ExoBoost 250™

High-Speed Charging for Long-Distance Travel

ExoBoost 250™ is built for highways, inter-city networks, transport corridors, and any location where EVs must charge fast and stay on the road. LithioX Mega™ is Exoben's most powerful lithium-ion energy system, built for factories, data centers, mines, cold storage, commercial facilities, and large renewable energy projects that need strong, stable, continuous electricity.

It delivers strong, stable power even in places where the grid is weak, overloaded, or affected by heat.

Drivers can stop, charge, refresh, and continue their journey with confidence.

Most EVs charge from 10–80% in just 8–22 minutes, depending on the battery size and platform.

Where ExoBoost 250™
is Used

Perfect for high-movement areas that need fast uptime:

  • major highways
  • inter-city routes
  • fuel-station conversions
  • bus and transport terminals
  • commercial hubs and logistics centers
  • government charging corridors

Typical Charging Times

• 50 kWh EV: 8–10 minutes (10–80%)
• 60 kWh EV: 10–12 minutes
• 80 kWh EV: 12–15 minutes
• 100 kWh EV: 15–18 minutes
• 120 kWh EV: 18–22 minutes



These times make long-distance travel simple and predictable for both private and commercial EVs.

Better Energy

Built for Highways, Built for Heat

ExoBoost 250 operates reliably in 40–50°C weather, high dust, roadside heat radiation, and continuous daily use.

Key protections include:

• liquid-cooled power modules
• dust-proof ventilation channels
• reinforced metal housing
• anti-corrosion outdoor materials
•high-temperature electronic components
• ability to run 18–20 hours per day without power loss

Stable in Weak & Unreliable Grids

Highway edges often have unstable grid lines.

ExoBoost 250 keeps running even under difficult power conditions:

• operates from 380V down to 300V AC
• surge protection up to 40 kA
• wide voltage tolerance
• automatic power correction
• active protection against brownouts

This ensures the charger continues delivering power even when nearby stations shut down.

Better Energy

Energy Storage Integration (Optional)

Can be paired with:

  • LithioX™ high-density buffers
  • SodioX™ heat-resistant storage
  • ExoSolar™ installations for daytime power

Typical storage pairing for highways:

  • 300–1000 kWh battery banks

Smart Highway Software

ExoBoost 250 includes advanced charging intelligence:

  • real-time cloud monitoring
  • power flow optimization
  • predictive maintenance alerts
  • RFID, QR, mobile app access
  • automatic fault recovery
  • OCPP 1.6 & 2.0.1 compatibility
  • remote firmware upgrades
  • dynamic load balancing across multiple bays
  • driver-side live charging progress
  • operator dashboards with revenue analytics

System response updates every 200 milliseconds for fast, smooth operation.

Highway-Grade Protection

• IP55–IP65 rating for dust and water
• strong metal frame with anchor points
• anti-tamper systems for public locations
• vibration protection for roadside traffic
• UV-resistant finish
• 10+ year operational lifespan

Better Energy

ExoBoost 250™ Technical Specifications

Category Technical Details
Charging Power 250 kW DC (continuous output)
Charging Times 8–22 minutes (10–80%, depending on 50–120 kWh EVs)
Electrical Output Voltage: 150–1000V DC • Current: up to 650A • Efficiency: 96.5%
Grid Input 380–480V AC • 3-phase • 50/60Hz • PF ≥ 0.99 • THD < 3%
Grid Tolerance Works from 380V down to 300V AC • Surge protection: 10–40 kA
Cooling System Liquid cooling + forced air hybrid system
Temperature Range −20°C to +55°C
Environmental Rating IP55–IP65 dust and water resistance
Electronics SiC/IGBT power modules • 20–60 kHz switching frequency
Energy Storage Integration Supports 300 kWh – 1 MWh buffer systems
Communication OCPP 1.6 / 2.0.1 • 4G/5G • Wi-Fi • Ethernet
User Access RFID, QR scan, and mobile app
Certifications IEC 61851 • IEC 62196 • ISO 15118 • CE • RoHS
Operational Lifespan 10+ years continuous heavy-duty use

ExoBoost 250™ is the charging system built for movement.

Fast, powerful, and stable, even in remote highways, harsh heat, and unstable grids.

Drivers charge fast and stay on the road, every single day.