Power & Energy Testing Solutions - Renewable, Storage, More

Overcoming Testing Challenges in Power & Energy

Product testing in the power and energy sector is becoming increasingly intricate. Whether focused on renewables, EV charging infrastructure (EVSE), industrial protection systems, energy storage (ESS), or mission-critical data center equipment, manufacturers are under pressure to prove performance under demanding electrical and environmental conditions. At the same time, compliance standards continue to evolve, creating moving targets that require constant adaptation.

As systems become smarter and more connected, testing must also address cybersecurity, interoperability, and software reliability. Low, medium and high-voltage, high-current, and high-frequency testing demands specialized setups, while the push for faster development cycles puts pressure on test automation.

Balancing rigorous testing with time-to-market and cost constraints remains a critical hurdle. Additionally, the shift toward digitalization and smart grid integration demands robust testing, cybersecurity readiness, and scalable automation. All while maintaining cost efficiency and sustainability.

Test Solutions for Power & Energy Equipment Validation

Test stations must be equipped for comprehensive, multi-domain testing. This includes electrical performance testing (voltage, current, power factor, harmonics), environmental testing (temperature, humidity, vibration), and compliance verification against standards like UL, IEC, and IEEE.

Functional testing must extend to embedded software and security-critical behaviors. For smart and connected systems, verifying protocol performance is equally important. In high-power environments, test setups often include isolation monitoring and either safety interlocks or real-time acquisition, depending on system demands.

Where Our Test Engineering Makes the Difference

Battery Test and Validation
Energy Storage Systems (ESS) Testing
Power Quality Analysis
Electric Vehicle Supply Equipment (EVSE) Testing
Bi-Directional Power Source Testing
Protocol Simulation
Power Quality Analysis
Vibration Monitoring

Smart Grid Quality
Data Management
Circuit Breaker Testing
Switchgear Testing
Switchboard Testing
Distribution Board Testing
PCBA Test & Inspection
Motor Testing

Purpose-Built Test Platforms for Power & Energy Applications

Batterie Inspektor™

Ensure every battery component meets performance and safety standards. The Batterie Inspektor™ platform provides precise testing and inspection for cells, modules, BMUs, and packs throughout manufacturing

EVSE Test Platform

Validate charging station performance under dynamic grid and vehicle conditions. This solution simulates real usage faults and verifies protocol behavior across international EVSE standards.

NTS - front view

NTS Platform

NTS is a modular base for advanced electrical testing. It adapts to diverse power environments and supports fixture reconfiguration without disrupting line continuity. Designed for high-throughput operations, it integrates tightly with your traceability infrastructure.

Energy Testing Solutions Built for Scalable Platforms

Since 1999 Averna has provided global manufacturers with a range of customized test and quality solutions across the industry. We've also developed scalable platforms that automate sequencing and streamline data capture to improve traceability throughout certification. By building flexible architectures, we help teams adapt as products evolve and deadlines tighten.

Energy Storage Systems Testing

Averna delivers ESS testing solutions that align with evolving grid demands and certification needs. On the production side, we verify thermal response, track battery passport data, and monitor electrical dynamics during charge and discharge sequences. CAN bus activity and voltage/current profiles are recorded across all stages, while systems are stressed with fault simulations to expose weak points early.

Once deployed, storage systems must perform under fluctuating grid loads and regional compliance standards. Our monitoring setups track CAN messages, assess real-time battery health, and validate power quality across AC and DC pathways. We also support predictive diagnostics through PMU data, enabling early detection of system instability and alignment with IEC 61000-4-30 Class A.