Integrated Steam & Power
Understanding the interaction between electrical systems, steam networks, generation and industrial process demand.
Steam & PowerThermodynamicsPower SystemsSystem Studies
Explore ExpertiseEngineering Expertise
for Complex Systems.
Solvina brings together multidisciplinary engineering, dynamic simulation, testing and practical validation to understand how complex industrial systems behave and how they can be improved.
The engineering question
The difficult problems are usually at the boundaries.
Industrial plants behave through interactions. Electrical generation affects process utilities. Process demand changes operating conditions. Controls influence disturbances. Protection determines how the system responds.
Solvina's expertise connects these disciplines when the engineering question requires a system-level view. The right combination depends on the plant, the operating challenge and the decision that needs to be made.
Areas of expertise
Connected disciplines.
One engineering question.
Our expertise brings together the disciplines needed to understand complex industrial systems — from generation and process interaction through to controls, protection, simulation and validation.
Dynamic Simulation & Model Validation
Using dynamic models and simulation to understand disturbances, transitions, controls and system behaviour.
Dynamic SimulationModel ValidationTransient StudiesSystem Dynamics
Explore ExpertiseGrid Code & Compliance
Assessing plant behaviour against grid requirements through simulation, testing and engineering validation.
Grid CodeCompliancePFRModel Validation
Explore ExpertiseIsland Operation & Power System Resilience
Understanding how industrial power systems behave during islanding, disturbances and transitions between operating modes.
Island OperationPower System StabilityResilienceProtection
Explore ExpertiseControls, Governors & AVR
Engineering analysis and testing of control systems that determine how generating units and industrial systems respond.
ControlsGovernorAVRTuning
Explore ExpertiseProtection & Power Quality
Studying protection behaviour, electrical disturbances and power-quality interactions across industrial networks.
ProtectionRelay CoordinationPower QualityFault Studies
Explore ExpertiseTesting & Practical Validation
Connecting engineering models and analysis with measurements, controlled tests and real plant behaviour.
Plant TestingMeasurementsValidationField Engineering
Explore ExpertiseSolar, Wind & BESS
Grid code compliance, controller testing and dynamic model validation for solar PV, wind power and battery energy storage systems.
Solar PVWind PowerBESSGrid IntegrationInverter Testing
Explore ExpertiseIntegrated Systems Intelligence
Complex systems don't respect discipline boundaries.
A change in process demand can alter steam conditions. Steam conditions can influence generation. Generation affects the electrical network. Controls and protection determine how the system responds.
Our expertise is therefore connected rather than isolated. The engineering question determines which disciplines need to come together.
From Model to Plant
Engineering analysis becomes useful when it connects to the plant.
Our methodology adapts to the engineering question. Simulation, testing and field validation are used where they provide the evidence needed to make a decision.
Understand
Define the system, operating challenge, interfaces, evidence and engineering decision.
Model
Build, adapt or validate the engineering representation needed for the question.
Simulate
Explore normal operation, disturbances, transitions and credible scenarios.
Test
Where applicable, use measurements, controlled plant tests or system-level approaches.
Diagnose
Identify dominant interactions, limitations, sensitivities and likely root causes.
Optimize
Develop technically grounded changes to controls, settings, operation or design.
Validate
Confirm conclusions with appropriate simulation, measurement, testing or plant evidence.
Engineering evidence
Expertise is demonstrated through engineering work.
Explore reference projects and deeper case studies to see where these capabilities have been applied across real industrial systems.
Engineering evidence
86
References
19
Expertise areas
03
Case studies
Start with the engineering question
Have a complex system to understand?
Tell us what your system needs to do, what is not behaving as expected and what engineering decision you need to make.