EPC · Solar · BESS · Microgrid
Aurevia Energy leads the engineering, procurement, controls integration, and construction management of advanced microgrid systems — coordinated alongside best-in-class engineering, technology, and construction partners.
Utility-scale photovoltaic arrays engineered for maximum yield and long-term performance. From site assessment and structural design through procurement, installation, and commissioning.
Grid-scale BESS solutions providing resilience, peak shaving, and islanding capability. Sized precisely to facility load requirements with full integration into the microgrid control architecture.
Coordinated microgrid architecture combining solar, storage, and supplemental generation. Grid-tied and islanding modes with controls integration designed around mission-critical uptime requirements.
Aurevia Energy holds the EPC scope and coordinates the full delivery — solar PV, battery energy storage, controls integration, and supplemental generation — alongside a vetted ecosystem of engineering, technology, and construction partners. One contract, one performance record, one accountable firm from design through commissioning.
Modern energy infrastructure is delivered through coordination, not vertical integration. Aurevia leads the EPC scope and orchestrates execution across an ecosystem of vetted engineering, technology, and construction partners — each selected for technical fit, project compatibility, and compliance posture.
PE-stamped engineering across solar racking, foundations, BESS pad design, electrical one-lines, protection coordination, and AHJ permit packages. Aurevia coordinates the EOR scope and integrates engineering deliverables with the construction schedule.
LFP battery energy storage and PCS sourced through OEMs and integrators that meet NDAA Section 841 FEOC requirements. Suppliers identified as Foreign Entities of Concern under the statutory framework are excluded by Aurevia procurement policy. Domestic content qualification under IRA tracked at the bill-of-materials level.
Aurevia evaluates microgrid controllers from established industry platforms on a per-project basis and requires BESS subcontractors to demonstrate EMS integration compatibility before scope award. Controls integration is engineered up-front, not at commissioning.
MV switchgear, protective relays, transformers, and metering procured and coordinated under a unified protection study. Buy American flowdowns applied to qualifying scope; UL and IEEE standards documented for federal acceptance testing.
Civil, electrical, and BESS install scope executed through vetted construction partners under Aurevia's project management. Single-contract accountability flows through Aurevia; subcontractor scope, quality, and schedule are governed under Aurevia-issued subcontract agreements.
SCADA, plant controllers, and remote monitoring deployed with cybersecurity as an engineered requirement. Network segmentation, access control, and patch management designed into the controls architecture from project initiation.
Aurevia holds the EPC scope and is accountable for delivery — engineering coordination, procurement, schedule, cost, quality, and commissioning. One contract. One performance record. No diffusion of responsibility across multiple vendors. See the delivery model →
Modern energy infrastructure is delivered through coordination, not vertical integration. Aurevia maintains working relationships across engineering, BESS OEMs, microgrid controls platforms, switchgear and protection, construction, and SCADA — and integrates them under a single coordinated execution plan.
FEOC compliance under NDAA Section 841, IRA domestic content qualification, Buy American flowdowns, and UL/IEEE standards are designed into procurement strategy from day one — not retrofitted at acceptance testing. See compliance posture →
Solar and storage are components. The deliverable is operational continuity — islanding capability, black-start architecture, load prioritization, and microgrid controls engineered around a facility's actual mission profile. See the resilience approach →
Let's discuss what a coordinated microgrid project looks like for your facility.