Project LocationChilean Mining Area
ApplicationMining Vehicle Charging
System Rating240 kW / 418 kWh
Charging Outputs2 Guns

Project Overview

AINEGY supplied a 240 kW / 418 kWh dual-gun EV charging BESS for a mining application in Chile in 2024. The system combines charging, battery storage and hybrid energy inputs in one integrated platform.

The PV–storage–diesel configuration supports vehicle charging and carport power supply within an industrial mining environment.

System Highlights

  • 240 kW DC charging power
  • 418 kWh battery energy capacity
  • Two charging guns
  • PV–storage–diesel energy integration
  • DC-coupled storage and charging architecture
  • Integrated EMS and configurable charging interfaces
AINEGY project-configured DC-coupled PV storage charging system
Related Product

Project-Configured DC-Coupled PV Storage Charging System

Hybrid EV charging platform integrating battery storage, PV, diesel or grid inputs and dual charging outputs.

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Planning a Mining or Remote Fleet Charging Project?

Submit your vehicle types, charging schedule, available grid or diesel power, solar capacity and site conditions for a project-configured charging system assessment.

Anhui, ChinaStation Charging2024

120 kW / 209 kWh Dual-Gun EV Charging BESS Across 20 Sites in Anhui

Integrated PV–storage–charging systems deployed across 20 station-charging sites with dual charging guns and centralized energy management.

AINEGY 120 kW 209 kWh dual-gun EV charging BESS deployed at station charging sites in Anhui
AINEGY 120 kW / 209 kWh dual-gun EV charging energy storage system operating at an Anhui station-charging site.
Project LocationAnhui, China · 20 Sites
ApplicationStation Charging
System Rating120 kW / 209 kWh
Charging Outputs2 Guns

Project Overview

AINEGY deployed 120 kW / 209 kWh battery-integrated EV charging systems across 20 sites in Anhui in 2024. Each unit combines battery storage, PV integration and DC charging functions in one coordinated platform.

The dual-gun configuration supports station charging while the integrated EMS manages battery operation, charging demand and available energy inputs.

System Highlights

  • 120 kW DC charging power
  • 209 kWh battery energy capacity
  • Two charging guns
  • DC-coupled PV–storage–charging architecture
  • Configurable GB/T, CCS1, CCS2 or CHAdeMO interfaces
  • Integrated EMS and multi-source energy coordination
AINEGY 0.5C DC-coupled PV storage charging cabinet
Related Product

0.5C DC-Coupled PV Storage Charging Cabinet

Integrated solar, battery and dual-gun charging platform for station, commercial and fleet applications.

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Planning a Multi-Site Charging Project?

Submit the number of sites, available grid power, solar capacity, vehicle types and expected charging demand for a battery-integrated charging assessment.

EV Charging Energy Storage Products for Different Applications

AINEGY provides battery-integrated charging platforms from compact dual-gun cabinets to 480 kW four-gun hybrid BESS containers for commercial, fleet, mining and solar charging projects.

Which EV Charging Energy Storage Platform Fits the Site?

Select the platform after reviewing available grid power, vehicle charging demand, simultaneous charging, solar generation, required battery duration, site space and future expansion.

Compact high-power dual-gun charging1C Battery-Integrated System
Solar-first charging with longer energy buffering0.5C DC-Coupled Cabinet
80–240 kW commercial, mining or fleet chargingIntegrated Cabinet Platform
480 kW fleet or logistics charging hubFour-Gun Hybrid BESS Container
PV, grid and battery energy coordinationDC-Coupled or Hybrid Platform
Additional configured AC load supplyHybrid BESS Container

Planning an EV Charging Energy Storage Project?

Send your available grid power, vehicle types, charging schedule, required charging power, solar information and project location. AINEGY will evaluate the applicable charging architecture, BESS power, battery capacity and product platform.