Empowering Engineering Excellence
Eradeh Power Consulting is an electrical engineering practice dedicated to helping power providers and mission-critical facility operators achieve resiliency, reliability, power independence, and sustainability. As a founding member of the Texas Nuclear Alliance and holder of the IDCA SDS Certification, Eradeh Power Consulting brings globally recognized expertise to challenging infrastructure demands, spanning AI-driven data centers and advanced nuclear integration. Its engineers combine deep technical knowledge with a vendor-neutral approach, partnering with clients from concept through commissioning to optimize system performance.
IDCA SDS Certified
Nina SadighiFounder
Designing resilient, high-performance electrical infrastructure for modern digital operations. It provides advanced grid connection and islanded integration studies to ensure reliability and efficiency.
Performs electromagnetic transient (EMT), root-mean-square (RMS), transient, flicker, harmonic, and reliability/availability/maintainability (RAM) studies.
Engineers primary, secondary, and supervisory control systems.
Validates generator and inverter response from conceptual design through execution.
Develops system-level control philosophies to ensure grid and islanded survival during outages.
Optimizes power management challenges within complex deployment architectures.
Ensuring uninterrupted performance for facilities where downtime is not an option. It specializes in redundancy planning with layered bus segregation, ride-through capability, and voltage sag mitigation.
Engineers systems with layered bus segregation and voltage sag mitigation to safeguard operations.
Tailor-made infrastructure resilience guidelines built around facility-specific operation parameters.
Specifies and integrates low and medium voltage UPS technologies for critical retrofits.
Establishes coordinate-safe relays, protection zones, and fast-acting islanding schemes.
Translates high-level system requirements into robust power distribution plans and designs.
Providing end-to-end expertise to guide complex energy and infrastructure projects from concept to completion. It conducts feasibility analyses, independent EPC oversight, and value engineering.
Performs impartial third-party reviews and construction surveillance to minimize operational risk.
Analyzes system cost structures to deliver maximum reliability and performance per dollar spent.
Oversees factory testing, site acceptance, and multi-stage commissioning procedures.
Evaluating and integrating next-generation energy solutions for mission-critical infrastructure, ensuring advanced systems are future-proof.
Assesses integration of small modular reactors and microreactors into distribution networks.
Evaluates solid-state batteries, battery energy storage systems, and cutting-edge inverter topologies.
Develops dispatch optimization algorithms to manage generation and load interactions dynamically.
An IDCA SDS certified comprehensive power system solution that transforms energy infrastructure into a strategic asset. It employs a systematic five-phase approach spanning comprehensive assessment, modeling, strategic risk mitigation, implementation support, and continuous optimization.
A validation methodology designed for high-stakes data-center decisions. It replaces vendor claims and optimistic assumptions with engineering-verified system performance and execution realism.
Data Centers · Mission Critical Facilities · Power Generation · Nuclear · Renewable Energy · Electric Utilities · Utilities · Healthcare · Manufacturing · Financial Services · Government · Defense · Research Facilities · Industrial
Brook Park · Data Centers · Client: Open Text Corp
Delivered a thorough, future-focused power system risk and upgrade assessment for the Brook Park Data Center, providing comprehensive technical risk analysis, upgrade trade-offs, and project budgeting guidance.