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Large load modeling, studies & interconnection

Elevate supports large-load customers, developers and utilities interconnecting data centers and other large electronic loads. Our team builds validated load models, studies complex interactions with generation and inverter-based resources, and supports site engineering and OEM coordination through interconnection.​

Large Load Modeling, Studies & Interconnection | Elevate

Interconnection & Modeling

Large electronic load model building in EMT and positive-sequence tools, with interconnection application support

Interaction Analysis

Co-location, controller-interaction and AI load variability studies to identify impacts and mitigations

Site Engineering

Site design evaluation, control tuning and OEM coordination to optimize performance and compliance

Large computational loads such as data centers are introducing new dynamics to the grid, with rapid ramping, controller interactions and co-location challenges.​


Understanding these behaviors requires EMT and positive-sequence modeling, co-location analysis and assessment of AI-driven load variability. For many organizations, early and accurate study work is essential to secure interconnection and avoid costly surprises.​


Elevate helps clients build large electronic load models, support interconnection applications in coordination with utilities, and analyze interactions between load, generation and other equipment. This includes PSCAD model builds and translation using E-Tran.​


Our work helps clients optimize site design and operations through control tuning, operational mitigations and coordination with OEMs to meet interconnection requirements.​

Key Capabilities
  • Large electronic load model building​

  • EMT modeling (PSCAD)​

  • Positive-sequence modeling (PSSE, PSLF)​

  • PSCAD model builds and E-Tran translation​

  • Interconnection application support with utilities​

  • Co-located load, generation and IBR analysis​

  • Co-location strategy and interaction identification​

  • Mitigation analysis for equipment interactions​

  • AI variability and ramping assessment​

  • Controller interaction analysis​

  • OEM model and performance evaluation​

  • Site design evaluation and specification​

  • Control tuning and coordination​

  • Operational mitigation recommendations​

  • OEM coordination for performance and compliance​

Related Resources

Interconnection Processes for Large Loads: Current Practices and Recommendations

Interconnection Processes for Large Loads: Current Practices and Recommendations

Recommendations for a more harmonized, efficient large load interconnection process

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Practical Guidance and Considerations for Large Load Interconnections

Practical Guidance and Considerations for Large Load Interconnections

Guidance for processing, studying and assessing large load interconnection requests

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An Assessment of Large Load Interconnection Risks in the Western Interconnection

An Assessment of Large Load Interconnection Risks in the Western Interconnection

Assessment of reliability risks, planning challenges and operational impacts from large load growth

Learn More

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