Independent, Regulator-Accepted Results
Every project is unique: technologies, regulatory frameworks, and operating conditions vary. What remains constant is our role as an independent external testing company, delivering impartial results accepted by regulators, OEMs, and system operators.
The following case studies highlight our experience across technologies and scales, from 1 MW distributed biogas units to 900 MW combined-cycle power plants.
12000+
- Mitsubishi We executed grid code compliance campaigns on two gas-fired combined cycles: one 400 MW 1x1 configuration and one 900 MW 2x1 configuration. Testing included AVR, governor, ride-through, reactive capability, telemetry verification, and model validation. Both campaigns produced regulator-ready SAT, ION, and FON reports.
- Quantum Energía Full compliance campaign on a combined cycle plant, including dynamic model validation aligned with PSS®E and DIgSILENT requirements.
Mission
To be the trusted partner in the power generation industry, offering advanced solutio
- Wärtsilä Campaigns at 230 MW and 470 MW engine-based plants. These multi-month projects were carried out with the participation of the OEM’s power systems department and the regulators, who witnessed the complete testing process. Deliverables included per-unit and overall-plant compliance reports.
Mission
To be the trusted partner in the power generation industry, offering advanced solutio
- Engie Compliance testing of two cogeneration plants. Coordination was critical, as testing had to be executed while the facilities continued supplying industrial processes. Tests covered AVR, governor, ride-through, reactive power, telemetry, and performance validation.
- Iberdrola Execution of a cogeneration plant compliance campaign, validating generator and plant performance, reactive support, and dynamic models.
Mission
To be the trusted partner in the power generation industry, offering advanced solutio
- AES Capability testing for a coal-fired power plant. The campaign demonstrated reactive power limits, AVR stability, governor response, and telemetry verification. Results were packaged in regulator-ready reports for long-term auditability.
Mission
To be the trusted partner in the power generation industry, offering advanced solutio
- Jenbacher Testing of 1 MW biogas engines at distributed sites. Focus areas included ride-through capability, governor frequency response, and reactive power validation at the interconnection point.
Mission
To be the trusted partner in the power generation industry, offering advanced solutio
- Mitsubishi We executed grid code compliance campaigns on two gas-fired combined cycles: one 400 MW 1x1 configuration and one 900 MW 2x1 configuration. Testing included AVR, governor, ride-through, reactive capability, telemetry verification, and model validation. Both campaigns produced regulator-ready SAT, ION, and FON reports.
- Quantum Energía Full compliance campaign on a combined cycle plant, including dynamic model validation aligned with PSS®E and DIgSILENT requirements.
- Wärtsilä Campaigns at 230 MW and 470 MW engine-based plants. These multi-month projects were carried out with the participation of the OEM’s power systems department and the regulators, who witnessed the complete testing process. Deliverables included per-unit and overall-plant compliance reports.
- Engie Compliance testing of two cogeneration plants. Coordination was critical, as testing had to be executed while the facilities continued supplying industrial processes. Tests covered AVR, governor, ride-through, reactive power, telemetry, and performance validation.
- Iberdrola Execution of a cogeneration plant compliance campaign, validating generator and plant performance, reactive support, and dynamic models.
- AES Capability testing for a coal-fired power plant. The campaign demonstrated reactive power limits, AVR stability, governor response, and telemetry verification. Results were packaged in regulator-ready reports for long-term auditability.
- Jenbacher Testing of 1 MW biogas engines at distributed sites. Focus areas included ride-through capability, governor frequency response, and reactive power validation at the interconnection point.
