InCharge Energy ICE-22 V2X
InCharge Energy - ICE-22 V2X
Introducing the ICE-22 V2X by InCharge Energy, a cutting-edge bidirectional 22kW DC charger designed to redefine versatility in charging solutions. This compact powerhouse supports both CCS and CHAdeMO standards, ensuring seamless integration across diverse applications. Equipped with InCharge's sophisticated charge management software, it empowers fleets to leverage stored energy from idle vehicles, unlocking potential cost savings while bolstering grid stability and facilitating greater renewable energy integration.Crafted with precision engineering, the ICE-22 V2X embodies reliability and innovation, making it a preferred choice for forward-thinking enterprises seeking to optimize their charging infrastructure.
Charging Speed
Experience unparalleled charging speed with the ICE-22 V2X by InCharge Energy. Delivering swift and efficient charging performance, this advanced charger boasts a 22kW-rated output power, ensuring minimal downtime and maximum productivity for your operations.
Technical Specifications
| Configuration | |
| Voltage | 480 Vac +/- 10 % |
| AC Input Power Connection | 3-phase: L1, L2, L3, GND |
| Frequency | 45-65 Hz |
| Recommended breaker | 40A |
| AC-to-DC Mode | |
| AC Input: Voltage and current range | 400/480Vac, 3L+PE; 0 - 43A |
| AC Input: Voltage/frequency range | 260 Vac - 530 Vac, 45Hz - 65Hz |
| DC Output: Rated power | 22kW |
| DC Output: Voltage and current range | 150Vdc -1000Vdc; 0 - 73.3A |
| DC-to-AC Mode | |
| DC Input: Voltage and output power | 300 -1000Vdc: 22kW; 300 -150Vdc Linear derating to 11kW |
| DC Input: Max Current | 73.3A |
| AC Output: Voltage and output power | 320 - 530Vac: 22kW; 260 - 320Vac: Linear derating to 11kW |
| AC Output: Rated power and current | 22kVA/33.3A |
| Controls and Interface | |
| Charging Connectors | CCS1, CHAdeMO available upon request |
| HMI | 7” TFT LCD Display |
| Network Connection | 4G & 5G Cellular, LAN 10M/100M |
| Temperature - Operating | -4 °F (-40F with Cold weather kit) to + 158 °F * / -20 °C to +70 °C |
| Temperature - Storage | -40°F to + 167 °F / -40 °C to +75 °C |
| Cable Length | 16.4 ft |
| Warranty Protection | N/A |
| User Rating | N/A |
| Price | N/A |
Smart Features of InCharge Energy - ICE-22 V2X
- Wide Output Voltage Range: With a range spanning from 150 to 1000Vdc, the ICE-22 V2X accommodates diverse charging needs.
- User-Friendly Interface: Seamlessly manage charging sessions via a user-friendly control interface, accessible through PIN or RFID authentication.
- OCPP 1.6 Standard Compatibility: Ensures interoperability across backend platforms, enhancing flexibility and ease of integration.
- Autocharge and Plug and Charge Ready: Simplifies the charging process with Autocharge functionality and Plug and Charge readiness, streamlining operations.
- LTE Modem and LAN Connectivity: Stay connected with LTE modem and LAN capabilities, enabling remote monitoring and management.
- Compact Design: Its compact design facilitates easy wall mounting or integration with the optional InCharge pedestal, optimizing space utilization.
Product guides and documents of InCharge Energy - ICE-22 V2X
InCharge Energy ICE-22 V2X Technical Specification Sheet
Advantages of the InCharge Energy - ICE-22 V2X
- Streamlined Charging: Effortlessly charge vehicles with the ICE-22 V2X's user-friendly interface and advanced features.
- Enhanced Efficiency: Benefit from high efficiency conversion with 480V 3-phase input, reducing energy wastage.
- Future-Proof Design: With support for V2G-capability requirements, the ICE-22 V2X ensures readiness for evolving energy demands.
- Cost Savings: Unlock potential cost savings by leveraging stored energy from off-duty vehicles, supported by InCharge's charge management software.
Disadvantages of the InCharge Energy - ICE-22 V2X
- Initial Investment: The upfront cost of acquiring the ICE-22 V2X may pose a financial barrier for some organizations.
- Installation Requirements: Installation may require professional expertise and additional infrastructure, potentially increasing setup costs.
- Compatibility Considerations: Ensure compatibility with existing fleet infrastructure and backend platforms to maximize efficiency and functionality.
- Maintenance Needs: Regular maintenance and updates may be necessary to ensure optimal performance and longevity.