Accelerate Grid Modernization

Maintain optimal power grid network performance and security with continuous, reliable visibility into network traffic.

Get visibility into remote sites with a wide range of environmental requirements.

Combine grid and communication networks simulation to create resilient and secure networks.

Perform ad hoc walk or drive testing to understand the wireless network quality of experience (QoE).

Understand the wireless network quality of experience (QoE) in real-time with probes installed in critical locations.

Verify wireless 5G network coverage in private networks from anywhere including difficult-to-reach locations.

Test and validate network performance under various scenarios in a controlled environment to ensure reliable real-world operations.

Overcome bandwidth challenges and optimize test strategy to ensure  automation success with a specialized service team.

Emulate real-world power grid conditions for testing power systems such as solar inverters, battery energy storage systems, and EVSE.

Evaluate various power conditions under different standards and scenarios to ensure DERs perform reliably.

Perform EV and EVSE emulation to test new V2G capabilities and evaluate the impact of grid-connected charging infrastructure.

Test EV / EVSE high-power charging interfaces for worldwide conformance and interoperability, up to 1,500 VDC and ±600 ADC.

Control Charging Discovery System hardware, visualize measured values, record test sequences, and generate reports.

Emulate operating conditions to thoroughly test and understand the performance and quality of battery cells.

Manage and optimize Li-ion cell self-discharge characteristics to enhance the battery system’s performance.

Control and monitor the Li-ion cell formation process and perform accurate self-discharge testing to ensure cell quality.

Test, measure, and control battery power in challenging environments using fully isolated channels to ensure accurate data.

Test the performance and reliability of low and high-voltage battery modules to ensure battery packs are safe and effective.

Emulate various scenarios to thoroughly test high-power battery packs and optimize their functions and safety.

Use cell emulators to simulate battery conditions to simulate and optimize battery management systems (BMS) in a controlled testing environment.

Analyze single and multi-input solar inverters to ensure each part operates efficiently under a variety of simulated conditions.

Automate cybersecurity validation tests to make compliance uniform and repeatable.

Validate the functionality and benchmark the performance of virtualized network infrastructures.

Perform scalable zero trust testing for distributed cloud environment by recreating a realistic workload.

Validate system security using a comprehensive set of attack and testing scenarios and use cases.