Improve grid reliability and interoperability with solutions to test and emulate real-world grid conditions.
Capture and deliver traffic from physical, virtual, SDN and NVF networks to your monitoring tools, enabling faster detection and resolution of hidden network issues.
Validate network protocol performance under realistic application loads to ensure service-level reliability across grid communication systems.
Emulate real-world Ethernet impairments to test grid communication reliability, validate fail-over mechanisms, and prepare for degraded or distructed network conditions.
Automate functional and regression testing of grid management applications using model-based simulation to speed deployment and enhance operational quality.
Strengthen grid reliability and security with real-time network visibility and wireless performance insights.
Deliver comprehensive traffic insights from all network types to accelerate issue resolution and enhance grid reliability.
Streamline wireless grid network testing, optimization, benchmarking, and analytics to boost network quality and automate workflows.
Emulate grid conditions, test inverters, and simulate energy sources to ensure reliable and efficient microgrid operation.
Deliver high-power, bidirectional DC energy to test inverters and storage systems with efficiency, safety, and regenerative energy recovery.
Emulate dynamic three-phase grid conditions to validate inverter behavior, microgrid stability, and fault-ride-through capabilities.
Reproduce real-world DC source characteristics to test inverter input stages and optimize microgrid performance.
Validate EV and charging infrastructure interoperability to ensure reliable integration with microgrids and distributed energy systems.
Test and characterize batteries under realistic load profiles to improve storage performance and ensure safe microgrid operation.
Simulate solar array output with precision to evaluate inverter MPPT algorithms and maximize renewable energy contribution to microgrids.
Replicate photovoltaic (PV) module characteristics to test grid-connected inverters under diverse irradiance and temperature conditions.
Automate complex PV inverter test sequences to validate efficiency, grid compliance, and advanced functionality in microgrid environments.
Test and validate DERs and grid network security across a range of real-world scenarios ensure compliance with global conformance and security standards.
Automate anti-islanding testing aligned with IEEE 1547.1-2020 / UL 1741 SB standards for fast, repeatable grid compliance testing.
Assess and strengthen the security of grid-connected IoT devices by identifying vulnerabilities and ensuring compliance with industry standards.
Identify and mitigate security weaknesses in grid-connected devices through fault injection and side-channel analysis.
Enhance grid security by simulating threats, eliminating blind spots, and maintaining control over evolving attack surfaces.
Emulate real-world cyberattacks to assess and strengthen the resilience of grid networks and control systems.
Grid modernization is connecting utilities, distributed energy resources, communications, and operations areas into a complex energy ecosystem. Advanced grid simulation software and grid emulation systems can help engineers to understand the behavior of this interconnected grid, and ensure its reliability. While this transformation presents many challenges, rigorous grid compliance testing and robust grid cybersecurity are essential to protect critical infrastructure and unlock the significant benefits of a modernized grid. Explore use cases for testing grid applications.
Grid modernization is a fundamental shift incorporating technologies like telecommunications, distributed energy resources (DER), battery storage, solar power, and grid cybersecurity that will reshape how the world generates, distributes, and consumes electricity. This transformation strives to tackle concerns about aging infrastructure, increasing blackouts, and increasing environmental impacts to ensure a more sustainable, reliable, and secure energy system moving forward. Explore solutions for grid simulation and emulation for both high-power testing and complex connected grid communications network scenarios.
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