AccelaBlue Advisory Group

The Advisor Who Sees the Whole Deal

Website

About the firm

AccelaBlue Advisory Group is a founder-led independent infrastructure advisory practice providing technical feasibility, thermodynamic modeling, economic assessment, and strategic advisory for large-scale energy and data center infrastructure projects. Founded by a Licensed Professional Engineer with gigawatt-scale AI factory and data center design experience, it serves infrastructure funds, project finance lenders, independent data center developers, and energy project sponsors.

Firm type
Owner's Engineer · Power & Utility Engineering · Simulation Engineering · Thermal & Heat Transfer · Civil Engineering

People

Michael R. FilipsFounder & Managing Principal

Capabilities

Technical Feasibility & Site Assessment

Evaluates target locations to verify project viability prior to capital deployment, assessing physical, regulatory, and electrical grid characteristics.

  • Site & Grid Characterization
  • Resource Assessment
  • Grid Interconnection Analysis
  • Regulatory Environment Mapping

Thermodynamic & Climate Modeling

Stress-tests thermal loads and cooling efficiency against long-range climate projections and extreme heat scenarios.

  • Heat Rejection Analysis
  • Cooling Efficiency Modeling
  • Long-Range Climate Impact Projections

Economic Viability Assessment

Translates technical constraints into lender-grade financial models, analyzing life-cycle costs and sensitivity scenarios.

  • LCOE Benchmarking
  • NPV Sensitivity Analysis
  • Carbon Cost Integration
  • Lender-Grade Financial Modeling

Strategic Advisory & Roadmap

Creates phased execution pathways with structured decision gates and risk mitigation triggers.

  • Phased Implementation Pathways
  • Decision Gates
  • Risk Mitigation Triggers
  • Procurement Strategy

Stakeholder & Regulatory Advisory

Navigates complex permitting frameworks, community relations, and agency compliance requirements.

  • Permitting Strategy
  • Community Engagement Frameworks
  • Regulatory Submission Support

Energy Procurement & PPA Structuring

Structures power purchase agreements and low-carbon energy mix architectures for high-capacity facilities.

Lender Independent Engineering Support

Prepares and structures technical documentation to support independent reviews for debt financing.

Risk Management & Commissioning Advisory

Identifies construction sequencing vulnerabilities and provides oversight to ensure facilities perform as designed.

  • Risk Register Development
  • Construction Risk Quantification
  • Commissioning Oversight

Industries

Data Centers · Nuclear · Renewable Energy · Power Generation · Energy Storage · Wind · Solar · Federal · Government · Infrastructure

Projects

340 MW Hyperscale Data Center & AI Factory

Data Centers · Client: Fortune 50 Technology Operator

Project details

Provided full lifecycle advisory for a 340 MW Tier IV hyperscale campus from site layout and power distribution design through financial close. Scope of work included redundancy architecture, cooling system selection, risk register development, PPA structuring, and lender independent engineering package preparation. Successfully integrated nuclear offtake with solar and storage to achieve 72% hourly carbon-free energy, documented under SEC climate disclosure requirements.

$2.4B Small Modular Reactor

Nuclear · Client: European Infrastructure Fund

Project details

Delivered pre-FEED economic modeling, risk quantification, and a commissioning framework for a first-of-a-kind Small Modular Reactor (SMR) co-located with a retiring fossil fuel site. Developed a comprehensive risk register covering construction, regulatory, and technology readiness risks, modeling three schedule scenarios with probability-weighted cost ranges and IRR sensitivity bands.

1.8 GW Offshore Wind Portfolio

Wind · Client: Independent Power Producer

Project details

Completed portfolio-level feasibility, grid interconnection strategy, and financial planning for an offshore wind pipeline across three lease areas. Work involved site layout optimization, grid stability analysis, capacity factor modeling, and construction risk quantification to support a $3.1B financing package.