
Injection Capacity with NRIS & ERIS Process Integration
Renewable energy project developers know that grid capacity is the backbone of successful project planning. With LandGate's cutting-edge integration of NRIS (Network Resource Interconnection Service) and ERIS (Energy Resource Interconnection Service) into transfer capacity data, we are taking the complexities out of grid analysis, making your planning faster, smarter, and more precise.
Automated injection capacity studies & engineering reports
Quickly determine injection capacity with automated engineering reports
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Visualize network upgrades for optimal project planning
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Access robust capacity reports with substation details, capacity results, limiting elements (transmission lines, transformers, etc) and queue information
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Most comprehensive models for more accurate project planning
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By year (2026, 2027,..., 2033)
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By scenario (Base Case, Post-Contingent, Existing System or Queued)
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Network Resource vs Energy Resource Analysis

Get your projects onto the grid faster with
Reliable Capacity Data
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ATC at POI: Heat Map
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View results by year (2026, 2027,..., 2033)
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by scenario (Base case, CTG, Queued)
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Highest quality electric grid data and location accuracy
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Find additional capacity with LandGate’s AC-Extended Optimal Power Flow (AC-XOPF) based technology compared to DC models
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Results are generated from a team of transmission experts from MIT
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Bus Details and Location Data
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Estimated Network Upgrade Cost
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Proprietary Case Models: Tied to Interconnection Queue
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Injection Studies
Nationwide Capacity Data
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Fully mapped bus locations connected to substations
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Highest quality bus and POI location accuracy
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National US coverage of capacity data across every ISO
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In-house expertise and analysis (no third-party data or partnership fees)
Transforming the Energy Workflow
The renewable energy industry faces two major challenges: ​
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Sourcing land sites for development, and;
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Determining grid capacity for potential sites​
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​LandGate is the only platform solving both challenges redefining the renewable energy workflow