N2N TwinSight
RES + GES + BESS
Based Virtual Modeling Tool
Based Virtual Modeling Tool
TwinSight platform offers a web-based interactive interface that models all physical components, grid interactions, and operational scenarios of complex energy plants comprising wind (WPP), solar (PV), and battery (BESS) systems in high detail. Powered by real field data, this high-fidelity virtual model delivers a wide range of value-added solutions—from production optimization to maintenance strategies—for energy producers, planners, and operations teams.
At the core of TwinSight lies a Whitebox Digital Twin engine, driven by physics-based algorithms. This foundation enables a modeling infrastructure that faithfully represents the physical reality of the field. Over time, as it incorporates site-specific data and dynamics, the model evolves into a Greybox system—combining high accuracy with adaptive, data-driven learning.
Key Benefits
Scenario Simulation and Production Forecasting
- Parameters for WPP, PV, and BESS systems can be modified through the user interface.
- The impact of these changes on energy production is reported on a monthly and annual basis.
- Scenarios can be run under varying weather conditions, load profiles, and investment assumptions.
Site Configuration Optimization
- Provides optimization recommendations to maximize production with existing equipment.
- Enables identification of more efficient site architectures with the same cost.
Predictive Maintenance
- Sensor data from turbines, inverters, and battery systems is analyzed to predict potential failures in advance.
- Unplanned downtimes and maintenance costs are minimized.
- Equipment lifespan is extended and system reliability is improved.
Arbitrage and Ancillary Services Simulation
- Dynamic scenarios can be created using energy market price data.
- The revenue potential of BESS is analyzed. Technical compliance tests for
- TEİAŞ ancillary services can be conducted.
Readiness for Climate and Demand Changes
- Extreme scenarios—such as heatwaves or harsh winter conditions—can be simulated to assess site resilience.
Pre-Investment Planning Tool
- Design scenarios can be tested for sites that have not yet been constructed.
- The most productive and cost-effective configuration can be identified.
Sustainability and ESG Reporting
- Carbon emissions can be calculated. LCA and sustainability reports can be generated.
- Outputs aligned with corporate ESG goals can be produced.
User-Friendly Web Interface
- Technical interface for energy experts and investors; simplified view mode for executive-level users.
- Includes functions such as running simulations, generating reports, and making comparisons.
Scenario Simulation and Production Forecasting
- Parameters for WPP, PV, and BESS systems can be modified through the user interface.
- The impact of these changes on energy production is reported on a monthly and annual basis.
- Scenarios can be run under varying weather conditions, load profiles, and investment assumptions.
Site Configuration Optimization
- Provides optimization recommendations to maximize production with existing equipment.
- Enables identification of more efficient site architectures with the same cost.
Predictive Maintenance
- Sensor data from turbines, inverters, and battery systems is analyzed to predict potential failures in advance.
- Unplanned downtimes and maintenance costs are minimized.
- Equipment lifespan is extended and system reliability is improved.
Arbitrage and Ancillary Services Simulation
- Dynamic scenarios can be created using energy market price data.
- The revenue potential of BESS is analyzed. Technical compliance tests for
- TEİAŞ ancillary services can be conducted.
Readiness for Climate and Demand Changes
- Extreme scenarios—such as heatwaves or harsh winter conditions—can be simulated to assess site resilience.
Pre-Investment Planning Tool
- Design scenarios can be tested for sites that have not yet been constructed.
- The most productive and cost-effective configuration can be identified.
Sustainability and ESG Reporting
- Carbon emissions can be calculated. LCA and sustainability reports can be generated.
- Outputs aligned with corporate ESG goals can be produced.
User-Friendly Web Interface
- Technical interface for energy experts and investors; simplified view mode for executive-level users.
- Includes functions such as running simulations, generating reports, and making comparisons.
Examples of Economic Impact
- 1–3% increase in production → Annual revenue difference in the millions of TRY.
- Predictive maintenance → Prevents thousands of euros in production loss per downtime event.
- Pre-investment optimization → Avoids unnecessary equipment spending.
- ESG outputs → Enables access to green financing, carbon credits, and sustainability reputation.
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TwinSight is a strategic tool that elevates the digitalization of energy sites and data-driven decision-making processes to the next level. At N2N Energy, we developed this platform to accelerate the energy transition in Turkey and the surrounding region.