With extensive experience in planning, interconnection studies, and cross-regional transmission project evaluation, we help our clients optimize grid integration for renewable and conventional energy resources. Our team strives to ensure grid reliability, cost-effective transmission solutions, and efficient processes.
Our company has the licenses for the major planning software including:
Our company conducts the following types of analyses:
We develop high-quality steady-state, dynamic stability, short circuit, and electromagnetic models for Conventional Generators and Inverter-Based Resources (IBRs) to ensure seamless grid interconnections.
We leverage our extensive expertise to provide comprehensive validation of provided models, ensuring they meet the Model Quality Tests (MQT), IEEE 2800 conformity, and regional and local grid requirements.
We provide expert Interconnection Request (IR) support to successfully guide your generation assets through complex regional interconnection queues.
We conduct comprehensive Generator Interconnection (GI) studies, including steady-state, dynamic stability, short circuit, and electromagnetic (EMT) analyses to evaluate grid impacts and ensure the reliable integration of new generation assets.
We provide advanced Data Center Modeling to accurately assess the grid impact, capacity requirements, and stability of large-scale, high-density load interconnections.
We conduct specialized Data Center Studies to evaluate grid impacts and ensure the reliable, rapid integration of high-density load facilities.
We provide expert transmission expansion planning and technical proposal support to design robust, reliable grid upgrades.
We conduct studies at various stages for our clients, including Feasibility Studies (FeS), System Impact Studies (SIS/SRIS), and Affected Systems Studies (AFS).
Our retirement analyses rigorously evaluate thermal overloads and voltage vulnerabilities to identify necessary transmission upgrades prior to generator deactivation.
Designing, validating, and ensuring NERC compliance for Under-Frequency Load Shedding (UFLS) and Under-Voltage Load Shedding (UVLS) schemes.
Performing modal analysis to identify low-frequency electromechanical oscillations between interconnected generators, and tuning Power System Stabilizers (PSS) to dampen them.
Calculating Available Transfer Capability (ATC) and First Contingency Incremental Transfer Capability (FCITC) across major flowgates.
Generating PV (Active Power-Voltage) and QV (Reactive Power-Voltage) curves to identify critical transfer limits and calculate necessary reactive power compensation margins.
We analyze harmonics and voltage flicker to ensure seamless power quality and strict regulatory compliance.
We analyze power flow and power factor to guarantee optimal voltage profiles and reliable steady-state operations.
We evaluate system stability and motor starting impacts to guarantee reliable grid operations under transient conditions.
We evaluate system protection and relay coordination to ensure rapid fault isolation and continuous grid safety.
We provide expert Regulatory and Compliance Support to navigate complex grid operator requirements and ensure swift project approvals. These include NERC TPL-001, CIP-014, Geomagnetic Disturbance (GMD), and more.
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