Provides battery-integrated DC fast charging solutions for electric vehicles, enabling ultra-fast charging regardless of grid power availability. Reduces installation time and improves energy utilization for fleets, ports, and transit systems, contributing to significant emissions reductions and operational efficiency.
Funding
Funding not disclosed
Founders
Product
Problem
Electric vehicle (EV) charging infrastructure often struggles to deliver ultra-fast charging speeds due to limitations in grid power availability, leading to longer charging times and hindering EV adoption. Traditional charging solutions can also require lengthy installation processes and may not optimize energy utilization effectively.
Solution
XCharge provides battery-integrated DC fast charging solutions designed to overcome grid limitations and enable ultra-fast EV charging. Their systems incorporate on-site battery storage to supplement grid power, ensuring consistent high-power delivery regardless of grid capacity. This approach reduces installation time and improves energy utilization, making it suitable for deployments in locations with constrained grid infrastructure. XCharge's solutions cater to various applications, including electric bus fleets, port terminals, and public charging stations, contributing to reduced emissions and enhanced operational efficiency.
Target Audience
XCharge's primary customers include fleet operators, port authorities, public transit agencies, energy companies, and public charging network operators seeking to deploy fast and reliable EV charging infrastructure.
Features
- Battery-integrated DC fast chargers that deliver ultra-fast charging even with limited grid power
- Modular designs for flexible deployment and scalability
- Remote monitoring and maintenance systems for proactive issue resolution
- Customizable software support and personalized branding options
- Compliance with calibration law for accurate energy measurement
- Solutions for various use cases, including bus depots, fleets, and public charging infrastructure