Active Pipeline
Aurevia Energy's pipeline spans mission-critical infrastructure, industrial generation, and utility-scale solar — concentrated in Texas and the broader Gulf, where the grid pressure and the sun resource are both at their most useful. Specific counterparties, exact economics, and contract terms remain confidential pending execution.
Every Aurevia opportunity moves through a defined development sequence. The two stages below describe where projects sit relative to contract execution and construction. Specific counterparties and contract terms remain confidential.
Engineering scope and commercial terms in alignment. These are the projects nearest to contract execution, with technical design, supplier readiness, and risk allocation under active negotiation.
Qualified opportunities in early scoping. Site analysis, load profiling, interconnection review, and preliminary system sizing under way ahead of formal proposal.
A representative pre-contract pursuit illustrating how Aurevia approaches resilient infrastructure for a continuous-operation industrial or institutional customer in the Texas Gulf region. Specific customer, location, sizing, and contract terms are withheld pending contract execution and customer disclosure approval.
The customer operates a continuous-operation facility where utility dependency is a mission risk. The project required a microgrid architecture sized to support extended independent operation, not a grid-tied PV array with a battery for short-duration backup. The microgrid had to be engineered as primary power architecture, with appropriate redundancy and reserve margin for the customer's mission profile.
Aurevia engineered a resilience-first architecture combining solar PV and a battery energy storage system, with the BESS configured as the grid-forming reference. Topology, redundancy posture, and reserve sizing were defined up-front in the resilience architecture phase before equipment selection — so component decisions follow the architecture, not the other way around.
Fixed-tilt ground-mount racking was selected over single-axis tracking. For a resilience-first project where uptime, O&M cost, and long-asset-life economics outweigh marginal kWh of yield, fixed-tilt produces the better total-asset-lifetime answer.
BESS and balance-of-system procurement screened against NDAA Section 841 and the broader FEOC framework — suppliers identified as Foreign Entities of Concern under the statutory framework are excluded by Aurevia procurement policy. IRA domestic content qualification tracked at the bill-of-materials level. Buy American flowdowns embedded in subcontract agreements where applicable.
Aurevia holds the EPC scope for the solar and BESS portion of the project under a coordinated delivery model. Engineering, procurement, construction management, and commissioning execute under Aurevia's project management; subcontract scope flows through Aurevia under FAR/DFARS-aligned subcontract agreements.
Customer identity, exact location, system sizing, contract structure, and counterparties are confidential pending contract execution and customer authorization. The summary above describes scope, regional concentration, and engineering approach at a level appropriate for public reference.
Three additional opportunities below sit in different sectors. Project identifiers, counterparty names, and exact economics are withheld pending contract execution and client disclosure approvals. The summaries describe scope, geography, and stage at a level appropriate for public reference.
Industrial cogeneration
Grid-connected solar generation engineered to displace purchased power at a Louisiana industrial site operating combined heat and power. Scope includes PV array, medium-voltage interconnection, and coordination with existing cogeneration controls.
Crypto & HPC
Solar-plus-storage system supporting a behind-the-meter compute load in the Texas Gulf region. Architecture under evaluation supports load-following dispatch from BESS during peak grid pricing, with PV providing baseload offset across the daylight envelope.
Brownfield & land reuse
Utility-scale photovoltaic system on a capped municipal landfill in Central Texas. Ballasted racking under consideration to preserve cap integrity. Civil scope includes geotechnical work specific to closed-landfill conditions and post-closure regulatory coordination.
A small EPC firm cannot afford to chase every opportunity, and the right answer to most early conversations is a respectful pass. The projects on this page are the ones where the technical fit, the counterparty, and the timing all align.
Detail at the level shown here is appropriate for a public page. Investors, lenders, and prospective clients evaluating Aurevia for a specific opportunity can request a confidential pipeline review under NDA, including project-specific economics, references, and engineering deliverables.
Tell us about the site, the load, and the timeline. We'll tell you whether the fit is real.