What We Deliver
Aurevia Energy holds the engineering, procurement, and construction scope for utility-scale solar, battery energy storage, and integrated microgrid systems — coordinated across an ecosystem of engineering, technology, and construction partners from site assessment through commissioning.
Site assessment, system design, electrical engineering, permitting, and interconnection — fully documented and stamped by licensed professionals.
Project-specific sourcing across modules, inverters, racking, BESS containers, switchgear, and controls. Every procurement strategy is built around the project's specific goals — whether that means meeting FEOC compliance, qualifying for domestic content incentives under IRA, or simply driving the lowest responsible CAPEX for non-incentivized projects.
Civil, structural, electrical, and commissioning work executed by qualified construction partners under Aurevia Energy's direct oversight — with full schedule and quality accountability.
Aurevia Energy designs and builds utility-scale photovoltaic systems engineered for maximum energy yield, long-term performance, and seamless integration into the broader microgrid architecture. Every solar scope begins with rigorous site analysis and ends with a commissioned, producing asset.
Battery energy storage is the backbone of a resilient microgrid. Aurevia Energy sizes, procures, and integrates BESS systems that provide the islanding capability, peak demand management, and backup power duration that critical facilities require — fully matched to the solar generation and facility load profile.
A microgrid is more than solar plus storage. Aurevia Energy architects and integrates systems that bring together solar generation, battery storage, and supplemental generation under coordinated controls — engineered to operate independently from the utility grid when facility uptime requires it.
Building a system and walking away is not how Aurevia Energy operates. We offer ongoing operations and maintenance services that protect the long-term performance, reliability, and value of every system we commission — keeping critical facilities running at spec for the life of the asset.
Site evaluation, load analysis, resource assessment, and feasibility study. We establish the technical and financial baseline before any engineering begins.
Conceptual design through construction documents. Electrical, civil, and structural engineering developed and stamped by licensed professionals.
Equipment sourcing, vendor management, and supply chain coordination. Best-in-class technology at competitive pricing through established manufacturer relationships.
Civil, structural, and electrical construction managed under Aurevia Energy's direct oversight. Schedule, quality, and safety accountability at every phase.
System integration testing, islanding verification, performance validation, and formal handover. The project isn't done until the system performs to specification.
Ongoing monitoring, preventive maintenance, and performance reporting. We stay engaged for the life of the asset — keeping critical systems running at spec long after commissioning.
Aurevia Energy's procurement approach is project-driven. Equipment is selected per project based on performance requirements, compliance posture (FEOC, domestic content, Buy American), schedule, and cost — sourced through whichever qualified manufacturer or distributor best fits the project's specific constraints. Aurevia does not lock to single suppliers where competition is feasible.
Tier-1 bifacial modules selected per project for performance, bankable warranty terms, and FEOC / domestic content compatibility.
Fixed-tilt and ballasted racking systems engineered for structural integrity, installation efficiency, and long-term low maintenance.
String and central inverter platforms selected for reliability, monitoring capability, and microgrid compatibility.
Containerized BESS systems selected from manufacturers with grid-scale deployment experience, UL listing, and FEOC-compliant supply chains.
Where mission requirements call for it, supplemental generation (gas turbines, microturbines, fuel cells) coordinated under the microgrid architecture for resilience continuity.
FEOC-compliant and domestic content sourcing pathways available to qualify projects for IRA incentives — or competitive global sourcing to minimize CAPEX where incentives are not the priority.
Tell us about your facility. We'll respond with a direct assessment of how Aurevia would coordinate the project.