EV Charging Solution
As electric vehicle (EV) adoption accelerates globally, seamless charging has become one of the most critical factors for consumer acceptance. Drivers expect charging networks to be reliable, interoperable, and user-friendly, regardless of the vehicle brand, charger type, or geographic location.
At EagleTC, we deliver end-to-end EV charging validation services that ensure accuracy, reliability, and interoperability across EVs, charging stations, and networks. Our testing methodologies replicate real-world conditions to identify gaps early, reduce costly post-launch issues, and provide OEMs, EVSE manufacturers, and network operators with actionable insights.
Functional Testing
We validate system-level charging performance in diverse real-world environments.
Scope includes:
- Testing charging sessions in varied climates, terrains, and usage conditions.
- Evaluating vehicle behavior during start, stop, and interruption scenarios.
- Monitoring system responses, energy delivery, and charging speeds.
Value: Delivers a dependable, safe, and efficient charging experience that meets both consumer and regulatory requirements.
Compatibility Testing
Interoperability is essential in an EV ecosystem with diverse hardware and software standards.
Scope includes:
- Verifying compatibility between EVs and multiple EVSE manufacturers.
- Testing across charging networks and plug types (AC, DC fast, CCS, CHAdeMO, Tesla).
- Evaluating communication protocols to ensure seamless handshakes.
Value: Allows drivers to charge reliably, regardless of vehicle brand or charging provider.
Ground Truth Testing
We validate real-time EV charging data for accuracy, reliability, and user relevance.
Scope includes:
- Confirming charging station location data, availability, and operability.
- Validating charger type, speed, and session reporting accuracy.
- Cross-verification with in-vehicle navigation and mobile apps.
Value: Ensures the charging experience matches consumer expectations, preventing frustration and improving adoption.
