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How much does a 350 kW charger cost?

Published in EV Charger Cost 2 mins read

A networked 350 kW DC fast charger typically costs around $140,000, including installation.

When considering the investment in commercial electric vehicle (EV) charging infrastructure, the capacity of the charger significantly impacts the overall cost. High-powered DC fast chargers (DCFC) are designed for rapid charging, making them ideal for public charging stations, commercial fleets, and businesses looking to offer quick turnaround times for EV drivers.

Understanding DC Fast Charger Costs

The pricing for DC fast chargers is not uniform and depends heavily on the power output (measured in kilowatts, kW) and whether the installation costs are factored in. The provided cost figures generally include the charger unit itself, along with the labor and materials required for installation, such as electrical upgrades, trenching, permitting, and commissioning.

Here's an approximate breakdown of installed costs for various networked DC fast charging capacities:

Charger Capacity (kW) Approximate Installed Cost
50 kW $28,000
150 kW $75,000
350 kW $140,000

(These figures represent approximate costs for networked commercial DC fast chargers, including installation.)

Factors Influencing Charger Costs

While the 350 kW charger has a base installed cost, several factors can influence the final price:

  • Site-Specific Electrical Upgrades: Existing electrical infrastructure at the installation site plays a crucial role. If the site requires significant power grid upgrades, new transformers, or extensive trenching to run conduits, the costs can increase.
  • Permitting and Inspections: The complexity and cost of obtaining necessary permits and undergoing inspections vary by location and can add to the overall project expense.
  • Network Connectivity and Software: Networked chargers require ongoing software support and may involve subscription fees for network services, which enable features like remote monitoring, payment processing, and load management.
  • Ancillary Equipment: Additional equipment such as signage, bollards for protection, lighting, and accessibility features can also contribute to the total investment.
  • Labor Rates: Installation labor costs differ based on regional rates and the complexity of the installation.

Investing in a 350 kW charger provides significant advantages, especially for locations aiming to serve a high volume of EVs or those with vehicles that can accept ultra-fast charging speeds, such as long-haul trucks or newer passenger EVs. This level of power ensures that vehicles spend minimal time charging, maximizing throughput and customer satisfaction.