OUR SERVICES
Power & Energy Engineering for Resilient Infrastructure
NexGenGrid provides microgrid engineering and broader power and energy systems consulting to help clients evaluate, design, optimize, and advance resilient, reliable, and technically sound energy solutions.
MICROGRID CONSULTING
Technical Support Across the Microgrid Project Lifecycle
NexGenGrid supports energy projects from early feasibility through technical evaluation, conceptual design, resilience analysis, procurement support, and implementation advisory. Our work combines site-specific data, engineering modeling, optimization, and decision support to develop technically defensible solutions.
01
Microgrid Feasibility & Resilience
Determine whether a project is technically viable and what resilience it can deliver.
02
Energy System Modeling & Optimization
Compare system configurations using engineering simulation and optimization.
03
Conceptual Design & Engineering
Translate analysis into a technically grounded system concept.
04
Hazard & Critical Infrastructure Resilience
Evaluate how energy systems perform when normal conditions fail.
05
RFP, Funding & Technical Writing
Turn technical analysis into documentation that can move a project forward.
06
Implementation & Technical Advisory
Maintain technical continuity as the project advances.
POWER & ENERGY SYSTEMS CONSULTING
Engineering Support Beyond the Microgrid
NexGenGrid provides power and energy systems consulting for utilities, facilities, developers, and organizations evaluating complex electrical infrastructure challenges. Our support extends beyond microgrids to system studies, grid integration, distributed energy resources, and technical decision support.
Power System Studies
Power flow, voltage, contingency, and system performance analysis.
DER & Grid Integration
Evaluation of solar, storage, distributed generation, and new electrical loads.
Distribution System Analysis
Assessment of feeders, infrastructure constraints, and system upgrades.
Technical Review & Advisory
Independent engineering review of designs, studies, proposals, and project alternatives.
OUR PROCESS
From Site Data to Resilient Microgrid Design
Our microgrid engineering process combines site-specific resource and load data, technology evaluation, optimization, and resilience analysis to develop technically grounded system designs aligned with project objectives.
Evaluate available renewable resources, including solar irradiance and wind potential, together with site-specific opportunities and constraints.
Analyze historical energy consumption, operating patterns, peak demand, and critical loads to develop representative load profiles and operational requirements.
Evaluate renewable generation, energy storage, backup generation, and other applicable technologies based on site and project requirements.
Optimize microgrid designs across lifecycle cost, reliability, resilience, renewable-energy utilization, and other project objectives.
Evaluate microgrid performance during outages, extreme events, and natural hazards to determine critical-load survivability and resilience.
START A CONVERSATION
Planning a Microgrid or Resilient Energy Project?
Tell us about your facility, energy challenge, or project objectives. We can help identify the technical analysis needed to move forward.